Suggested: Dimensionless, M_\odot
Exclude
Name/Symbol Condition
Name: K
Mean: 170 ± 5.51e+03
Median: 3
Range: -2.3e+03 ‒ 4.11e+05
5637 results.
arXiv Name Symbol Parsed Bound
astro-ph/9212001 🔍 (source) Kerr hole
-8.5
Upper
astro-ph/9411041 🔍 (source) black hole formation M _ { bh }
22.5 M_\odot
Upper
astro-ph/9411042 🔍 (source) black hole
4000000000.0 ± 200000000.0 M_\odot
astro-ph/9412065 🔍 (source) peak of the spectral function \lambda _ { 0 }
50.0 ± 5.0 Mpc h-1
astro-ph/9503123 🔍 (source) mass of the unknown binary component
8.7 +6.300000000000001-6.299999999999999 M_\odot
astro-ph/9504090 🔍 (source) mean metallicity of the thick disc
-0.7 ± 0.2 dex
hep-ph/9504420 🔍 (source) microwave background temperature anisotropy h _ { 1 }
-7.0
Upper
astro-ph/9509087 🔍 (source) kick velocity
420.0 km s-1
astro-ph/9601016 🔍 (source) peak flux density
2.6 Jy
Upper
astro-ph/9601016 🔍 (source) peak flux density
2.3 Jy
astro-ph/9601153 🔍 (source) look-back time H _ { 0 }
50.0 km s-1 Mpc-1
astro-ph/9603136 🔍 (source) gas kinetic temperature \theta ^ { 1 } C
197.5 ± 22.5 K
astro-ph/9604134 🔍 (source) X–ray background \alpha
0.4
astro-ph/9605124 🔍 (source) black hole mass M
3000000000.0 M_\odot
astro-ph/9605182 🔍 (source) parent dark-halo masses M _ { R }
-15.0
Lower
astro-ph/9605182 🔍 (source) parent dark-halo masses M _ { tot }
25000000000.0 ± 5000000000.0 M_\odot
Upper
astro-ph/9606081 🔍 (source) ^ { 13 } CO peak T _ { MB }
7.3 K
astro-ph/9606112 🔍 (source) temperature peak T _ { e }
12.0 keV
Lower
astro-ph/9606169 🔍 (source) mean spectral index in the 3-10 keV range \Gamma _ { 3 - 10 } >
1.91 ± 0.07
astro-ph/9607034 🔍 (source) rate of SNe , per sky area
34.4 +23.9-16.2 S N
astro-ph/9607044 🔍 (source) thickness of the molecular dominant region
0.8
Lower
astro-ph/9607044 🔍 (source) thickness of the molecular dominant region f _ { mol }
109.0 ± 12.0 pc
astro-ph/9608192 🔍 (source) peak magnitudes \sigma _ { M _ { B } }
0.27
astro-ph/9608200 🔍 (source) sky density of extended
2.8
hep-ph/9609241 🔍 (source) SK in the observable energy
2.4 yr-1
Upper
astro-ph/9609096 🔍 (source) ionization state of unshocked iron \ion Fe 2 / Fe
0.66 +0.29-0.22
astro-ph/9609096 🔍 (source) ionization state of unshocked \ion Si 2 / Si
0.92 ± 0.07
astro-ph/9609096 🔍 (source) reverse shock velocity
2860.0 km s-1
astro-ph/9609128 🔍 (source) absolute temperature of the cosmic microwave background radiation T _ { \scriptsize CMBR }
2.73 ± 0.014 K
astro-ph/9610007 🔍 (source) A peak flux
1.7e-05 ± 3e-06 cm-2 s-1
astro-ph/9610008 🔍 (source) keV luminosity
3.4e+39 erg s-1
Lower
astro-ph/9610021 🔍 (source) peak luminosity
399.0 ± 15.0 day
astro-ph/9610064 🔍 (source) bulk Lorentz factor \Gamma
100.0
astro-ph/9610098 🔍 (source) compact dark mass
2500000.0 M_\odot
astro-ph/9611029 🔍 (source) to 0.5-2 keV fluxes
10.0
astro-ph/9611083 🔍 (source) bulk motion
494.0 km s-1
astro-ph/9611203 🔍 (source) peak position width
25.0
Upper
hep-ph/9612285 🔍 (source) Cherenkov rate
6e-11 s-1
astro-ph/9612142 🔍 (source) accretion disk
10.6 M_\odot
astro-ph/9612175 🔍 (source) optical thickness \tau _ { 0 }
0.05
astro-ph/9612181 🔍 (source) k evolution parameter k
3.26 ± 0.07
astro-ph/9612184 🔍 (source) peak rotational velocity
7.9 km s-1
astro-ph/9612198 🔍 (source) peak line temperature
0.75 K
astro-ph/9612198 🔍 (source) peak temperature
2.0
Upper
astro-ph/9612198 🔍 (source) peak temperature
5.0
Upper
astro-ph/9612207 🔍 (source) skewness factor n
-2.0
astro-ph/9612211 🔍 (source) black hole mass
1600000000.0 ± 1400000000.0 M_\odot
astro-ph/9612241 🔍 (source) rest-frame 0.1-2.4 keV luminosity
3.74 ± 0.57 h
astro-ph/9612244 🔍 (source) kinematic distance D
12.5 ± 1.5 kpc
astro-ph/9701033 🔍 (source) inclination of the disk
35.0
Lower
astro-ph/9701041 🔍 (source) kinetic temperature T _ { K }
70.0 K
astro-ph/9701155 🔍 (source) bulk motion
60.0 ± 220.0 km s-1
astro-ph/9701159 🔍 (source) disk surface density r
90.0 ± 30.0
astro-ph/9702053 🔍 (source) peak intensity
4e-06 ± 1e-06 ph cm-2 s-1
astro-ph/9702060 🔍 (source) kick velocity
175.0 ± 25.0 km s-1
astro-ph/9702224 🔍 (source) peak Comptonization y _ { 0 }
0.000373 +4.7e-05-6.1e-05
astro-ph/9703025 🔍 (source) centroid frequency of the higher-frequency peak
875.0
Lower
astro-ph/9703031 🔍 (source) microwave background frame
7200.0 ± 300.0 km s-1
astro-ph/9703140 🔍 (source) radial bulk motion
4.0 ± 10.0 km s-1
astro-ph/9703140 🔍 (source) vertical bulk motion
0.0 ± 6.0 km s-1
astro-ph/9704038 🔍 (source) age of the disk
11.0 Gyr
astro-ph/9704038 🔍 (source) age of the disk
9.3
astro-ph/9704050 🔍 (source) disk mass
4.0
Upper
astro-ph/9704116 🔍 (source) shock accelerated electrons d \log N _ { e } / d \log \gamma _ { e }
2.3 ± 0.1
astro-ph/9704143 🔍 (source) disk \tau _ { LL }
3.0
astro-ph/9704177 🔍 (source) spin parameter of the black hole a / M
0.94
Upper
astro-ph/9704214 🔍 (source) electroweak vacuum scale T _ { c }
100.0
astro-ph/9704240 🔍 (source) mass ratio distribution which peaks
0.7
astro-ph/9705163 🔍 (source) bulk Lorentz factors \Gamma
100.0
Lower
astro-ph/9706021 🔍 (source) blackbody of temperature
0.33 ± 0.02 keV
astro-ph/9706077 🔍 (source) position of the dominant peak in the best-fit power spectrum A _ { peak }
76.0 +3.0-7.0 K
astro-ph/9706109 🔍 (source) kinematical age
5.0
astro-ph/9706109 🔍 (source) kinematical age
6.0 Myr
astro-ph/9706162 🔍 (source) birth z kick velocity
52.0 +17.0-11.0 km s-1
astro-ph/9706160 🔍 (source) peak flux \alpha
0.05
astro-ph/9706191 🔍 (source) peak absolute magnitude M _ { V }
-17.8
astro-ph/9707007 🔍 (source) peak apparent optical depth | \tau _ { OH } |
3.4
Upper
astro-ph/9707026 🔍 (source) mean CMB-frame bulk motion
420.0 ± 280.0 km s-1
astro-ph/9707047 🔍 (source) peak flux
5.6e-10 erg cm-2 s-1
astro-ph/9707110 🔍 (source) break energy E _ { b }
15.9 +0.3-0.4 keV
astro-ph/9707163 🔍 (source) position of the faint point-like object
26.0
astro-ph/9707163 🔍 (source) position of the faint point-like object m _ { v }
0.4 ± 0.1
astro-ph/9707284 🔍 (source) bulk Lorentz factors \Gamma _ { jet }
4.0 ± 1.0
astro-ph/9707308 🔍 (source) braking index
2.5
astro-ph/9707325 🔍 (source) braking index n
2.5 +0.6-0.7
astro-ph/9708151 🔍 (source) kinematic distance
3.8 ± 1.5 kpc
astro-ph/9708195 🔍 (source) peak-to-peak amplitudes
0.012
astro-ph/9708195 🔍 (source) peak-to-peak amplitudes
0.014
astro-ph/9709018 🔍 (source) keV flux
1.1000000000000001e-13 erg cm-2 s-1
Lower
astro-ph/9709018 🔍 (source) keV flux
4.1e-12 erg cm-2 s-1
astro-ph/9709020 🔍 (source) bulk flow
340.0 km s-1
astro-ph/9709057 🔍 (source) keV L _ { x }
1.5000000000000001e+44 erg s-1
astro-ph/9709085 🔍 (source) Keplerian frequency of the innermost region of the accretion disk
0.75 +0.44999999999999996-0.45 kHz
astro-ph/9709151 🔍 (source) mass of the black-hole
6.945 +0.6549999999999994-0.6550000000000002 M_\odot
astro-ph/9709249 🔍 (source) peak column density
0.24 pc cm-3 (10 ^ -4 pc cm ^ -3)
astro-ph/9710013 🔍 (source) frequency of the kHz QPO
1087.0 ± 12.0 Hz
astro-ph/9710013 🔍 (source) frequency peak
645.0 ± 9.0 Hz
astro-ph/9710046 🔍 (source) blue-shifted velocity feature peaking
-35.0 km s-1
gr-qc/9710028 🔍 (source) Oszvath-Schücking parameter k
0.39
astro-ph/9710099 🔍 (source) brackets the mass
0.2 M_\odot
astro-ph/9710151 🔍 (source) thick disk
-0.6
astro-ph/9710151 🔍 (source) thick disk [ Fe / H ]
-1.0
Upper
astro-ph/9710174 🔍 (source) UV background
5.0000000000000005e-22 cg s
astro-ph/9710174 🔍 (source) background intensity \langle f _ { esc } \rangle
20.0
Upper
astro-ph/9710264 🔍 (source) inclination of the disk
80.0 ± 5.0
astro-ph/9711102 🔍 (source) Planck mass \lambda
2.0
Lower
astro-ph/9711198 🔍 (source) break energy E _ { b }
5.0
Upper
astro-ph/9711217 🔍 (source) bulk Lorentz factor \Gamma
1.0
Lower
astro-ph/9711224 🔍 (source) disk ’ s optical depth
9e-08
astro-ph/9711308 🔍 (source) Shakura-Sunyaev viscosity parameter \alpha _ { SS }
0.33
hep-ph/9711501 🔍 (source) } keV m _ { \phi }
100.0 keV
Upper
astro-ph/9712040 🔍 (source) best-fit blackbody temperature
46.4 ± 1.4 eV
astro-ph/9712085 🔍 (source) QPO peak
232.7 ± 11.5 Hz
astro-ph/9712140 🔍 (source) QPO peak
293.1 ± 6.6 Hz
astro-ph/9712285 🔍 (source) ] keV flux
2.7000000000000002e-12 erg cm-2 s-1
astro-ph/9801007 🔍 (source) break energy E _ { break }
5.8 keV
astro-ph/9801018 🔍 (source) rms amplitude of this peak
2.5 ± 0.5
astro-ph/9801049 🔍 (source) bulk Lorentz factor
10.0
astro-ph/9801205 🔍 (source) peak luminosity L _ { 6 cm peak }
6.5e+26 erg
astro-ph/9801205 🔍 (source) cm peak luminosity L _ { 6 cm peak }
1.99e+27 erg
astro-ph/9801286 🔍 (source) KSVZ axion of mass
2.8999999999999998e-06 eV
astro-ph/9801288 🔍 (source) keV flux
3.2e-12
astro-ph/9801286 🔍 (source) KSVZ axion of mass
3.2999999999999997e-06 eV
Upper
astro-ph/9802052 🔍 (source) keV luminosity
6.700000000000001e+44 erg s-1
astro-ph/9802161 🔍 (source) weak ionization \frac { { n ( H ^ { + } ) } } { { n ( H ^ { + } ) + n ( H ) } }
14.0
astro-ph/9802273 🔍 (source) K amplitudes
47.1 ± 0.4 km s-1
astro-ph/9802273 🔍 (source) K amplitudes
31.2 ± 0.8
astro-ph/9803167 🔍 (source) age outer disk clusters [ Fe/H ] >
-0.7
astro-ph/9803238 🔍 (source) disk inner edge \delta
1.0
Lower
astro-ph/9803226 🔍 (source) blackbody temperature and radius
0.59 ± 0.02 km
astro-ph/9803226 🔍 (source) blackbody temperature and radius
0.64 ± 0.01 keV
astro-ph/9803238 🔍 (source) disk inner edge \beta _ { o }
1.0
Lower
astro-ph/9804070 🔍 (source) frequency peak ’ s rms amplitude
383.0 ± 135.0 Hz
Lower
astro-ph/9804070 🔍 (source) frequency peak ’ s rms amplitude
145.0 ± 62.0 Hz
astro-ph/9804173 🔍 (source) disk blackbody temperature T _ {
0.8 keV
astro-ph/9804194 🔍 (source) black hole
92.0
Lower
astro-ph/9805087 🔍 (source) Keplerian rate
6.0 ± 4.0
astro-ph/9805152 🔍 (source) keV luminosity
9e+36 erg s-1
astro-ph/9806043 🔍 (source) black hole formation \delta _ { c }
0.7
astro-ph/9806154 🔍 (source) exponential disk length scale h _ { R }
2.5 kpc
astro-ph/9806211 🔍 (source) peak temperature
5500000000.0 K
astro-ph/9806211 🔍 (source) peak temperature
7.0 g cm-3
Upper
astro-ph/9806275 🔍 (source) keV power \Gamma
0.7 +0.3-0.4
astro-ph/9806299 🔍 (source) kinetic energy
2.2000000000000003e+52 erg
astro-ph/9806299 🔍 (source) kinetic energy
0.5
astro-ph/9806299 🔍 (source) kinetic energy
-2.8e+52 erg
astro-ph/9806344 🔍 (source) sky density \Sigma ( < R )
0.76
astro-ph/9806396 🔍 (source) equation of state parameter for the unknown component \alpha _ { x }
-0.55
Upper
astro-ph/9807018 🔍 (source) coalescence rate of the black hole MACHO binaries
0.05
astro-ph/9807028 🔍 (source) black hole accretion
0.42
astro-ph/9807213 🔍 (source) 2-10 keV flux
1.26e-12 erg cm-2 s-1
astro-ph/9807226 🔍 (source) peak jet velocity
5.0
astro-ph/9807251 🔍 (source) kinematic distance
4.9 kpc
astro-ph/9807314 🔍 (source) break energy
-1.32 ± 0.03
astro-ph/9807314 🔍 (source) peak flux
1.3999999999999999e-12 ± 2e-13 erg s-1 cm-2
astro-ph/9807335 🔍 (source) background quasar z _ { Q }
2.0
astro-ph/9808038 🔍 (source) Kron-Cousins R -band mass-to-light ratio
650.0 ± 170.0 h M_\odot L_\odot-1
astro-ph/9808038 🔍 (source) outskirts
680.0 km s-1
astro-ph/9808061 🔍 (source) peak activity L _ { 2 - 20 keV }
1.2e+37 erg s-1
astro-ph/9808207 🔍 (source) bulk Lorentz factor \Gamma
10.0
astro-ph/9808220 🔍 (source) dark matter axion mass m _ { a }
100.0 eV
astro-ph/9808281 🔍 (source) frequency separation of the two simultaneous kilohertz quasi-periodic oscillations
253.7 ± 4.7
astro-ph/9808303 🔍 (source) break frequency
2.4
Lower
astro-ph/9808303 🔍 (source) break frequency
12.0 Hz
Upper
astro-ph/9808310 🔍 (source) kinetic temperatures of the order T _ { k }
10.0 K
astro-ph/9808328 🔍 (source) disk
245.0 km s-1
astro-ph/9809076 🔍 (source) average spectral slope in the observed 0.5–10 keV energy range \Gamma
1.68 ± 0.09
Upper
astro-ph/9809195 🔍 (source) inner disk radius a _ { * }
0.7
Upper
astro-ph/9809213 🔍 (source) mass of the gas disk
27000.0 M_\odot
astro-ph/9809253 🔍 (source) vertical thickness H / r
0.05
astro-ph/9809383 🔍 (source) bulk velocity \beta
0.3
astro-ph/9810052 🔍 (source) nuclear gas disk R
50.0 pc
astro-ph/9810079 🔍 (source) kinematic scale length R _ { \sigma _ { r } }
17.0 ± 4.0 kpc
astro-ph/9810086 🔍 (source) average 2–10 keV flux
9e-11 erg cm-2 s-1
astro-ph/9810150 🔍 (source) keV source luminosity
2.1e+38 erg s-1
astro-ph/9810208 🔍 (source) disk of radius R
150.0 pc
astro-ph/9810274 🔍 (source) disk viscosity parameter
0.001
astro-ph/9810274 🔍 (source) disk viscosity parameter \alpha
0.1
astro-ph/9810279 🔍 (source) bulk flow
194.0 ± 32.0 km s-1
astro-ph/9810306 🔍 (source) black hole
650000000.0
Lower
astro-ph/9810405 🔍 (source) disk scale lengths M _ { B }
-22.0
Upper
astro-ph/9810405 🔍 (source) disk scale lengths
-16.0
astro-ph/9810492 🔍 (source) QPO peak
0.2 Hz
astro-ph/9811058 🔍 (source) peak intrinsic axis ratio \gamma
0.86
astro-ph/9811142 🔍 (source) luminous disk
0.3
astro-ph/9811386 🔍 (source) peak column density H i ( N _ { HI }
2.2000000000000004e+23 cm-2
astro-ph/9811439 🔍 (source) dark matter content M
280000000000.0 M_\odot
astro-ph/9811481 🔍 (source) thickness
75.0 ± 4.0 pc
astro-ph/9811474 🔍 (source) mass of the black hole M _ { 1 }
6.6 M_\odot
Upper
astro-ph/9812108 🔍 (source) X-ray skin temperature T
200000.0 ± 100000.0 K
astro-ph/9812143 🔍 (source) background subtracted total rate
6.1 ± 0.1 s-1
astro-ph/9812162 🔍 (source) peak separation \Delta v
370.0 ± 40.0 km s-1
astro-ph/9812176 🔍 (source) observed 0.7–10 keV energy range \langle \Gamma \rangle
1.67 ± 0.11
astro-ph/9812194 🔍 (source) disk mass
0.05 M_\odot
astro-ph/9812194 🔍 (source) disk mass
0.015 M_\odot
astro-ph/9812386 🔍 (source) kilohertz QPO frequency decreased
813.0 ± 3.0 Hz
astro-ph/9812386 🔍 (source) kilohertz QPO frequency decreased
776.0 ± 4.0 Hz
Upper
astro-ph/9812470 🔍 (source) bias-corrected bulk flow v _ { B }
720.0 ± 280.0 km s-1
astro-ph/9901001 🔍 (source) bulk flow of amplitude
200.0
Lower
astro-ph/9901011 🔍 (source) mass loss to disk accretion rate ratios \dot { M } _ { w } / \dot { M } _ { d }
0.1
Lower
astro-ph/9901027 🔍 (source) peak mass
0.59 M_\odot
astro-ph/9901068 🔍 (source) molecular gas disk of radius r
2.0
astro-ph/9901149 🔍 (source) Chandrasekhar mass M _ { C }
1.2
Lower
astro-ph/9901162 🔍 (source) peak phase lags
0.11 +0.09000000000000001-0.09 Hz
astro-ph/9901218 🔍 (source) integrated flux density of the part of the disk
7.5 ± 0.5 mJy
astro-ph/9901218 🔍 (source) integrated flux density of the part of the disk
7.4 ± 1.2 mJy
astro-ph/9901218 🔍 (source) integrated flux density of the part of the disk
0.65
Upper
astro-ph/9901218 🔍 (source) peaking in reflected intensity
70.0 AU
astro-ph/9901258 🔍 (source) dSph dark matter mass
20000000.0 s
astro-ph/9901328 🔍 (source) extinction in the K band
2.15
Lower
astro-ph/9901328 🔍 (source) extinction in the K band A _ { K }
0.27
Upper
astro-ph/9901400 🔍 (source) wall-like elements D _ { SLSS }
60.0 ± 10.0 Mpc h-1
astro-ph/9902004 🔍 (source) peak luminosity L _ { max }
6e+53 erg s-1
Lower
astro-ph/9902269 🔍 (source) keV luminosity of the L _ { X }
8e+41 erg s-1
astro-ph/9902292 🔍 (source) peak flux
0.02 erg cm-2 s-1
astro-ph/9902370 🔍 (source) disk mass M _ { D }
50.0
astro-ph/9903029 🔍 (source) bulk of the intermediate-age population t
1.35 +1.15-1.1500000000000001 Gyr
astro-ph/9903208 🔍 (source) line intensity peak
3.0
astro-ph/9903247 🔍 (source) intensity spike
1470.0 ± 110.0 keV
astro-ph/9903254 🔍 (source) tilting angle of the disk i _ { prec }
35.0
astro-ph/9903254 🔍 (source) Chandrasekhar mass M _ { WD }
1.35 M_\odot
astro-ph/9903331 🔍 (source) flux escaping the disk \Phi _ { LyC }
2250000.0 ± 750000.0 cm-2 s-1
astro-ph/9903457 🔍 (source) K-band mass-to-light ratio M / L _ { K }
0.05
astro-ph/9903481 🔍 (source) average 2–10 keV X-ray luminosity
1.3500000000000002e+44 ± 5.0000000000000007e+42 erg s-1
astro-ph/9904047 🔍 (source) kinetic energy
2e+51 erg
astro-ph/9904101 🔍 (source) unabsorbed 2-10 keV fluxes
5.4e-13
Lower
astro-ph/9904101 🔍 (source) unabsorbed 2-10 keV fluxes
3.1000000000000004e-13 erg cm-2 s-1
astro-ph/9904117 🔍 (source) blackbody temperature kT
0.22 keV
astro-ph/9904117 🔍 (source) blackbody temperature kT
0.21 keV
astro-ph/9904261 🔍 (source) deuterium abundance in the warm shocked gas [ D ] / [ H ]
7.599999999999999e-06 ± 2.8999999999999998e-06
astro-ph/9904286 🔍 (source) cooling break frequency \nu _ { c }
1.3e+17 Hz
Lower
astro-ph/9904337 🔍 (source) peak spin-up rate
1.2e-10 Hz s-1
astro-ph/9905063 🔍 (source) disk scale length
3.5
astro-ph/9905146 🔍 (source) black hole mass M _ { X }
10.0 M_\odot
astro-ph/9905234 🔍 (source) total thickness
14.0 ± 2.0 pc
astro-ph/9905234 🔍 (source) total thickness
0.8 +0.09999999999999998-0.10000000000000009 pc
astro-ph/9905234 🔍 (source) thicknesses
0.1 pc
astro-ph/9905227 🔍 (source) kinetic temperature k _ { B } T _ { e }
10.0 keV
astro-ph/9905256 🔍 (source) square degree of sky per month to sufficient depth
14.0
Upper
astro-ph/9905256 🔍 (source) square degree of sky per month to sufficient depth
50.0 M_\odot
astro-ph/9905256 🔍 (source) square degree of sky per month to sufficient depth
2.0
Upper
astro-ph/9905280 🔍 (source) dark-to-visible mass ratios \phi
15.0 ± 15.0
astro-ph/9905304 🔍 (source) break time t _ { 0 }
1.57 ± 0.03 day
astro-ph/9905332 🔍 (source) disk
9.5 +1.1-0.8 Gyr
astro-ph/9906048 🔍 (source) dark mass
2500000.0 M_\odot
astro-ph/9906165 🔍 (source) ] keV flux
2.5e-12 erg cm-2 s-1
astro-ph/9906275 🔍 (source) mass accretion rate in the disk in Eddington units \dot { m } _ { d }
2.0
astro-ph/9906284 🔍 (source) I peak $T _ { A } ^ { * } $ }
1.0 K
astro-ph/9906502 🔍 (source) peak star formation rate
2500.0 ± 1500.0 M_\odot yr-1
astro-ph/9907037 🔍 (source) peak M _ { V }
19.5 ± 0.2 day
astro-ph/9907037 🔍 (source) peak
-19.45 mag
astro-ph/9907042 🔍 (source) cosmic microwave background temperature z
2.62
astro-ph/9907085 🔍 (source) bar-like
2500000000.0
astro-ph/9907352 🔍 (source) broad skewed iron line W _ { K \alpha }
266.0 eV
astro-ph/9907444 🔍 (source) bar to the edge of the disk R _ { d }
5.0 kpc
astro-ph/9908146 🔍 (source) disk radius R _ { D }
50.0
astro-ph/9908321 🔍 (source) Oke D _ { A } index
0.75
astro-ph/9909102 🔍 (source) bulk of the ionization
8.0
Lower
astro-ph/9909102 🔍 (source) bulk of the ionization
20.0 Myr s
astro-ph/9909284 🔍 (source) observed-frame 2–10 keV flux
1.3e-13 erg cm-2 s-1
astro-ph/9909385 🔍 (source) Shellflow bulk velocity V _ { bulk }
80.0 ± 150.0 km s-1
astro-ph/9909373 🔍 (source) kinetic temperature T _ { kin }
10.0 K
gr-qc/9909079 🔍 (source) Planck length \ell _ { P }
1.2e-33 cm
astro-ph/9909423 🔍 (source) ring peaks
325.0 ± 10.0 AU
hep-ph/9909558 🔍 (source) bulk singlet neutrinos
-8.0
Lower
astro-ph/9909488 🔍 (source) peak flux
2.8e-08 erg cm-2 s-1
astro-ph/9909483 🔍 (source) median B band disk scale length
12.6 kpc
astro-ph/9910016 🔍 (source) local density of thick disk
6.1 ± 3.0 %
astro-ph/9910107 🔍 (source) peak luminosity
7.000000000000001e+36 erg s-1
astro-ph/9910138 🔍 (source) skewness S
65000.0 ± 60000.0
astro-ph/9910138 🔍 (source) skewness S
65000.0 ± 84000.0
astro-ph/9910224 🔍 (source) peak
2000000.0 M_\odot
astro-ph/9910207 🔍 (source) disk mass
130000000000.0 M_\odot
astro-ph/9910344 🔍 (source) peak-to-peak amplitude
2400.0 km s-1
astro-ph/9910361 🔍 (source) keV luminosity
2.4999999999999998e+39 erg s-1
astro-ph/9910361 🔍 (source) keV luminosity
6.0
Lower
astro-ph/9910384 🔍 (source) unabsorbed 2–10 keV flux
9e-13 erg cm-2 s-1
astro-ph/9910484 🔍 (source) keV
1.3199999999999998e-10 ± 1.06e-11 erg cm-2 s-1
astro-ph/9910542 🔍 (source) 12 } \kern
0.8
astro-ph/9910537 🔍 (source) disk sizes r _ { d }
1.5 ± 0.5 kpc
astro-ph/9911109 🔍 (source) absolute K-corrected magnitude M _ { R }
-23.7 ± 0.6 mag
astro-ph/9911142 🔍 (source) thermal kinetic temperatures of the two narrow components
297.0 ± 3.0
Upper
astro-ph/9911142 🔍 (source) thermal kinetic temperatures of the two narrow components T _ { k }
103.0 ± 10.0 K
astro-ph/9911238 🔍 (source) braking index
1.0
astro-ph/9911223 🔍 (source) luminous disk
0.3
astro-ph/9911299 🔍 (source) Fe K line emission
6.3 ± 0.2 keV
astro-ph/9911312 🔍 (source) black-hole mass
15.0
Upper
astro-ph/9911373 🔍 (source) peak flare luminosities L _ { X , peak }
1.25e+32 ± 7.5e+31 erg s-1
astro-ph/9911488 🔍 (source) black hole mass
17000000.0 M_\odot
astro-ph/9911521 🔍 (source) 2–10 keV flux
1.1999999999999999e-11 erg cm-2 s-1
astro-ph/9912001 🔍 (source) black hole mass
8.0
Upper
astro-ph/9912079 🔍 (source) kinetic temperature T _ { k }
8.0 K
astro-ph/9912166 🔍 (source) mass-to-light ratio of disk galaxies M / L _ { I } )
0.6499999999999999 +0.050000000000000044-0.04999999999999993
hep-ph/9912326 🔍 (source) unknown scale length of the correlation function r _ { 0 }
10.0 Mpc
astro-ph/9912389 🔍 (source) disk line
6.8 keV
astro-ph/9912385 🔍 (source) 3K background anisotropy \Delta T \over T
7.000000000000001e-05
astro-ph/9912376 🔍 (source) kinetic energy of the supershell E _ { k }
7.3e+52
astro-ph/9912428 🔍 (source) total number of SKBOs
100.0 km
Upper
astro-ph/9912417 🔍 (source) dark-to-visible mass ratio
30.0 ± 20.0
astro-ph/9912465 🔍 (source) shock velocity
150.0 km s-1
astro-ph/9912462 🔍 (source) peak temperature
50.0 MK
astro-ph/9912460 🔍 (source) Seyfert-like infrared colors f _ { 25 \mu { m } } / f _ { 60 \mu { m } }
0.2
Lower
astro-ph/9912511 🔍 (source) dark matter \Omega _ { \nu }
0.04 ± 0.03
astro-ph/9912565 🔍 (source) mean intensity of the ionizing background J _ { \nu 0 }
2e-21 erg cm-2 sr-1
Upper
astro-ph/9912567 🔍 (source) disk
6.0 ± 4.0 kpc
Lower
astro-ph/0001009 🔍 (source) innermost disk temperatures T _ { in }
1.4500000000000002 +0.34999999999999987-0.3500000000000001 keV
astro-ph/0001092 🔍 (source) peak surface brightness
1.3000000000000002e-15 erg cm-2 s-1
astro-ph/0001147 🔍 (source) disks R _ { d }
2.0 kpc
Upper
astro-ph/0001201 🔍 (source) OVII-OVIII K \alpha, \beta emission feature
0.54 +0.07-0.06 keV
astro-ph/0001321 🔍 (source) background L -band emission region A _ { V }
150.0 mag
astro-ph/0001382 🔍 (source) disk
-0.7 dex
astro-ph/0001530 🔍 (source) unabsorbed 0.5–10 keV flux
6.7e-12 erg cm-2 s-1
astro-ph/0002004 🔍 (source) the black hole ca / GM _ { H }
0.36
Lower
astro-ph/0002004 🔍 (source) the black hole ca / GM _ { H }
0.998
astro-ph/0002063 🔍 (source) black hole mass
1400000.0 M_\odot
astro-ph/0002085 🔍 (source) mass of the black hole binding the accretion disk
39000000.0 M_\odot
astro-ph/0002129 🔍 (source) peak flux densities S _ { p }
125.0 mJy
Lower
astro-ph/0002199 🔍 (source) absolute K -corrected host galaxy magnitude \langle M _ { K } \rangle
-25.15 ± 0.04
astro-ph/0002302 🔍 (source) disk size
0.25
astro-ph/0002420 🔍 (source) bulk flow amplitude V _ { bulk }
70.0 +100.0-70.0 km s-1
astro-ph/0002491 🔍 (source) kinetic temperature of the molecular region T _ { H _ { 2 } }
930.0 K
astro-ph/0003030 🔍 (source) ratio of the 2–10 keV X-ray luminosity to the infrared luminosity
0.01
astro-ph/0003030 🔍 (source) ratio of the 2–10 keV X-ray luminosity to the infrared luminosity L _ { X } ( 2 - 10 keV ) / L _ { IR }
0.1
astro-ph/0003037 🔍 (source) gas kinetic temperature
10.0 K
Lower
astro-ph/0003087 🔍 (source) radial scale length of the metal-weak thick disk
4.5 ± 0.6 kpc
hep-ex/0003006 🔍 (source) knee E _ { k }
2030.0 ± 130.0 TeV
astro-ph/0003153 🔍 (source) keV
2.02 ± 0.03
astro-ph/0003153 🔍 (source) keV flux
1.2e-10 erg cm-2 s-1
astro-ph/0003190 🔍 (source) knee
-2.95 ± 0.02
astro-ph/0003252 🔍 (source) Kkms ^ CI ( 1 - 0 ) / CO ( 1 - 0 )
0.2 ± 0.2
astro-ph/0003258 🔍 (source) peak flux
2.4e-06 erg cm-2 s-1
astro-ph/0003297 🔍 (source) size scale of the stellar disk
50.0 m as
astro-ph/0003433 🔍 (source) black hole mass M _ { \bullet }
400000000.0
Lower
astro-ph/0003471 🔍 (source) slim thickness
0.05
astro-ph/0003471 🔍 (source) disk size
0.7
astro-ph/0004057 🔍 (source) spectral peak t
3.0 day
astro-ph/0004047 🔍 (source) ratio of black-hole mass to bulge mass
0.0007
astro-ph/0004116 🔍 (source) peak luminosity M _ { V } ( max )
-7.4 mag
astro-ph/0004147 🔍 (source) far-ultraviolet background
501.0 ± 103.0 ph cm-2
astro-ph/0004182 🔍 (source) total mass of dust in the inner 3 kpc
7500000.0 M_\odot
astro-ph/0004330 🔍 (source) braking index n
2.91 ± 0.05
astro-ph/0004393 🔍 (source) dark matter density h ^ { 2 } \Omega _ { dm }
0.14
Lower
astro-ph/0005014 🔍 (source) cloud thicknesses
2.0
astro-ph/0005124 🔍 (source) physical density of cold dark matter \Omega _ { cdm } h ^ { 2 }
0.2 +0.2-0.1
astro-ph/0005314 🔍 (source) cold dark matter
30.0 %
astro-ph/0005391 🔍 (source) bulk M _ { \star }
-0.6 M_\odot
Upper
astro-ph/0005396 🔍 (source) inner disk radius R _ { in } \sqrt { \cos i }
20.0 km
astro-ph/0005417 🔍 (source) electron distribution index of the shocked medium p
3.4
astro-ph/0005429 🔍 (source) keV luminosity
3e+32 erg s-1
Upper
astro-ph/0005465 🔍 (source) jet break time t _ { jet }
7.5 day
astro-ph/0005477 🔍 (source) keV
1e-12 erg cm-2 s-1
astro-ph/0005477 🔍 (source) keV
5.1e+32 day
astro-ph/0005554 🔍 (source) total power in the background
76.5 ± 16.5 nW m-2 sr-1
astro-ph/0005558 🔍 (source) bulk flow amplitude
160.0 ± 60.0 km s-1
astro-ph/0005559 🔍 (source) peak X-ray luminosity
1.2e+26 +5e+25-3e+25 erg s-1
astro-ph/0005609 🔍 (source) pre-break decay power-law slope \alpha _ { 1 }
-0.72 ± 0.06
astro-ph/0005609 🔍 (source) break time t _ { break }
4.39 ± 0.26 day
astro-ph/0005609 🔍 (source) post-break slope \alpha _ { 2 }
-2.29 ± 0.17
astro-ph/0006149 🔍 (source) shock ionization age
200000000000.0 ± 100000000000.0 s cm-3
astro-ph/0006189 🔍 (source) disk
-62.0 km s-1
astro-ph/0006225 🔍 (source) X-ray background slope \alpha
1.0 +0.6-0.3
astro-ph/0006305 🔍 (source) Chandrasekhar mass M _ { chan }
1.39 M_\odot
astro-ph/0006412 🔍 (source) disk scale height h _ { r } / h _ { z }
14.0
astro-ph/0007010 🔍 (source) kinetic energy E _ { K }
5e+52 erg
astro-ph/0007016 🔍 (source) disk-like rotation
50.0 km s-1
astro-ph/0007073 🔍 (source) supported inner accretion disk
6.3 ± 2.9 km
astro-ph/0007073 🔍 (source) blackbody temperature
1.31 ± 0.07 keV
astro-ph/0007176 🔍 (source) accretion rate through the disk
5.5 ± 4.5 M_\odot s-1
Upper
astro-ph/0007175 🔍 (source) keV flux
3.8e-15 erg cm-2 s-1
astro-ph/0007193 🔍 (source) disk
2.8 ± 1.6 Gyr
astro-ph/0007193 🔍 (source) disk
2.8 ± 1.6 Gyr
astro-ph/0007185 🔍 (source) blackbody of temperature T _ { eff }
5.0 eV
astro-ph/0007193 🔍 (source) disk age
7.5 ± 0.7 Gyr
astro-ph/0007222 🔍 (source) explosion kinetic energy
8e+51 erg
astro-ph/0007222 🔍 (source) explosion kinetic energy
1.75e+52 erg
astro-ph/0007376 🔍 (source) keV luminosity
7.5e+34 day
astro-ph/0007372 🔍 (source) pre-shock hydrogen density
60000000000.0 s cm-3
astro-ph/0007394 🔍 (source) thin disk scale height
250.0 ± 60.0 pc
astro-ph/0007439 🔍 (source) kick velocity
350.0 km s-1
astro-ph/0008042 🔍 (source) kinematical distance
2.8 kpc
astro-ph/0008049 🔍 (source) peak magnification
2.0
astro-ph/0008167 🔍 (source) dark matter density \omega _ { dm }
0.1
Lower
hep-ph/0008145 🔍 (source) total ( cold+hot ) dark matter density h ^ { 2 } \Omega _ { dm }
0.2 +0.12-0.1
astro-ph/0008195 🔍 (source) look-back time
3.0 ± 1.0 Gyr
astro-ph/0008320 🔍 (source) peak brightness temperatures
2.9000000000000004 +1.2999999999999998-1.3000000000000003
astro-ph/0008388 🔍 (source) braking index
2.08
astro-ph/0008404 🔍 (source) disk \alpha
-0.3
astro-ph/0008478 🔍 (source) ratio of bar length to thickness
14.0 ± 4.0
astro-ph/0009036 🔍 (source) quasi-periodic oscillation ( QPO ) peak
0.46 ± 0.02 Hz
astro-ph/0009110 🔍 (source) Crab-like spectrum the X-ray flux
2.5e-13 ± 5e-14 erg s-1 cm-2
astro-ph/0009110 🔍 (source) Crab-like spectrum the X-ray flux f _ { x }
1.25 ± 1.15 keV
astro-ph/0009202 🔍 (source) break energy
1.1 ± 0.4 keV
astro-ph/0009435 🔍 (source) Fe~ { } K \alpha EW }
300.0 eV
Upper
astro-ph/0009486 🔍 (source) kinematic age
10.0 Myr
astro-ph/0009496 🔍 (source) disk inclination
51.0 ± 3.0
astro-ph/0010013 🔍 (source) shock velocity
21.5 ± 2.5 km s-1
astro-ph/0010057 🔍 (source) kick velocity
350.0 km s-1
astro-ph/0010103 🔍 (source) black hole mass M _ { BH }
30.0 M_\odot
astro-ph/0010155 🔍 (source) inner disk radius R _ { in } \sqrt { \cos i }
11.0 km
astro-ph/0010155 🔍 (source) disk temperature
0.85 keV
astro-ph/0010205 🔍 (source) primordial skewness B _ { 3 }
0.35
Upper
astro-ph/0010223 🔍 (source) metallicity of the background
3.0
astro-ph/0010361 🔍 (source) look-back time
4.8 Gyr
astro-ph/0010429 🔍 (source) Fe K-edge
7.37 +0.15-0.21 keV
astro-ph/0010436 🔍 (source) dark matter cross-section
0.3
Lower
astro-ph/0010549 🔍 (source) black hole mass to host mass \mu _ { B }
0.004 (\sigma / 200 km s ^ -1)
astro-ph/0010646 🔍 (source) black body size
1.3000000000000001e+25 cm2
astro-ph/0011037 🔍 (source) surface density of KBOs
160.0 km
Upper
astro-ph/0011030 🔍 (source) radial ( line-of-sight ) thicknesses
0.2 pc
Upper
astro-ph/0011027 🔍 (source) peak L _ { X }
2.9e+30 erg s-1
astro-ph/0011027 🔍 (source) peak luminosity L _ { X }
1.1000000000000001e+30 erg s-1
astro-ph/0011037 🔍 (source) KBOs R
24.9
astro-ph/0011059 🔍 (source) disk inclination i
15.0
Lower
astro-ph/0011071 🔍 (source) black hole BH
460.0 M_\odot
Lower
astro-ph/0011204 🔍 (source) black hole mass
39000000.0 ± 4000000.0 M_\odot
astro-ph/0011204 🔍 (source) black hole mass
60000000.0 ± 14000000.0 M_\odot
astro-ph/0011205 🔍 (source) multi-colour disk temperature T _ { in }
0.9 keV
astro-ph/0011191 🔍 (source) dark matter
40000000000000.0 ± 30000000000000.0
astro-ph/0011232 🔍 (source) inner-disk temperature
1.8 keV
astro-ph/0011268 🔍 (source) dark matter to gas density log ( \eta _ { 0 } )
1.1 ± 0.8
astro-ph/0011378 🔍 (source) dark energy \Omega _ { \Lambda }
0.66 ± 0.06
astro-ph/0011389 🔍 (source) mass black hole M _ { bh }
2.0
astro-ph/0011417 🔍 (source) peak JHKL absolute magnitudes
-18.6
astro-ph/0011417 🔍 (source) peak JHKL absolute magnitudes
-18.6
astro-ph/0011417 🔍 (source) peak JHKL absolute magnitudes
-19.9
astro-ph/0011418 🔍 (source) peak luminosity
-1.0
astro-ph/0011456 🔍 (source) K-band luminosity density j _ { late } / j _ { early }
1.17 ± 0.12
astro-ph/0011522 🔍 (source) peak \Delta V ^ { 0 }
0.5 mag
astro-ph/0012213 🔍 (source) A central dark mass
210000000.0 ± 50000000.0 M_\odot
astro-ph/0012213 🔍 (source) disk
1.0
astro-ph/0012213 🔍 (source) disk
160.0 km s-1
astro-ph/0012238 🔍 (source) local disk gas
60.0 km s-1
astro-ph/0012479 🔍 (source) Shakura-Sunyaev angular momentum transport parameter \alpha
-2.0
Upper
astro-ph/0012504 🔍 (source) Dark Matter interaction rate
10.0
Lower
astro-ph/0012504 🔍 (source) Dark Matter interaction rate
-33.0 m
Upper
astro-ph/0101057 🔍 (source) projected inner-disk radius
7.0 ± 2.0 km
astro-ph/0101057 🔍 (source) projected inner-disk radius
55.4 +6.0-7.7 km
astro-ph/0101486 🔍 (source) circumstellar disk population m _ { K }
12.0
Upper
astro-ph/0101478 🔍 (source) keV luminosity
4.500000000000001e+44 erg s-1
astro-ph/0101565 🔍 (source) Glashow W resonance peak E _ { \bar { \nu _ { e } } }
6.3
astro-ph/0102045 🔍 (source) thin disk h / r
0.1
astro-ph/0102065 🔍 (source) disk color temperature T _ {
1.5 ± 0.5 keV
astro-ph/0102087 🔍 (source) black-body 0.5–10 keV luminosity
1.8000000000000002e+32 erg s-1
astro-ph/0102113 🔍 (source) metal–rich clusters peak [ Fe / H ]
-0.6 dex
astro-ph/0102151 🔍 (source) 2–10 keV absorbed flux F _ { X }
1.7e-14 erg cm-2 s-1
astro-ph/0102167 🔍 (source) disk surface temperature
0.7 keV
astro-ph/0102184 🔍 (source) peak magnification
160.0
astro-ph/0102241 🔍 (source) accretion disk \alpha
0.01
astro-ph/0102246 🔍 (source) peak accretion rate
150.0 s
astro-ph/0102426 🔍 (source) Super-Kamiokande \triangle m _ { \nu _ { SK } }
0.1 eV m as s
astro-ph/0102426 🔍 (source) GZK energies
3.0 (\frac \triangle m _ \nu _ SK)
astro-ph/0102442 🔍 (source) surface density of disk M
12.2 ± 1.6 M_\odot pc-2
astro-ph/0102442 🔍 (source) surface density of disk M
14.3 ± 1.3 M_\odot pc-2
astro-ph/0102442 🔍 (source) disk scale length H
2.75 ± 0.16 (statistical) ± 0.25 (systematic) kpc
astro-ph/0102492 🔍 (source) peak absolute M _ { B }
-19.5
astro-ph/0103014 🔍 (source) contribution to the X–ray background
1.4499999999999998e-11 ± 1.4999999999999999e-12 erg day cm-2 s-1
astro-ph/0103045 🔍 (source) bulk Lorentz factor \Gamma
9.5
Lower
astro-ph/0103036 🔍 (source) kinetic temperature of the outflowing gas
170.0 K
astro-ph/0103136 🔍 (source) kinetic temperature T _ { kin }
63.0 ± 7.0 K
astro-ph/0103235 🔍 (source) full-sky rate \dot { N } _ { B }
100.0 +1.0-8.0 yr-1
astro-ph/0103271 🔍 (source) dark matter/baryonic matter ratio \Omega _ { DM } / \Omega _ { B }
12.7
astro-ph/0103321 🔍 (source) light curve of soft emission peaks t _ { peak }
40.0 (1 + z)
astro-ph/0103326 🔍 (source) braking index n
3.0
astro-ph/0103458 🔍 (source) disk ’ s radial surface brightness profile
-3.3 ± 0.3
astro-ph/0104035 🔍 (source) keV luminosities
4e+39 erg s-1
astro-ph/0104032 🔍 (source) mass of the black hole M _ { 1 }
6.85 +0.8500000000000005-0.8499999999999996 M_\odot
astro-ph/0104148 🔍 (source) average nickel mass
1e-05 s
astro-ph/0104347 🔍 (source) disk fractions
12.0 %
astro-ph/0104347 🔍 (source) disk fractions
52.0 %
astro-ph/0104347 🔍 (source) overall disk lifetime
6.0 Myr
astro-ph/0104362 🔍 (source) 40-700 keV fluence
9.300000000000001e-05 ± 3e-06 erg cm-2
astro-ph/0104362 🔍 (source) keV energy output
7.8e+53 erg
astro-ph/0104490 🔍 (source) physical density of cold dark matter \Omega _ { cdm } h ^ { 2 }
0.14 ± 0.04
astro-ph/0104489 🔍 (source) likelihood temperature spectral index \beta
-0.1 ± 0.2
astro-ph/0105051 🔍 (source) angular velocity to the break–up angular velocity Z
0.02
astro-ph/0105064 🔍 (source) primary black hole mass
6.95 ± 0.6 M_\odot
astro-ph/0105069 🔍 (source) keV volume emissivity
2.2e+38 erg s-1 Mpc-3
astro-ph/0105170 🔍 (source) background temperature
16.2
astro-ph/0105188 🔍 (source) black hole P _ { 0 }
20.0
astro-ph/0105236 🔍 (source) outer disk radius
0.7
astro-ph/0105236 🔍 (source) outer disk radius
0.5
astro-ph/0105225 🔍 (source) ratio of baryon to quark \nu \bar { \nu }
3.5 ± 1.5
astro-ph/0105236 🔍 (source) ionized disk
0.3
astro-ph/0105236 🔍 (source) ionized disk
0.25
astro-ph/0105236 🔍 (source) ionized disk
0.2
astro-ph/0105236 🔍 (source) ionized disk
0.15
astro-ph/0105236 🔍 (source) ionized disk
0.1
astro-ph/0105236 🔍 (source) outer disk radius
1.0
astro-ph/0105310 🔍 (source) peak column density H i ( N _ { HI }
3e+23 cm-2
astro-ph/0105420 🔍 (source) pre-outburst accretion disk inner truncation radius
12000.0 S ch
astro-ph/0105490 🔍 (source) peak absolute magnitude M _ { B }
-17.15 ± 0.23
astro-ph/0105507 🔍 (source) Shakura-Sunyaev \alpha parameter
0.1
astro-ph/0105507 🔍 (source) Shakura-Sunyaev \alpha parameter
0.01
astro-ph/0105561 🔍 (source) limb darkened stellar disk of diameter \Theta _ { LD }
3.28 ± 0.01 m as
astro-ph/0106067 🔍 (source) keV
2.9999999999999995e+45 erg s-1
astro-ph/0106126 🔍 (source) gas kinetic temperature
50.0
astro-ph/0106239 🔍 (source) Glashow W resonance peak E _ { \bar { \nu _ { e } } }
6300000000000000.0 eV
astro-ph/0106235 🔍 (source) kinematic distance
2.0 +0.6-0.3 kpc
astro-ph/0106305 🔍 (source) average kinetic temperature T _ { kin }
60.0 K
astro-ph/0106458 🔍 (source) dark matter-baryon cross-section \sigma _ { xp } / m _ { x }
1e-25 cm2 GeV-1
astro-ph/0107061 🔍 (source) disk lifetimes
3.0 ± 3.0 Myr
astro-ph/0107059 🔍 (source) virial black-hole mass } \atop { } ^ {
8000000.0 M_\odot
Upper
astro-ph/0107154 🔍 (source) Skyrmion star mass range M
1.8
Lower
astro-ph/0107154 🔍 (source) orbital frequency 0.8 { kHz \nu _ { ISCO }
1.3 kHz
Upper
astro-ph/0107270 🔍 (source) shock velocity
4000.0 ± 500.0 km s-1
astro-ph/0107392 🔍 (source) average rest-frame 2–8 keV luminosity
3.2e+41 erg s-1
astro-ph/0107520 🔍 (source) blackbody temperature kT _ { BB }
0.5 keV
astro-ph/0107593 🔍 (source) peak luminosity
6.5e+38 erg s-1
astro-ph/0108018 🔍 (source) peak-to-peak separation
1900.0 km s-1
astro-ph/0108045 🔍 (source) kinetic
3.0000000000000002e+50 erg
astro-ph/0108094 🔍 (source) black hole mass
11.0 ± 1.9 M_\odot
astro-ph/0108192 🔍 (source) high-precision angular limb-darkened diameters
6.18 m as
astro-ph/0108192 🔍 (source) high-precision angular limb-darkened diameters
7.44 m as
astro-ph/0108192 🔍 (source) linear limb-darkened radii
114.0 R_\odot
astro-ph/0108192 🔍 (source) linear limb-darkened radii
98.0 R_\odot
astro-ph/0108192 🔍 (source) linear limb-darkened radii
56.0 R_\odot
astro-ph/0108192 🔍 (source) high-precision angular limb-darkened diameters
6.94 m as
astro-ph/0108206 🔍 (source) kinetic power
3.2000000000000002e+38 erg s-1
astro-ph/0108241 🔍 (source) outer HST disk rotation axis
12.0 ± 2.0
astro-ph/0108239 🔍 (source) mean intensity of the extragalactic background radiation J
3.5e-22 +3.5e-22-1.3e-22 erg cm-2 sr-1
astro-ph/0108368 🔍 (source) kinematic distance v _ { LSR }
16.6 kpc
astro-ph/0108424 🔍 (source) number of known wide-binary \Delta
100.0 AU
Lower
astro-ph/0108419 🔍 (source) bulk motion Lorentz factor \Gamma _ { 0 }
30000000.0
Lower
astro-ph/0108428 🔍 (source) KBOs
47000.0 +16000.0-10000.0
astro-ph/0108420 🔍 (source) peak luminosity
3.4e+38 erg s-1
astro-ph/0108461 🔍 (source) black hole/bulge mass fraction
0.0015
astro-ph/0108492 🔍 (source) disk T _ { in }
0.12 ± 0.02 keV
astro-ph/0108496 🔍 (source) optical depth of the disk \tau
1.0
Upper
astro-ph/0108505 🔍 (source) surface density of dark matter
30.0 ± 15.0 M_\odot pc-2
astro-ph/0108500 🔍 (source) Fe-K
6.4 +0.3-0.2 keV
astro-ph/0109089 🔍 (source) projected central 500 h ^ { -1 } _ { 50 } kpc R
0.18
Lower
astro-ph/0109089 🔍 (source) projected central 500 h ^ { -1 } _ { 50 } kpc
0.2 +0.84-0.19 h
gr-qc/0109035 🔍 (source) Bekenstein-Hawking entropy S _ { BH }
4.0
astro-ph/0109239 🔍 (source) keV luminosities
3e+39
Upper
astro-ph/0109270 🔍 (source) keV luminosity
2.1e+30 +6e+29-3e+29 erg s-1
astro-ph/0109401 🔍 (source) narrow Fe K \alpha
1720.0 ± 360.0 km s-1
astro-ph/0109430 🔍 (source) emission measure peak temperature
8000000.0 K
astro-ph/0109428 🔍 (source) { -1 } kpc \Delta v
500.0 km s-1
Upper
astro-ph/0109480 🔍 (source) Galaxy disk thicknesses h _ { R } / h _ { z }
7.3 ± 2.2
astro-ph/0109488 🔍 (source) unabsorbed 2–10 keV rest-frame luminosity
3.5000000000000003e+44 erg s-1
astro-ph/0109477 🔍 (source) radial scalelength of the disk
7.0 ± 1.0 kpc
astro-ph/0109477 🔍 (source) disk truncation radius
17.0 ± 1.0 kpc
astro-ph/0110044 🔍 (source) disk f _ { esc }
1.5 ± 0.5 %
astro-ph/0110110 🔍 (source) ratio of quiescent luminosity to peak luminosity L _ { q } / L _ { p }
1.6999999999999998e-06
Upper
astro-ph/0110152 🔍 (source) rms bulk velocity
230.0 ± 50.0 km s-1
astro-ph/0110154 🔍 (source) dark matter content
310000000.0 M_\odot
astro-ph/0110177 🔍 (source) look-back time
50.0 km
astro-ph/0110201 🔍 (source) peak position
345000.0 +215000.0-214999.99999999994 cm-3
Upper
astro-ph/0110218 🔍 (source) kinematical velocity V _ { LSR }
15.0 km s-1
astro-ph/0110312 🔍 (source) Chandrasekhar mass
1.37 M_\odot
astro-ph/0110454 🔍 (source) wind shock \sigma
0.005
astro-ph/0110560 🔍 (source) peak of the emission measure distribution T _ { e }
5.0
astro-ph/0110656 🔍 (source) keV flux f _ { 0.2 - 10 }
3e-14 erg cm-2 s-1
astro-ph/0111037 🔍 (source) keV luminosity
7.200000000000002e+44 +3.600000000000001e+44-2e+44 erg s-1
astro-ph/0111116 🔍 (source) postshock electron density n _ { e }
315.0 ± 105.0 cm-3
astro-ph/0111261 🔍 (source) peak temperature
2.4 keV
astro-ph/0111263 🔍 (source) bolometric peak-luminosity
1.6000000000000001e+38 ± 2.0000000000000001e+37 erg s-1
astro-ph/0111347 🔍 (source) keV luminosity
5.6e+40 erg s-1
astro-ph/0111379 🔍 (source) blackbody temperature
1.79 ± 0.21 keV
astro-ph/0111507 🔍 (source) blackbody temperature kT
0.418 ± 0.013 keV
astro-ph/0111511 🔍 (source) keV energy band X-ray luminosity L _ { X }
5e+38
astro-ph/0111540 🔍 (source) black hole M
14.0 ± 4.0 M_\odot
astro-ph/0111589 🔍 (source) temperature for the cosmic background radiation T _ { CMBR }
12.1 +1.7-3.2 K
astro-ph/0112021 🔍 (source) braking index n
1.81 ± 0.07
astro-ph/0112049 🔍 (source) ratio of the first peak-height { ( \Delta T _ { 1 } / \Delta T _ { 2 } ) } ^ { 2 }
4.27
astro-ph/0112049 🔍 (source) ratio of the first peak-height
1.06
astro-ph/0112098 🔍 (source) disk height z _ { \infty }
0.7
astro-ph/0112258 🔍 (source) disk-like transverse velocities
300.0 ± 50.0 pc
astro-ph/0112356 🔍 (source) bulk Lorentz factor \gamma
3.5 ± 1.5
Upper
astro-ph/0112385 🔍 (source) bulk Lorentz factors \gamma _ { j }
5.0
astro-ph/0112400 🔍 (source) shock velocities v _ { s }
140.0 km s-1
Upper
hep-ph/0112247 🔍 (source) fundamental Planck scale M _ { D }
1.55 ± 0.25 TeV
Lower
astro-ph/0112492 🔍 (source) kinetic temperature T _ { kin }
70.0 K
astro-ph/0112481 🔍 (source) peak flux
5e+41 erg
Upper
astro-ph/0201058 🔍 (source) NeIX _ { K \alpha
13.448 +0.022-0.024
astro-ph/0201086 🔍 (source) black hole mass M _ { \bullet }
2500000.0 ± 500000.0 M_\odot
astro-ph/0201137 🔍 (source) power spectrum of the image features three peaks \ell
213.0 +10.0-13.0
astro-ph/0201137 🔍 (source) power spectrum of the image features three peaks \ell
541.0 +20.0-32.0
astro-ph/0201137 🔍 (source) power spectrum of the image features three peaks \ell
845.0 +12.0-25.0
astro-ph/0201161 🔍 (source) blackbody radius R _ { \infty }
3.6 ± 0.9 km
astro-ph/0201162 🔍 (source) peak-to-peak amplitude of the variation
11.9 ± 0.8 mmag
astro-ph/0201162 🔍 (source) peak-to-peak amplitude of the variation
1.1 %
astro-ph/0201206 🔍 (source) shocked swept-up mass M _ { sw }
1.6 M_\odot
astro-ph/0201218 🔍 (source) uniform-disk angular diameter measurement \overline { \theta _ { UD } }
2.4 ± 0.06 m as
astro-ph/0201245 🔍 (source) bulge to disk luminosity ratio
0.6
Lower
astro-ph/0201245 🔍 (source) bulge to disk luminosity ratio L _ { bulge } / L _ { disk }
22.0
astro-ph/0201293 🔍 (source) keV luminosity
3e+33 ± 1e+33 erg s-1
astro-ph/0201477 🔍 (source) disk [ Fe / Zn ]
-1.59
astro-ph/0202226 🔍 (source) K-band mass-to-light ratio
40.0 M_\odot L_\odot-1
astro-ph/0202310 🔍 (source) spatial fluctuations in the sky brightness \delta \nu I _ { \nu }
2.74 ± 0.14 nW m-2 sr-1
astro-ph/0202307 🔍 (source) bulge-to-disk size ratio r _ { e } / h
0.2
astro-ph/0202307 🔍 (source) logarithm of the bulge-to-disk luminosity ratio \log ( B / D )
0.22
astro-ph/0202420 🔍 (source) frequency separation of the two kHz QPO peaks decreased
344.0 ± 12.0 Hz
Lower
astro-ph/0202420 🔍 (source) frequency separation of the two kHz QPO peaks decreased
232.0 ± 13.0 Hz
astro-ph/0202420 🔍 (source) upper kHz QPO
172.0 ± 10.0 Hz
Lower
astro-ph/0202420 🔍 (source) upper kHz QPO
608.0 ± 6.0 Hz
Upper
astro-ph/0202420 🔍 (source) upper kHz QPO
516.0 ± 10.0 Hz
astro-ph/0202420 🔍 (source) upper kHz QPO
840.0 ± 12.0 Hz
Upper
astro-ph/0202449 🔍 (source) intrinsic 2–10 keV luminosity
3.2999999999999994e+45 erg s-1
astro-ph/0202469 🔍 (source) separation of the black holes
5.0
Lower
astro-ph/0202469 🔍 (source) separation of the black holes
7.8
astro-ph/0202487 🔍 (source) shock speed
2890.0 ± 100.0 km s-1
astro-ph/0202493 🔍 (source) stacked-average X-ray spectral slope \Gamma
2.0
astro-ph/0202523 🔍 (source) peak density
4.0 cm-3
Upper
astro-ph/0203110 🔍 (source) disk scale-length
2.1 kpc
astro-ph/0203239 🔍 (source) bulk
60000000000.0 M_\odot
astro-ph/0203241 🔍 (source) average bulk Lorentz factor \Gamma _ { 0 }
1000.0 ± 100.0
astro-ph/0203262 🔍 (source) sky number of radio orphans f _ { b } ^ { -1 }
10.0
Lower
astro-ph/0203291 🔍 (source) central disk surface brightness \mu _ { 0 }
-2.5
astro-ph/0203352 🔍 (source) background neutrino temperature h
0.72 ± 0.08
astro-ph/0203389 🔍 (source) four stars—the disk R _ { disk }
80.0 kpc
Lower
astro-ph/0203464 🔍 (source) disks
1.3 ± 0.2
astro-ph/0203473 🔍 (source) mass of the black hole
1308000000.0 ± 1142000000.0 M_\odot
astro-ph/0203487 🔍 (source) blackbody temperatures T _ { eff }
40.0
Lower
astro-ph/0204007 🔍 (source) kinetic energy
7e+51 ± 3e+51 erg
Lower
astro-ph/0204008 🔍 (source) peak brightness M _ { B }
-16.9
astro-ph/0204028 🔍 (source) exponential length of the disk
1.35 +0.1499999999999999-0.15000000000000013
astro-ph/0204018 🔍 (source) best-fit disk half-opening angle
13.5 +2.1-2.8 day
astro-ph/0204050 🔍 (source) braking index n
3.0
astro-ph/0204050 🔍 (source) braking index n
1.86 ± 0.08
astro-ph/0204072 🔍 (source) beam-averaged gas kinetic temperature
40.0 ± 5.0
astro-ph/0204079 🔍 (source) shock velocities
115.0 ± 25.0 km s-1
astro-ph/0204176 🔍 (source) keV luminosity
1.4e+37 erg s-1
astro-ph/0204204 🔍 (source) absorber thickness
70.0 pc
astro-ph/0204267 🔍 (source) keV
1.5 +0.5-0.1
astro-ph/0204366 🔍 (source) stellar mass-to-light ratio of disk galaxies M / L _ { I }
0.8
astro-ph/0204366 🔍 (source) disk
7.0 ± 1.0 Gyr
astro-ph/0205060 🔍 (source) cold dark matter mass function slope \alpha
-1.8
astro-ph/0205087 🔍 (source) disk
12.7 ± 0.7 Gyr
astro-ph/0205087 🔍 (source) disk
7.3 ± 1.5 Gyr
astro-ph/0205097 🔍 (source) dark energy interaction to gravity \beta
0.16
Upper
astro-ph/0205160 🔍 (source) blackbody spectrum T _ { eff }
210000000.0 ± 80000000.0 K
astro-ph/0205161 🔍 (source) disk V / \sigma
3.9
astro-ph/0205161 🔍 (source) vertical thickness V / \sigma
2.9 ± 0.9
astro-ph/0205373 🔍 (source) keV band X-ray luminosity L _ { x }
1e+37 erg s-1
astro-ph/0205404 🔍 (source) peak column density
5e+18
astro-ph/0205469 🔍 (source) dark matter density \epsilon
0.37 ± 0.03
astro-ph/0205535 🔍 (source) peak flux
2e-08 erg cm-2 s-1
astro-ph/0205535 🔍 (source) peak flux
1.0
Lower
astro-ph/0205554 🔍 (source) average disk mass
0.002 ± 0.001 M_\odot
astro-ph/0205548 🔍 (source) peak flux
0.6
astro-ph/0206020 🔍 (source) peak temperatures T _ { peak
0.2815 +0.1365-0.13649999999999998
astro-ph/0206065 🔍 (source) helium-like n
2.0
astro-ph/0206087 🔍 (source) kinetic energy
9e+53 erg
astro-ph/0206239 🔍 (source) peak coronal temperature T _ { max }
6.0 K
Upper
astro-ph/0206323 🔍 (source) disk scale height M _ { R }
5.8
Lower
astro-ph/0206333 🔍 (source) peak column density
1.5e+19 ± 5e+18 cm-2
astro-ph/0206373 🔍 (source) peak H i column density
1.5e+20 cm-2
astro-ph/0206351 🔍 (source) blackbody component kT
0.075 keV
astro-ph/0206376 🔍 (source) 0.5–10 keV unabsorbed luminosity L _ { X }
4.999999999999999e+31 erg s-1
astro-ph/0206406 🔍 (source) uniform-disk diameters
0.3 m as
astro-ph/0206406 🔍 (source) uniform-disk diameters
7.9 m as
astro-ph/0206462 🔍 (source) mass-to-light ratio of disk galaxies M / L _ { I } )
0.8
astro-ph/0206492 🔍 (source) shock velocity
290.0 km s-1
astro-ph/0207072 🔍 (source) HHT-KittPeak baseline
190.0 km
astro-ph/0207094 🔍 (source) unabsorbed 0.5–10 keV flux
3.15e-13 +4.499999999999997e-14-4.5000000000000017e-14 erg cm-2 s-1
astro-ph/0207334 🔍 (source) black hole mass
4.4 M_\odot
Lower
astro-ph/0207530 🔍 (source) kinematical distance
1.9 kpc
astro-ph/0207593 🔍 (source) peak spectral closure density
1.5e-07 ± 5e-08
astro-ph/0207586 🔍 (source) kinetic temperature n
4000.0
Lower
astro-ph/0207586 🔍 (source) kinetic temperature
2500.0
astro-ph/0207605 🔍 (source) kinematical age of the jet
10.0 yr
astro-ph/0208145 🔍 (source) bulk heliocentric velocity v _ { cluster , \odot }
95.0 km s-1
astro-ph/0208166 🔍 (source) blackbody component kT
1.05 ± 0.01 keV
astro-ph/0208207 🔍 (source) peak optical depths
0.023 ± 0.003
astro-ph/0208207 🔍 (source) peak optical depths
0.073 ± 0.004
astro-ph/0208207 🔍 (source) peak optical depths
0.011000000000000001 ± 0.003
astro-ph/0208288 🔍 (source) Shakura-Sunyaev viscosity parameter \alpha _ { SS }
1.0
Lower
astro-ph/0208374 🔍 (source) thicknesses
1.6 ± 1.1 pc
astro-ph/0208450 🔍 (source) Fe-peak element ratios [ Si / Fe ]
0.25 ± 0.06
astro-ph/0208477 🔍 (source) 2-10 keV X-ray luminosity
1.1999999999999999e+41 erg s-1
astro-ph/0208500 🔍 (source) weak-field deflection angle \hat { \alpha }
2.0
astro-ph/0208543 🔍 (source) blackbody normalization R _ { bb , km } / d _ { 10 kpc }
7.6 ± 0.8
astro-ph/0208543 🔍 (source) blackbody temperature kT _ { bb }
0.65 ± 0.03 keV
astro-ph/0208552 🔍 (source) disk r
100.0 AU
Upper
astro-ph/0209104 🔍 (source) disk masses M _ { disk }
0.065 +0.024999999999999994-0.025 M_\odot
Upper
astro-ph/0209104 🔍 (source) disk mass
0.00075 ± 0.00025 M_\odot
astro-ph/0209104 🔍 (source) average disk mass \bar { M } _ { disk } ( N
5.0
astro-ph/0209250 🔍 (source) Lick indices
0.0
astro-ph/0209272 🔍 (source) outer radius of this disk
45.0 AU
astro-ph/0209290 🔍 (source) disk
165.0
astro-ph/0209531 🔍 (source) optical thickness \tau ( V )
0.30000000000000004 +0.09999999999999998-0.10000000000000003
astro-ph/0209592 🔍 (source) mass of the black hole M _ { BH }
8.3 +1.1999999999999993-1.200000000000001 M_\odot
astro-ph/0209599 🔍 (source) Ks magnitude
20.7
astro-ph/0210029 🔍 (source) BB kT
0.25 ± 0.04999999999999999 keV
astro-ph/0210180 🔍 (source) black hole mass
12000000.0 ± 1000000.0 M_\odot
astro-ph/0210328 🔍 (source) keV observed flux
3.5e-13 ± 2.0000000000000003e-14 erg cm-2 s-1
astro-ph/0210358 🔍 (source) dark energy density \Omega _ { D }
0.7
astro-ph/0210543 🔍 (source) bulk flow velocity
5.5 ± 4.5 cm-3
astro-ph/0210543 🔍 (source) bulk flow velocity
20.0 ± 5.0 km s-1
astro-ph/0211025 🔍 (source) Kinetic temperature
50.0
Upper
astro-ph/0211113 🔍 (source) black hole mass M _ { \bullet }
8000000.0 ± 300000.0 M_\odot
astro-ph/0211179 🔍 (source) background gas T _ { h }
1700000.0 K
astro-ph/0211266 🔍 (source) black hole mass
5.99 ± 0.42 M_\odot
astro-ph/0211244 🔍 (source) equation of state for dark energy w
-1.0
Lower
astro-ph/0211229 🔍 (source) Faber-Jackson slope \gamma _ { FJ }
3.29 ± 0.58
nucl-th/0211046 🔍 (source) color superconducting quark matter interior
-1.6 M_\odot
astro-ph/0211322 🔍 (source) keV luminosity
2.3999999999999998e+41 erg s-1
astro-ph/0211328 🔍 (source) total disk mass density \Sigma _ { 0 }
67.0 M_\odot pc-2
astro-ph/0211328 🔍 (source) thickness of the total disk mass
390.0 +330.0-120.0 pc
astro-ph/0211460 🔍 (source) black hole mass M
20000000.0 M_\odot
Upper
astro-ph/0211479 🔍 (source) break energy E _ { break }
1.35 keV
astro-ph/0211522 🔍 (source) dark energy Q
-1.0
Upper
astro-ph/0211522 🔍 (source) dark energy equation of state w _ { Q }
-1.38
Lower
astro-ph/0211522 🔍 (source) dark energy equation of state w _ { Q }
-1.38
Lower
astro-ph/0211533 🔍 (source) keV flux
2.0
Lower
astro-ph/0211572 🔍 (source) 2–10 keV flux
4e-13 erg s-1 cm-2
astro-ph/0211650 🔍 (source) dark point mass
10000000.0 +6000000.0-7000000.0 M_\odot
astro-ph/0212029 🔍 (source) knee [ Fe / H ]
-0.4
Lower
astro-ph/0212097 🔍 (source) amount of dark energy
0.7 +0.1-0.07
astro-ph/0212165 🔍 (source) peak in the power spectrum
144.18 ± 0.06 s
astro-ph/0212213 🔍 (source) mean fluence of the flare peaks
3.1000000000000003e+40 ± 2.9e+40 erg
astro-ph/0212213 🔍 (source) mean fluence of the flare peaks
1.9e+41 erg
astro-ph/0212213 🔍 (source) flare peak luminosity
2.1e+39 ± 2e+38 erg s-1
Lower
astro-ph/0212253 🔍 (source) kinetic energy
480.0 ± 80.0
astro-ph/0212290 🔍 (source) disk stellar mass-to-light ratio M / L _ { K }
0.6
astro-ph/0212343 🔍 (source) presence of dark energy \Omega _ { de }
0.1
Lower
astro-ph/0212344 🔍 (source) peak of the evolution functions of starburst galaxies z _ { peak }
1.4
astro-ph/0212344 🔍 (source) peak of the formation function z _ { peak }
2.0
astro-ph/0212344 🔍 (source) peak formation redshift z _ { peak }
2.0
astro-ph/0212487 🔍 (source) well-known age
1.4 +0.6000000000000001-0.5999999999999999 Gyr
astro-ph/0212487 🔍 (source) precisely known distance
3.626 pc
hep-ph/0212403 🔍 (source) Oklo natural nuclear reactor | \delta W / W |
1.2e-10
Upper
astro-ph/0301079 🔍 (source) peak brightness M _ { B }
-19.6 ± 0.1
astro-ph/0301194 🔍 (source) peak rotation velocity
20.0 km s-1
astro-ph/0301297 🔍 (source) Fe-K line EW
382.0 eV
Upper
astro-ph/0301453 🔍 (source) Gaussian width of the sharp X-ray peak
34.0 ± 3.0 s
astro-ph/0301503 🔍 (source) mass for the dark matter particle
200.0
Lower
astro-ph/0301503 🔍 (source) mass for the dark matter particle \mu _ { d }
800.0
Upper
astro-ph/0301607 🔍 (source) black hole mass \beta
0.1
astro-ph/0302031 🔍 (source) lensing skewness \bar { \kappa } ^ { 3 }
1.06e-06 ± 6e-08
astro-ph/0302142 🔍 (source) mean braking index n
2.125 ± 0.001
astro-ph/0302152 🔍 (source) knot P / k _ { B }
18000000.0 K cm-3
astro-ph/0302159 🔍 (source) dark energy density \Omega _ { \Lambda }
0.65
astro-ph/0302215 🔍 (source) pickup
2.0
astro-ph/0302215 🔍 (source) pickup
2.1
astro-ph/0302207 🔍 (source) dark energy equation of state w
-0.78
Upper
astro-ph/0302209 🔍 (source) equation of state of the dark energy w
-0.78
Upper
astro-ph/0302207 🔍 (source) thickness of the decoupling surface \Delta z _ { dec }
195.0 ± 2.0
astro-ph/0302361 🔍 (source) dark energy w _ { Q }
-0.74
Upper
astro-ph/0302498 🔍 (source) tidal interactions truncate massive dark matter
6.0 kpc
astro-ph/0302490 🔍 (source) black body temperature kT _ { bb }
0.4 keV
astro-ph/0302535 🔍 (source) cool disk kT
0.13 ± 0.02 keV
astro-ph/0302513 🔍 (source) mass of the supermassive black hole
2500000000.0 ± 700000000.0 M_\odot
astro-ph/0302533 🔍 (source) edge-on accretion disk
0.11 ± 0.02
astro-ph/0303060 🔍 (source) keV luminosity
9.4
Lower
astro-ph/0303060 🔍 (source) keV luminosity
35.0
Upper
astro-ph/0303060 🔍 (source) keV luminosity
3.0000000000000004e-09
astro-ph/0303044 🔍 (source) peak antenna temperature
0.075 K
astro-ph/0303091 🔍 (source) kinetic energy E _ { 51 }
0.37 ± 0.06
astro-ph/0303136 🔍 (source) unabsorbed 2–10 keV fluxes
6e-10 ± 3e-10 erg cm-2 s-1
astro-ph/0303208 🔍 (source) baryonic-to-dark matter ratio
0.1
astro-ph/0303228 🔍 (source) dimensionless coupling to dark matter | \beta |
0.13
Upper
astro-ph/0303228 🔍 (source) dimensionless coupling to dark matter
0.07
Upper
astro-ph/0303228 🔍 (source) equation of state of tracking dark energy w _ { \phi }
-0.49
Lower
astro-ph/0303228 🔍 (source) equation of state of tracking dark energy
-0.67
Upper
astro-ph/0303269 🔍 (source) disk
10.0
astro-ph/0303379 🔍 (source) average peak luminosity of two bursts showing radius expansion
3.6e+38 ± 4.0000000000000003e+37 erg s-1
astro-ph/0303436 🔍 (source) black hole spin
0.2
Upper
astro-ph/0303470 🔍 (source) peak photon number and photon energy fluxes
34.0 ± 1.8 ph cm-2 s-1
astro-ph/0303470 🔍 (source) peak photon number and photon energy fluxes
1.6799999999999998e-06 ± 1.0999999999999999e-07 erg cm-2 s-1
astro-ph/0303516 🔍 (source) kinetic energy
1e+45 ± 9.999999999999999e+43 J
astro-ph/0303589 🔍 (source) concentration of dark matter \sigma
500.0 km s-1
Upper
astro-ph/0303622 🔍 (source) mass of the dark matter m _ { X }
10.0 keV
astro-ph/0303634 🔍 (source) limb darkened angular diameters \theta _ { LD } [ A ]
8.511 ± 0.02
astro-ph/0304004 🔍 (source) black hole mass to the host mass \mu _ { B }
0.0024 (\sigma / 200 km s ^ -1)
astro-ph/0304010 🔍 (source) kinetic energy E _ { K }
4e+51 erg
astro-ph/0304037 🔍 (source) disk inclination angle
47.0
astro-ph/0304070 🔍 (source) peak face-on gas mass density
70.0 M_\odot pc-2
astro-ph/0304070 🔍 (source) peak face-on gas mass density
35.0 M_\odot pc-2
astro-ph/0304070 🔍 (source) kinetic temperatures T _ { kin }
15.0 ± 5.0 K (IC 342)
astro-ph/0304156 🔍 (source) black-hole mass density \rho _ { bh }
229999.99999999997 +400000.0-150000.0 M_\odot Mpc-3
astro-ph/0304281 🔍 (source) temperature of the quark-hadron transition T _ { c }
235.0 MeV
Upper
astro-ph/0304353 🔍 (source) sky region
336.0
astro-ph/0304353 🔍 (source) sky region l , b
0.0
astro-ph/0304431 🔍 (source) scale heights of the thin disk
320.0 +14.0-15.0 pc
astro-ph/0304431 🔍 (source) disk
640.0 +30.0-32.0 pc
astro-ph/0304460 🔍 (source) mean colour of both peaks { ( V - K ) } _ { blue }
2.57 ± 0.06
astro-ph/0304514 🔍 (source) black–hole mass density \rho _ { BH }
180000.0 +40000.0-60000.0 M_\odot Mpc-3
hep-ph/0304261 🔍 (source) dark energy \Omega _ { \Lambda }
0.7
hep-ph/0304261 🔍 (source) non-baryonic dark matter \Omega _ { B } / \Omega _ { Dark }
0.2
hep-ph/0304261 🔍 (source) non-baryonic dark matter \Omega _ { Dark }
0.22
astro-ph/0305008 🔍 (source) equation of state parameter of the dark energy w
-1.0
astro-ph/0305008 🔍 (source) equation of state parameter of the dark energy w
-1.48
Lower
astro-ph/0305097 🔍 (source) dark energy component \Omega _ { \Lambda }
0.0
astro-ph/0305129 🔍 (source) black hole mass M _ { BH }
500000.0 +600000.0-300000.0 M_\odot
astro-ph/0305227 🔍 (source) break time t _ { b }
1.0
astro-ph/0305232 🔍 (source) bulge-to-disk scale length ratio
0.29
astro-ph/0305328 🔍 (source) Shock velocities
130.0 ± 20.0 km s-1
astro-ph/0305350 🔍 (source) putative central black hole
17.0
Upper
astro-ph/0305350 🔍 (source) putative central black hole
0.04 pc
astro-ph/0305466 🔍 (source) blackbody radius R _ { BB }
9.4 ± 0.6 km
astro-ph/0306001 🔍 (source) light curve peak-to-peak amplitude a
0.029 ± 0.003 mag
astro-ph/0306066 🔍 (source) A minimum kick velocity
70.0 km s-1
astro-ph/0306096 🔍 (source) projected dark matter mass fraction f _ { cdm }
0.22 ± 0.1
astro-ph/0306106 🔍 (source) peak mass fraction
0.5
astro-ph/0306129 🔍 (source) jet bulk Lorentz factors \Gamma _ { bulk }
6.0 ± 1.0
astro-ph/0306130 🔍 (source) s central dark mass
1.5 ± 0.5 m as
astro-ph/0306234 🔍 (source) keV source flux
7e-12 erg cm-2 s-1
astro-ph/0306234 🔍 (source) keV source flux
8.0
astro-ph/0306300 🔍 (source) peak 850 \mu m flux \Delta I _ { 0 }
2.0 ± 1.0 mJy
astro-ph/0306389 🔍 (source) central black hole mass M
18000000.0 M_\odot
astro-ph/0306582 🔍 (source) kinetic energy
3.3
Upper
astro-ph/0306582 🔍 (source) kinetic energy
0.25
Lower
astro-ph/0306604 🔍 (source) disk angular diameter \theta _ { UD }
5.936 ± 0.016 m as
astro-ph/0306604 🔍 (source) limb darkened \theta _ { LD }
6.039 ± 0.019 m as
astro-ph/0306615 🔍 (source) intrinsic peak energy E _ { p } ( 1 + z )
3.0 ± 1.0 MeV
astro-ph/0307106 🔍 (source) disk mass M _ { disk }
60.0 K T-1
astro-ph/0307106 🔍 (source) disk mass
0.0005 M_\odot
Upper
astro-ph/0307110 🔍 (source) peak 2–10 keV luminosity
3.6e+35 +2.9999999999999997e+34-4.0000000000000002e+34 erg s-1
astro-ph/0307154 🔍 (source) K-band stellar mass-to-light ratio M _ { * } / L _ { K } )
0.09 +0.15-0.08
astro-ph/0307172 🔍 (source) thickness A _ { V }
5.0
astro-ph/0307182 🔍 (source) near-solar krypton abundances log _ { 10 } [ N ( Kr ) /N ( H ) ] _ {
-8.75 +0.09-0.11
astro-ph/0307182 🔍 (source) Kr/H ratios log _ { 10 } { [ N ( Kr ) / N ( H ) ] } _ { ISM }
-9.02 ± 0.02
astro-ph/0307222 🔍 (source) pre-break slope \alpha _ { 1 }
-0.95 ± 0.02
astro-ph/0307222 🔍 (source) post-break slope \alpha _ { 2 }
-2.11 ± 0.07
astro-ph/0307227 🔍 (source) dark energy equation of state today w _ { f }
-1.0
Lower
astro-ph/0307260 🔍 (source) black hole spin a / M
0.998
astro-ph/0307260 🔍 (source) black hole spin
0.0
hep-ph/0307181 🔍 (source) dark matter \Omega _ { CDM } h ^ { 2 }
0.1
astro-ph/0307382 🔍 (source) thickness of the shell
25.0 ± 3.0 %
astro-ph/0307509 🔍 (source) ionizing photons escaping normal to the Galactic disk f _ { esc }
1.5 ± 0.5 %
gr-qc/0308016 🔍 (source) kinetic energy E _ { SN }
2e+51 erg (2 \times 10 ^ 51 erg)
astro-ph/0308093 🔍 (source) bulge-to-disk mass ratio
0.16 ± 0.05
astro-ph/0308133 🔍 (source) km s ^ { -1 \sigma _ { T }
750.0 km s-1
Upper
astro-ph/0308157 🔍 (source) keV flux
3.6e-11 erg cm-2 s-1
astro-ph/0308276 🔍 (source) surface density of the disk
10.5 ± 0.5 M_\odot pc-2
astro-ph/0308276 🔍 (source) volume density of the Galactic disk
50.0 pc
astro-ph/0308279 🔍 (source) mean disk mass
2.5 ± 1.3
astro-ph/0308279 🔍 (source) mean disk mass
0.005 M_\odot
astro-ph/0308279 🔍 (source) circumstellar disk masses
0.3 Myr
astro-ph/0308278 🔍 (source) absorption-corrected 0.5–10 keV luminosity
5.75e+39 erg s-1
astro-ph/0308353 🔍 (source) peak bolometric flux
2.64e-08 erg s-1 cm-2
astro-ph/0308363 🔍 (source) blackbody kT _ { max }
1.04 keV
astro-ph/0308420 🔍 (source) average integrated R - K color
2.7 ± 0.3 mag
astro-ph/0308420 🔍 (source) K-band Kormendy relation \mu _ { e }
10.0
astro-ph/0308430 🔍 (source) inner radius of the disk
0.0018 pc
astro-ph/0308432 🔍 (source) mean Galactic disk I _ { MW }
5.5e-11 s-1
astro-ph/0308490 🔍 (source) black hole mass
3.97 ± 0.95 M_\odot
astro-ph/0309080 🔍 (source) Shakura & Sunyaev parameter \alpha
0.22499999999999998 +0.07500000000000001-0.07499999999999998
astro-ph/0309148 🔍 (source) disk angular diameter \theta _ { UD }
5.376 ± 0.047 m as
astro-ph/0309148 🔍 (source) limb darkened \theta _ { LD }
5.448 ± 0.053 m as
astro-ph/0309188 🔍 (source) sharp peak P _ { f }
0.55 day
astro-ph/0309226 🔍 (source) kinematic age
1.5 yr
astro-ph/0309226 🔍 (source) kinetic energy
2e+48 erg
astro-ph/0309229 🔍 (source) Galactic disk
12.5 ± 4.5 kpc
astro-ph/0309257 🔍 (source) peak calibrated flux F _ { \lambda }
1.635 ± 0.675 m
astro-ph/0309288 🔍 (source) kHz QPO \Delta \nu
274.0 ± 11.0 Hz
astro-ph/0309332 🔍 (source) dark energy equation of state \sigma _ { w _ { 0 } }
0.01
hep-ph/0309134 🔍 (source) \kappa the scalar spectral index n _ { s }
0.99 ± 0.01
astro-ph/0309394 🔍 (source) Spearman Rank
99.9 c-1
Lower
astro-ph/0309402 🔍 (source) black body temperature kT _ { bb }
0.4 keV
astro-ph/0309425 🔍 (source) absorption-corrected 0.5–2 keV X-ray luminosity L _ { X } ( 0.5 - 2 keV )
1.1999999999999999e+41 erg s-1
astro-ph/0309442 🔍 (source) bulge-to-disk ratio
0.44999999999999996 +0.15000000000000002-0.14999999999999997
astro-ph/0309455 🔍 (source) peak energy E _ { peak } ^ { obs }
5.0 keV
Upper
astro-ph/0309465 🔍 (source) dark matter \beta
1.0
astro-ph/0309470 🔍 (source) background fluxes \chi
0.3 ± 0.16
astro-ph/0309580 🔍 (source) peak phase separation
0.526 ± 0.002
astro-ph/0310021 🔍 (source) circum-planetary disk accretion rate \dot { M } _ { cp }
6.000000000000001e-05
astro-ph/0310138 🔍 (source) peak rotation velocity
16.0 km s-1
astro-ph/0310140 🔍 (source) peak X-ray luminosity
5e+34 erg s-1
astro-ph/0310272 🔍 (source) intrinsic 2-10 keV luminosity
44.0 erg
Upper
astro-ph/0310299 🔍 (source) total unabsorbed ( 2–10 keV F _ { 2 - 10 }
4.0999999999999997e-13 erg cm-2 s-1
astro-ph/0310420 🔍 (source) average kinetic temperature
15.0 K
astro-ph/0310466 🔍 (source) peak R _ { c } magnitude
17.2 mag
astro-ph/0310518 🔍 (source) kinetic energy
2e+51 erg
astro-ph/0310617 🔍 (source) inner disk temperatures kT
0.22999999999999998 +0.06-0.05999999999999997 keV
astro-ph/0310607 🔍 (source) mean number of peaks in the same area N _ { peak }
62.0
astro-ph/0310667 🔍 (source) ankle energy
3.0
Lower
astro-ph/0310722 🔍 (source) 1 keV flux F _ { 1 keV }
2.1 nJy
astro-ph/0310761 🔍 (source) peak optical depths \tau _ { max }
0.01 ± 0.0008
astro-ph/0310761 🔍 (source) peak optical depths \tau _ { max }
0.0014 ± 0.0002
astro-ph/0310761 🔍 (source) peak optical depths \tau _ { max }
0.0022 ± 0.0005
astro-ph/0310761 🔍 (source) kinetic temperatures T _ { k }
3694.0 ± 1595.0 K
astro-ph/0310761 🔍 (source) kinetic temperatures T _ { k }
3500.0 ± 1354.0 K
astro-ph/0310761 🔍 (source) kinetic temperatures T _ { k }
2165.0 ± 608.0 K
astro-ph/0310761 🔍 (source) kinetic temperatures T _ { k }
3127.0 ± 300.0 K
astro-ph/0311001 🔍 (source) } Kerr black hole spinning
98.0
astro-ph/0310892 🔍 (source) strange quark mass \delta X / X
0.0011 ± 0.0003
astro-ph/0311021 🔍 (source) peak optical depths
0.047 ± 0.007
astro-ph/0311021 🔍 (source) peak optical depths
0.039 ± 0.007
astro-ph/0311092 🔍 (source) photon indices strongly peaked
1.0
astro-ph/0311092 🔍 (source) photon indices strongly peaked
0.16
astro-ph/0311146 🔍 (source) massive black hole
70000000.0 M_\odot
astro-ph/0311283 🔍 (source) the central accretion disk angle i
21.0 ± 5.0
astro-ph/0311283 🔍 (source) central black hole mass M _ { grav }
140000000.0 ± 30000000.0 M_\odot
astro-ph/0311283 🔍 (source) central black hole mass M _ { orbital }
18000000.0 ± 4000000.0 M_\odot
astro-ph/0311308 🔍 (source) pre-shock velocities
715.0 ± 45.0 km s-1
astro-ph/0311308 🔍 (source) gas temperatures kT
0.6799999999999999 +0.08000000000000007-0.07999999999999996 keV
hep-ph/0311189 🔍 (source) fraction of cold dark matter \Omega _ { mcp } h _ { 0 } ^ { 2 }
0.007
Upper
astro-ph/0311488 🔍 (source) break peak luminosity
4.4000000000000005e+51 erg s-1
astro-ph/0311526 🔍 (source) blackbody temperatures
0.35 +0.15000000000000002-0.14999999999999997 keV
astro-ph/0311525 🔍 (source) limb darkened angular diameter \overline { \theta _ { LD } } [ X Sgr ]
1.471 ± 0.033 m as
astro-ph/0311538 🔍 (source) 2-10 keV flux
2.24e-11 ± 1.5999999999999998e-12 erg day cm-2 s-1
astro-ph/0311567 🔍 (source) inclination of the hydrogen disk i
24.5 ± 7.5
astro-ph/0311550 🔍 (source) intrinsic peak energy E _ { p } ( 1 + z )
3.0 ± 1.0 MeV
astro-ph/0311624 🔍 (source) disk radii
100.0 AU
Lower
astro-ph/0312012 🔍 (source) peak magnitude K _ { s }
15.3
astro-ph/0312025 🔍 (source) equation of state of dark energy \omega
-1.0
astro-ph/0312033 🔍 (source) black hole
0.8500000000000001 +0.04999999999999993-0.050000000000000044
Lower
nucl-th/0312020 🔍 (source) skin R _ { n } - R _ { p }
0.22 fm
Upper
astro-ph/0312131 🔍 (source) peak radial density
1e-17 g cm-3
astro-ph/0312160 🔍 (source) black hole mass M _ { BH } ^ {
9.0 M_\odot
Upper
astro-ph/0312192 🔍 (source) dark energy density \rho _ { X } ( z )
0.5
Upper
astro-ph/0312227 🔍 (source) Markov angular scale \Theta _ { Markov }
1.01 +0.09-0.07
astro-ph/0312297 🔍 (source) peak luminosity
3.9e+28 erg s-1
astro-ph/0312357 🔍 (source) accretion disk frequency
0.75 ± 0.2
astro-ph/0312377 🔍 (source) keV fluxes
5.3e-09 erg s-1 cm-2
astro-ph/0312377 🔍 (source) Fe-K emission
6.8 keV
Upper
astro-ph/0312395 🔍 (source) dark energy density \sigma ( \Omega _ { DE } )
0.005
astro-ph/0312395 🔍 (source) dark energy density \sigma ( w _ { DE } )
0.02
astro-ph/0312457 🔍 (source) black hole masses
12.5 ± 10.5 M_\odot
astro-ph/0312570 🔍 (source) peak amplitude ratio A _ { 1 : 2 }
2.4
astro-ph/0312576 🔍 (source) mean power driving the shock outburst
2.3999999999999997e+43 erg s-1
astro-ph/0312647 🔍 (source) aspect ratio or thickness h / r
0.1
Upper
astro-ph/0312657 🔍 (source) disk M _ { 435 }
13.0
astro-ph/0401199 🔍 (source) effective mass of dark matter haloes M _ { halo }
18000000000000.0 M_\odot h-1
astro-ph/0401252 🔍 (source) peak stellar rotation velocity V _ { rot }
121.3 km s-1
astro-ph/0401311 🔍 (source) keV fluence
7e-06 erg cm-2
astro-ph/0401314 🔍 (source) Blazhko period
58.5 day
Lower
astro-ph/0401373 🔍 (source) the dark-matter halo \langle \gamma \rangle
1.3 +0.2-0.4
astro-ph/0401439 🔍 (source) bulk outflow speeds
250.0 ± 50.0 km s-1
astro-ph/0401524 🔍 (source) keV flux
1.1e-11 erg cm-2 s-1
astro-ph/0401589 🔍 (source) black hole mass M _ { BH }
2720000.0 +120000.0-190000.0 M_\odot
astro-ph/0401639 🔍 (source) inclination angle of the disk
24.0 +9.0-1.0 day
astro-ph/0402160 🔍 (source) kurtosis
-0.7
astro-ph/0402233 🔍 (source) 2-10 keV flux
2.24e-11 ± 1.5999999999999998e-12 erg day cm-2 s-1
astro-ph/0402277 🔍 (source) peak-to-peak variation
1.14 ± 0.04 mag
astro-ph/0402277 🔍 (source) single-peaked period
6.8872 ± 0.0002 hr
astro-ph/0402293 🔍 (source) keV luminosity
3.8e+32 erg s-1
Upper
astro-ph/0402376 🔍 (source) median black hole mass
0.14
astro-ph/0402425 🔍 (source) peak flux density of the strongest pulse
530.0 Jy
astro-ph/0402452 🔍 (source) black hole mass
130000000.0 M_\odot
astro-ph/0402530 🔍 (source) black hole mass M _ { BH }
24000000.0 M_\odot
Lower
hep-ph/0402267 🔍 (source) dark energy \Omega _ { \Lambda }
0.7
astro-ph/0403087 🔍 (source) kinetic temperatures T _ { k }
80.0 ± 20.0 K
astro-ph/0403103 🔍 (source) peak stripping rate
10.0 M_\odot yr-1
astro-ph/0403113 🔍 (source) mass of the central black hole
2.7
astro-ph/0403123 🔍 (source) mean thickness \overline { n }
3e+17 cm-3
astro-ph/0403288 🔍 (source) shock temperature T _ { shock }
1.6 keV
astro-ph/0403352 🔍 (source) median spin parameter of dark matter halos
0.035 +0.0049999999999999975-0.0050000000000000044
astro-ph/0403397 🔍 (source) internal shock parameter \zeta _ { i }
0.55 +0.44999999999999996-0.45000000000000007
astro-ph/0403413 🔍 (source) characteristic temperatures of the accretion disks T _ {
0.175 +0.125-0.12499999999999999 keV
astro-ph/0403497 🔍 (source) sky-projected baseline length
45.8 m
astro-ph/0403606 🔍 (source) local-disk gas-phase D/H { ( D / H ) } _ { LDg }
8.5e-06 ± 9.000000000000001e-07
astro-ph/0403634 🔍 (source) disk precessional phase \Psi
0.0
astro-ph/0403691 🔍 (source) accretion disk luminosity L _ { disk }
1e+35 erg s-1
astro-ph/0403691 🔍 (source) blackbody temperature T _ { bl }
250.0 ± 50.0 kK
astro-ph/0404026 🔍 (source) optical disk
13.0
Upper
astro-ph/0404014 🔍 (source) disk lifetime
3.5 ± 0.5 Myr
astro-ph/0404067 🔍 (source) sky y-parameter y _ { d }
2.6e-07
astro-ph/0404044 🔍 (source) 2–10 keV flux
1.04e-13 ± 9.6e-14 erg cm-2 s-1
astro-ph/0404113 🔍 (source) peak fluxes
2.21 ± 0.16
astro-ph/0404113 🔍 (source) peak fluxes
3.0 ± 0.13
astro-ph/0404113 🔍 (source) total 2–10 keV
2.8e+41 erg
astro-ph/0404100 🔍 (source) kick duration \tau _ { K }
3.0 s
astro-ph/0404145 🔍 (source) shock n _ { e }
7500.0 cm-3
astro-ph/0404145 🔍 (source) shock kT
2.4 keV
astro-ph/0404224 🔍 (source) equation of state for dark energy \Omega _ { m }
0.2
Lower
astro-ph/0404287 🔍 (source) keV unabsorbed luminosity
9e+32 erg s-1
astro-ph/0404346 🔍 (source) velocity disk-like structure
1.5 km s-1
astro-ph/0404386 🔍 (source) bulk
687.0 ± 203.0 km s-1
astro-ph/0404386 🔍 (source) residual bulk flow
372.0 ± 127.0
astro-ph/0404407 🔍 (source) black hole \delta \theta
0.05 m as
Upper
astro-ph/0404436 🔍 (source) H i peak flux density S _ { peak }
116.0 mJy
Lower
astro-ph/0404514 🔍 (source) kick velocity
1660.0 km s-1
astro-ph/0404493 🔍 (source) blackbody temperature kT _ { bb }
0.13 ± 0.010000000000000009 keV
astro-ph/0404550 🔍 (source) mass of the putative black hole
160000000.0 M_\odot
astro-ph/0405126 🔍 (source) black hole masses M _ { bh }
200000000.0 M_\odot
astro-ph/0405139 🔍 (source) dark matter mass density \rho _ { dm }
2.0
Upper
astro-ph/0405140 🔍 (source) peak intensity
79000.0 Jy
astro-ph/0405162 🔍 (source) kinetic energy
4.2999999999999994e+49 erg
astro-ph/0405270 🔍 (source) black hole mass M _ { bh }
3000000.0
Upper
astro-ph/0405280 🔍 (source) sky field strengths
0.7 m
astro-ph/0405340 🔍 (source) mean matter density and dark energy equation of state parameter \Omega _ { m }
0.24 ± 0.04
astro-ph/0405369 🔍 (source) kinetic energy
2e+48 erg
astro-ph/0405377 🔍 (source) average K luminosity \langle K \rangle
18.2 ± 0.06
astro-ph/0405369 🔍 (source) kinematic age
1.5 yr
astro-ph/0405454 🔍 (source) dark energy component \Omega _ { M }
1.0
astro-ph/0405455 🔍 (source) dark energy density \Omega _ { X }
0.71
astro-ph/0405489 🔍 (source) optical thickness of the Universe \Omega _ { d }
0.02 +0.009999999999999998-0.01
astro-ph/0405501 🔍 (source) keV line flux
7.3e-05 ± 9e-06 ph cm-2 s-1
astro-ph/0405589 🔍 (source) cold dark matter density \Omega _ { cdm } h ^ { 2 }
0.122 ± 0.018
astro-ph/0405621 🔍 (source) H -band Kormendy relation \mu _ { e }
3.7
astro-ph/0406010 🔍 (source) H i disk v _ { rot }
51.0 ± 8.0 km s-1
astro-ph/0406035 🔍 (source) 24µm background intensity
1.9 ± 0.6 nW m-2 sr-1
astro-ph/0406060 🔍 (source) dark energy \Omega _ { \Lambda }
0.095 +0.04500000000000001-0.045
astro-ph/0406281 🔍 (source) Chandrasekhar mass M _ { ch }
1.39
astro-ph/0406342 🔍 (source) disk scale length
0.21 ± 0.03
astro-ph/0406342 🔍 (source) disk scale length
175.0 ± 25.0 pc
astro-ph/0406353 🔍 (source) black hole a _ { cr }
0.3594
astro-ph/0406357 🔍 (source) mean black hole mass M _ { BH }
8.0
Upper
astro-ph/0406415 🔍 (source) black hole masses
5000000000.0 M_\odot
Upper
astro-ph/0406415 🔍 (source) s rank correlation coefficient
0.6
astro-ph/0406415 🔍 (source) rank correlation coefficient
-0.79
astro-ph/0406457 🔍 (source) kinematics
-534.0 ± 78.0
astro-ph/0406495 🔍 (source) average sky surface brightness
21.19 mag
astro-ph/0406495 🔍 (source) average sky surface brightness
21.72
astro-ph/0406495 🔍 (source) average sky surface brightness
22.38
astro-ph/0406495 🔍 (source) average sky surface brightness
22.86
astro-ph/0406495 🔍 (source) sky surface brightness
21.49
astro-ph/0406495 🔍 (source) sky surface brightness
22.53
astro-ph/0406495 🔍 (source) sky surface brightness
20.88 mag
astro-ph/0406545 🔍 (source) black hole mass
3280000.0 ± 130000.0 M_\odot
astro-ph/0406556 🔍 (source) break radius r _ { b }
15.5 ± 14.5 km
astro-ph/0406657 🔍 (source) Galactic disk
1e-12 ± 2.5e-13 pc-3 yr-1
astro-ph/0407022 🔍 (source) dark matter component \Omega _ { m }
0.26 ± 0.08000000000000002
astro-ph/0407034 🔍 (source) Galactic disk ( { \mathbf { | } z|
250.0 pc
Upper
astro-ph/0407022 🔍 (source) dark energy \Omega _ { \Lambda }
0.82 +0.4-0.39999999999999997
hep-th/0407078 🔍 (source) Brans-Dicke parameter \omega
-1.0
astro-ph/0407308 🔍 (source) peak luminosity
7.000000000000001e+36 erg s-1
astro-ph/0407374 🔍 (source) peak luminosity
7.5e+36 erg s-1
astro-ph/0407439 🔍 (source) SMC-like extinction A _ { V }
0.34 ± 0.04
astro-ph/0407426 🔍 (source) space density relative to the thin disk
0.08499999999999999 +0.065-0.06499999999999999
astro-ph/0407502 🔍 (source) latitude black hole X-ray binary XTE~
1118.0
astro-ph/0407549 🔍 (source) unblocked redshift path \Delta X _ { Ly \alpha }
0.162
astro-ph/0407609 🔍 (source) peak rate
17.0 M_\odot yr-1
astro-ph/0408001 🔍 (source) likely overtake
1e-17 erg cm-2 s-1
astro-ph/0408008 🔍 (source) AP peak flux density S _ { peak } ^ { GP } / S _ { peak } ^ { AP }
-4.5
astro-ph/0408087 🔍 (source) keV absorbed flux
2.2e-11 erg cm-2 s-1
astro-ph/0408073 🔍 (source) disk mass loss rates
1.5000000000000002e-05
astro-ph/0408073 🔍 (source) disk mass loss rates
0.0001
astro-ph/0408073 🔍 (source) disk mass fluxes
0.55 g s-1 cm-2
astro-ph/0408073 🔍 (source) disk mass fluxes
0.00034 g s-1 cm-2
astro-ph/0408134 🔍 (source) median H i velocity dispersion of the disk
8.8 km s-1
astro-ph/0408290 🔍 (source) shock velocity v _ { s }
720.0 ± 60.0 km s-1
astro-ph/0408290 🔍 (source) pre-shock density of the nuclei in the ambient medium n _ { 0 }
0.16 ± 0.02 day
astro-ph/0408401 🔍 (source) average braking index
11.0
astro-ph/0408458 🔍 (source) velocity kick
230.0 ± 60.0 km s-1
astro-ph/0408458 🔍 (source) systemic kick to the binary
180.0 ± 60.0 km s-1
hep-ph/0408284 🔍 (source) scale of supersymmetry breaking \Lambda _ { SUSY }
260000000000.0 GeV
Lower
astro-ph/0408560 🔍 (source) average dark matter halo concentration parameter c _ { vir }
3.4 +0.6-0.9
astro-ph/0409010 🔍 (source) K \alpha absorption
650.9 +0.8-1.9 eV
astro-ph/0409072 🔍 (source) k+a ’ M _ { R _ { AB }
-20.0
Lower
astro-ph/0409119 🔍 (source) equation of state for the dark energy w _ { X }
-1.0
Lower
astro-ph/0409115 🔍 (source) slope of the logarithmic K -band luminosity function s
0.32 ± 0.03
astro-ph/0409153 🔍 (source) kinetic temperature of the H i gas T _ { k }
532.0 K
Upper
astro-ph/0409293 🔍 (source) mass of the black hole
30000000.0 ± 20000000.0 M_\odot
astro-ph/0409448 🔍 (source) kinetic temperatures of halo gas T _ { s }
435.0 ± 140.0 K
astro-ph/0409480 🔍 (source) background temperature
700000000.0 K
astro-ph/0409480 🔍 (source) kinetic energy of the ejecta
4.5e+50 erg
astro-ph/0409574 🔍 (source) dark energy density \Omega _ { de }
0.7 ± 0.03
astro-ph/0409669 🔍 (source) mass of the black hole
21.0 ± 9.0 M_\odot
astro-ph/0410194 🔍 (source) Kerr black hole a _ { * }
0.999999
astro-ph/0410361 🔍 (source) braking index n
2.839 ± 0.003
astro-ph/0410400 🔍 (source) kinematic
3.1
astro-ph/0410466 🔍 (source) disk r
0.0
astro-ph/0410505 🔍 (source) kilohertz QPO frequency
1.5
astro-ph/0410527 🔍 (source) black hole mass density \epsilon
0.15000000000000002 +0.04999999999999999-0.05000000000000002
astro-ph/0410574 🔍 (source) knee \Delta \gamma
0.1
astro-ph/0410574 🔍 (source) knee \Delta \gamma
0.4
astro-ph/0410672 🔍 (source) disk scale lengths
4.8 +2.5-2.1 M_\odot L_\odot-1
astro-ph/0410677 🔍 (source) disk dust mass
1.6e-06 M_\odot
astro-ph/0411012 🔍 (source) shock-cone opening half-angle
85.0
astro-ph/0411065 🔍 (source) kinetic temperature
50.0
astro-ph/0411136 🔍 (source) uniform disk diameter
34.9 ± 1.9 m as
astro-ph/0411291 🔍 (source) kinematical ages
3.21
astro-ph/0411291 🔍 (source) kinematical ages
3.51
astro-ph/0411291 🔍 (source) kinematical ages
7.14
astro-ph/0411291 🔍 (source) kinematical ages
8.89 Gyr
astro-ph/0411318 🔍 (source) look-back time
1.0 Gyr
astro-ph/0411423 🔍 (source) kick velocity
80.0 ± 35.0 km s-1
astro-ph/0411452 🔍 (source) inner logarithmic slope of the dark halo profile
0.87 +0.69-0.61
astro-ph/0411615 🔍 (source) keV flux
6.6e-15 +3.0000000000000073e-16-2.9999999999999985e-16 erg s-1 cm-2
astro-ph/0411602 🔍 (source) kinetic temperature
13.0
Lower
astro-ph/0411628 🔍 (source) peak absorption
1836.0 km s-1
astro-ph/0411663 🔍 (source) thinner disk A _ { I }
0.5 mag
astro-ph/0411745 🔍 (source) 4 keV \alpha
2.34 ± 0.29
astro-ph/0411745 🔍 (source) 4 keV
4.03 ± 1.07
Lower
astro-ph/0411745 🔍 (source) 4 keV
3.25 ± 1.75 keV
astro-ph/0411745 🔍 (source) 4 keV
3.74 ± 0.32
astro-ph/0411755 🔍 (source) keV flux
1.44e-13 erg cm-2 s-1
astro-ph/0412052 🔍 (source) Brans–Dicke parameter \omega
120.0
Lower
astro-ph/0412097 🔍 (source) Galactic disk scale height
100.0 pc
astro-ph/0412190 🔍 (source) disk region
5.0 AU
astro-ph/0412241 🔍 (source) equation of state ( EOS ) of dark energy w _ { x 0 }
-1.05
astro-ph/0412236 🔍 (source) peak X-ray luminosities
5e+34 erg s-1
astro-ph/0412383 🔍 (source) bulk Lorentz factor \Gamma
2.0
astro-ph/0501030 🔍 (source) peak luminosity M _ { V }
-5.1
astro-ph/0501030 🔍 (source) bulk nova rate
4.0 +4.2-1.4 yr-1 (2 ^ +3.9 _ -1.4 yr ^ -1)
astro-ph/0501113 🔍 (source) total corrected density of quasars on the sky i
19.1
astro-ph/0501319 🔍 (source) disk oblateness
1983.5 ± 17.5
astro-ph/0501335 🔍 (source) kinetic temperature
200000.0 K
astro-ph/0501411 🔍 (source) mean 2–10 keV rest-frame luminosity
2.9700000000000002e+40 ± 2.6e+39 erg s-1
astro-ph/0501447 🔍 (source) peak flux density
7.8 ± 2.7 mJy
astro-ph/0501448 🔍 (source) disks h
2.0
Upper
astro-ph/0501447 🔍 (source) peak flux density
520.0 ± 115.0 Jy
astro-ph/0501521 🔍 (source) 2-10 keV power-law slope
1.21 ± 0.52
astro-ph/0501521 🔍 (source) 2-10 keV power-law slope \alpha _ { X }
0.32
Lower
astro-ph/0501618 🔍 (source) King concentration parameter c
1.2
Lower
astro-ph/0501661 🔍 (source) equation of state of dark energy
-1.0
Upper
astro-ph/0502101 🔍 (source) quick luminosity drop M _ { *
0.67 ± 0.010000000000000009
Upper
astro-ph/0502243 🔍 (source) ) dark energy equation of state parameter w
-0.89 +0.16-0.21
astro-ph/0502416 🔍 (source) effective disk size \log \left ( \mathcal { M } / \mathcal { M } _ { \odot } \right
10.0
Lower
astro-ph/0502537 🔍 (source) black hole mass
340000000.0 M_\odot
astro-ph/0503100 🔍 (source) break frequency
7.6e-05 +0.0001-3.0000000000000004e-05 Hz
astro-ph/0503166 🔍 (source) kinetic Sunyaev-Zel ’ dovich ( kSZ \Delta T _ { tot }
2.6 K
astro-ph/0503242 🔍 (source) density parameter of dark energy increases \Omega _ { x }
0.68
astro-ph/0503242 🔍 (source) dark energy density \Omega _ { x }
0.43 ± 0.12
astro-ph/0503363 🔍 (source) dark energy equation of state \sigma ( w )
0.1
astro-ph/0503370 🔍 (source) peak rotation velocity
21.0 km s-1
astro-ph/0503390 🔍 (source) 2-10 keV flux
6.2e-12 erg cm-2 s-1
astro-ph/0503572 🔍 (source) peak luminosity L _ { X }
2e+36 erg s-1
Lower
astro-ph/0503570 🔍 (source) He-like Fe ( FWHM
6405.0 +5020.0-2670.0 km s-1
astro-ph/0503570 🔍 (source) Fe K \alpha
1700.0 +410.0-390.0 km s-1
astro-ph/0503672 🔍 (source) mass black holes
3.0 M_\odot
Upper
astro-ph/0503688 🔍 (source) break energy E _ { 0 }
56.0 ± 2.0 keV
astro-ph/0503714 🔍 (source) peak flux density
42.0 ± 4.0 Jy
astro-ph/0504012 🔍 (source) A disk fraction
20.5 ± 2.8
astro-ph/0503688 🔍 (source) peak flux
1.8e-07 erg cm-2 s-1
astro-ph/0504086 🔍 (source) radius of the disk
330.0 AU
astro-ph/0504038 🔍 (source) dark
240000.0 M_\odot h-1
astro-ph/0504094 🔍 (source) pressure of dark matter p _ { dm }
0.0
astro-ph/0504086 🔍 (source) radius of the disk
70.0
astro-ph/0504086 🔍 (source) radius of the disk
543.0 AU
astro-ph/0504115 🔍 (source) dark energy c _ { e } ^ { 2 }
-1.94
Lower
astro-ph/0504115 🔍 (source) dark energy
0.0
astro-ph/0504115 🔍 (source) quintessence-like dark energy c _ { e } ^ { 2 }
1.0
astro-ph/0504111 🔍 (source) Keplerian rotation
1.0
astro-ph/0504115 🔍 (source) dark energy w
-1.94
Lower
astro-ph/0504111 🔍 (source) bulk
75.0
astro-ph/0504152 🔍 (source) black hole mass
39000000.0 ± 1000000.0 M_\odot
astro-ph/0504152 🔍 (source) PSD break time-scale
4.5 day
Upper
astro-ph/0504187 🔍 (source) HI kinetic temperature T
120000.0 K
Upper
astro-ph/0504202 🔍 (source) mass ratio of the BH to the dark matter halo
-3e-06
hep-ph/0504090 🔍 (source) mass of the top quark
-3.698858
Lower
astro-ph/0504279 🔍 (source) } keV } spectrum \Gamma
2.0
Lower
astro-ph/0504360 🔍 (source) blackbody of temperature kT
0.38 ± 0.02 keV
astro-ph/0504394 🔍 (source) peak AGN luminosity M _ { B }
23.7
Upper
astro-ph/0504405 🔍 (source) disk inclination
0.034 m as-1
astro-ph/0504405 🔍 (source) disk
8.3 m as
astro-ph/0504405 🔍 (source) disk radius
0.29 pc
astro-ph/0504405 🔍 (source) disk
0.29 pc
astro-ph/0504518 🔍 (source) dark energy transition between quintessence w
-1.0
Lower
astro-ph/0504581 🔍 (source) disk-to-halo mass ratio m _ { d }
0.05
astro-ph/0504665 🔍 (source) peak optical depth \tau
0.3
astro-ph/0505055 🔍 (source) peak optical depths \tau
1.05 +0.95-0.9500000000000001 %
astro-ph/0505104 🔍 (source) metallicity peaks
-0.2
astro-ph/0505120 🔍 (source) 0.3–10 keV source count rates varied
0.007200000000000001 ± 0.0012
astro-ph/0505120 🔍 (source) 0.3–10 keV source count rates varied
0.0068 ± 0.0009000000000000001
astro-ph/0505120 🔍 (source) 0.3–10 keV source count rates varied
0.013999999999999999 ± 0.001
astro-ph/0505120 🔍 (source) unabsorbed 0.5–10 keV source flux
7.9e-14 ± 2.5e-14 erg cm-2 s-1
astro-ph/0505120 🔍 (source) unabsorbed 0.5–10 keV source flux
7.299999999999999e-14 ± 2e-14 erg cm-2 s-1
astro-ph/0505120 🔍 (source) unabsorbed 0.5–10 keV source flux
1.17e-13 ± 2.2e-14 erg cm-2 s-1
astro-ph/0505168 🔍 (source) kinetic temperatures
50.0
Upper
astro-ph/0505180 🔍 (source) kinematics distance
9.0 kpc
astro-ph/0505191 🔍 (source) keV luminosity
5.7e+34 erg s-1
astro-ph/0505194 🔍 (source) black hole mass on optical luminosity form { log ( M _ { BH } / M _ { \odot } ) } _ { RL }
8.57 (\pm 0.06)
astro-ph/0505271 🔍 (source) disk temperatures
2.7
astro-ph/0505271 🔍 (source) disk temperatures
3.8 keV
Upper
astro-ph/0505285 🔍 (source) disk M ( H _ { 2 } )
300000000.0 M_\odot
astro-ph/0505338 🔍 (source) disk inner temperatures
0.965 ± 0.20499999999999996 keV
astro-ph/0505349 🔍 (source) peak flux
1.6e-08 ± 1.3e-09 erg cm-2 s-1
astro-ph/0505366 🔍 (source) Nuker law slope \gamma
0.3
Upper
gr-qc/0505107 🔍 (source) Keplerian period P ^ { ( 0 ) }
8.0
astro-ph/0505488 🔍 (source) blackbody temperature
1700000.0 K
astro-ph/0505488 🔍 (source) projected blackbody radius
69.0 +30.0-25.0 m
astro-ph/0505509 🔍 (source) dark matter p
0.0
astro-ph/0506018 🔍 (source) peak luminosity
3.4999999999999996e+39 erg s-1
astro-ph/0506026 🔍 (source) keV line flux
0.0010500000000000002 ± 6e-05 ph cm-2 s-1
astro-ph/0506048 🔍 (source) dark–to–luminous mass ratio
10.0
Lower
hep-ph/0506079 🔍 (source) dark matter masses m _ { DM }
45.0 GeV
astro-ph/0506183 🔍 (source) weak BH
2.2
Lower
astro-ph/0506223 🔍 (source) black hole mass
45000000.0 M_\odot
astro-ph/0506247 🔍 (source) keV flux
8e-09 erg cm-2 s-1
astro-ph/0506310 🔍 (source) equation of state of dark energy w _ { 0 }
-1.03
astro-ph/0506339 🔍 (source) feedback efficiency \epsilon
0.25
astro-ph/0506407 🔍 (source) mass of stable nickel
0.00022000000000000003 M_\odot
astro-ph/0506429 🔍 (source) peak metallicities [ Fe / H ]
-1.0
astro-ph/0506458 🔍 (source) disk age T _ { G }
8.8 ± 1.7 Gyr
astro-ph/0506515 🔍 (source) burst peak flux
5.2e-08 erg cm-2 s-1
astro-ph/0506555 🔍 (source) mean kinetic temperature
153.0 ± 78.0 K
astro-ph/0506555 🔍 (source) mean kinetic temperature H _ { 2 }
77.0 ± 17.0 K
astro-ph/0506607 🔍 (source) keV luminosities
3e+42 ± 2e+42 erg s-1
astro-ph/0506632 🔍 (source) disk inner temperature
1.15 +0.25-0.2499999999999999 keV
astro-ph/0506743 🔍 (source) disk masses
6e-06
astro-ph/0506743 🔍 (source) debris disk mass
4.2000000000000004e-05
astro-ph/0506725 🔍 (source) average mass of the central black holes
280000000.0 M_\odot
astro-ph/0506748 🔍 (source) phantom like equation of state w
-1.0
Upper
astro-ph/0506766 🔍 (source) cosmic microwave background temperature T _ { CMB }
7.2 ± 0.8
astro-ph/0507047 🔍 (source) peak flux
5.9e-09 ± 9e-10 erg s-1 cm-2
astro-ph/0507041 🔍 (source) disk temperature T _ { in }
1.1 keV
astro-ph/0507015 🔍 (source) jet bulk velocity \beta
0.99 c
astro-ph/0507102 🔍 (source) kinetic temperatures T _ { k }
2.0 K
Lower
astro-ph/0507094 🔍 (source) black hole mass
1.5
astro-ph/0507094 🔍 (source) black hole mass { M _ { bh }
61000000.0 +6000000.0-8000000.0 M_\odot
astro-ph/0507079 🔍 (source) peak magnification A _ { max }
3000.0 ± 1100.0
astro-ph/0507134 🔍 (source) disk grad _ { R } [ Mg / Fe ]
-0.03 ± 0.01
astro-ph/0507215 🔍 (source) K _ { s } b _ { K }
1.39 ± 0.12
astro-ph/0507319 🔍 (source) total number of KBOs having radii R
50.0 km
Lower
astro-ph/0507355 🔍 (source) disk
10.0
astro-ph/0507355 🔍 (source) disk
0.0033 ± 0.0004
astro-ph/0507431 🔍 (source) central black hole mass growth rate
0.5 M_\odot yr-1
astro-ph/0507435 🔍 (source) disk inclination i
25.0 day
astro-ph/0507481 🔍 (source) kinematical distance
2.8 ± 1.1 kpc
astro-ph/0507576 🔍 (source) braking index n
2.14 ± 0.009
astro-ph/0507581 🔍 (source) Galactic disk \langle T _ { 01 } ^ { disk } \rangle
86.0 ± 20.0 K
astro-ph/0507581 🔍 (source) Galactic disk J
86.0 ± 20.0 K
astro-ph/0507581 🔍 (source) Galactic disk log N _ { H } ^ { disk }
20.7
astro-ph/0507604 🔍 (source) disk component
1.3 ± 0.1 kpc
astro-ph/0507604 🔍 (source) disk component
4.6 ± 0.3 kpc
astro-ph/0507631 🔍 (source) likely rotational period P _ { rot }
2.7 h
astro-ph/0507640 🔍 (source) keV luminosities
1e+44 erg s-1
astro-ph/0507647 🔍 (source) group dark matter halo mass M _ { min }
6000000000000.0 M_\odot h-1
astro-ph/0507666 🔍 (source) ratio of dark energy to dark matter
-0.3
astro-ph/0507658 🔍 (source) underlying exponential disk
0.0
astro-ph/0508225 🔍 (source) bulk velocity
0.75 ± 0.050000000000000044 c
astro-ph/0508204 🔍 (source) kinetic temperature
55.0 K
astro-ph/0508240 🔍 (source) unabsorbed quiescent 0.5–10 keV luminosity
5.2e+32 ± 1.3e+32 erg s-1
astro-ph/0508262 🔍 (source) peak star formation rate
2.5
astro-ph/0508277 🔍 (source) mean kinetic luminosity of typical low/hard state \langle W _ { XRB } \rangle
2e+37 erg s-1
astro-ph/0508431 🔍 (source) temperature mekal plasma kT
690.0 eV
astro-ph/0508412 🔍 (source) keV L _ { X }
9e+34 erg s-1
astro-ph/0508547 🔍 (source) K-emission velocity K _ { em }
300.0 ± 8.0 km s-1
astro-ph/0508572 🔍 (source) mass of dark matter particles m _ { x }
3e-16
astro-ph/0509002 🔍 (source) nickel abundance [ Ni/H ] \ >
-0.81
Upper
astro-ph/0509008 🔍 (source) shock speed v _ { s }
18.0 km s-1
astro-ph/0509009 🔍 (source) thickness
90.0 ± 30.0 pc
astro-ph/0509127 🔍 (source) thickness
0.03 pc
astro-ph/0509138 🔍 (source) peak brightness
0.26 mJy
astro-ph/0509199 🔍 (source) disk frequency L _ { dust } / L _ { \star }
2.0 ± 2.0 %
astro-ph/0509166 🔍 (source) limb darkened angular diameter \theta _ { 3 D }
6.0 ± 0.021 m as
astro-ph/0509266 🔍 (source) disk radius Ri
-0.01
Lower
astro-ph/0509349 🔍 (source) helium-like neon
-560.0 km s-1
astro-ph/0509382 🔍 (source) optical disk R _ { 25 }
11.6 kpc
astro-ph/0509458 🔍 (source) temperature of peak abundance
280000.0 K
astro-ph/0509492 🔍 (source) kinetic temperature T _ { kin }
100.0 K
astro-ph/0509493 🔍 (source) disk rate
27.0 +19.0-15.0 yr-1
astro-ph/0509493 🔍 (source) disk rate
20.0 +14.0-11.0 yr-1
astro-ph/0509557 🔍 (source) normal kinetic energy
1.25e+51 ± 2.5e+50 erg
astro-ph/0509610 🔍 (source) look-back time \Delta t
5.0 Gyr
astro-ph/0509625 🔍 (source) peak bolometric magnitude M _ { bol }
-18.0 ± 0.2
astro-ph/0509646 🔍 (source) black hole mass
82.0
astro-ph/0509646 🔍 (source) black hole mass M
272.5 ± 247.5
astro-ph/0509720 🔍 (source) peak isotropic luminosity
39.0 erg
Upper
astro-ph/0509812 🔍 (source) lag relative to the thin disk
63.0 km s-1
astro-ph/0509827 🔍 (source) gravity darkening coefficient \beta
0.084 +0.026-0.049
astro-ph/0509839 🔍 (source) black hole mass M _ { \bullet }
140000000.0 M_\odot
astro-ph/0509853 🔍 (source) black hole masses
500000.0 M_\odot
astro-ph/0510044 🔍 (source) kinetic luminosity Q
4.0999999999999995e+46 erg s-1
Lower
astro-ph/0510114 🔍 (source) thermal peak
55.0 ± 45.0 keV
astro-ph/0510217 🔍 (source) King concentration parameter c
1.7999999999999998 +0.10000000000000009-0.09999999999999987
astro-ph/0510338 🔍 (source) unabsorbed 2-10 keV flux
5e-12 erg cm-2 s-1
astro-ph/0510354 🔍 (source) marked sub-solar metallicity [ Fe / H ]
-0.31
astro-ph/0510457 🔍 (source) braking index n
2.0
astro-ph/0510504 🔍 (source) peak of the quasar space density z
2.6 ± 0.3
astro-ph/0510522 🔍 (source) shock Lorentz factor \Gamma _ { sh }
1.0
Lower
astro-ph/0510628 🔍 (source) effective dark energy equation of state w
-1.0
Upper
astro-ph/0510664 🔍 (source) disk fractions
0.7 M_\odot
astro-ph/0510664 🔍 (source) disk fractions
45.0 ± 7.0 %
astro-ph/0510664 🔍 (source) disk fractions
33.0 ± 4.0 %
hep-th/0510207 🔍 (source) equation of state for the dark energy today w _ { DE , 0 }
-1.4
astro-ph/0511014 🔍 (source) peak flux density
0.5 Jy
astro-ph/0511115 🔍 (source) Ks-band magnitude
10.7
astro-ph/0511128 🔍 (source) peak M _ { V } ( TO )
-7.65 ± 0.19 mag
astro-ph/0511128 🔍 (source) peak M _ { V } ( TO )
-7.66 ± 0.11 mag
astro-ph/0511128 🔍 (source) peak M _ { V } ( TO )
-7.67 ± 0.23 mag
astro-ph/0511128 🔍 (source) peak [ Fe / H ]
1.0
Upper
astro-ph/0511186 🔍 (source) keV fluence
3.6e-07 ± 2e-08 erg cm-2
astro-ph/0511332 🔍 (source) rest-frame K-band M/L ratio
61.0 ± 5.0 h
astro-ph/0511368 🔍 (source) black hole activity logL _ { R }
0.6
astro-ph/0511380 🔍 (source) peak fluxes
0.13
astro-ph/0511380 🔍 (source) peak fluxes
1.69
astro-ph/0511380 🔍 (source) peak fluxes
6.4e-08 erg cm-2 s-1
astro-ph/0511389 🔍 (source) kinetic energy of the expansion
2e+52 ± 5e+51 erg
astro-ph/0511496 🔍 (source) black hole mass M _ { BH }
25000000.0 ± 5000000.0 M_\odot
astro-ph/0511539 🔍 (source) keV luminosity
9.499999999999999e+30 +5.000000000000004e+29-4.999999999999993e+29 erg s-1
astro-ph/0511638 🔍 (source) total frequency of disk-bearing stars in
50.0 ± 6.0 %
astro-ph/0511638 🔍 (source) disk radii
0.1
astro-ph/0511611 🔍 (source) disk magnetic field profile \mu
0.5
astro-ph/0511664 🔍 (source) peak apparent speeds
25.6 ± 4.4 c
astro-ph/0511664 🔍 (source) peak apparent speeds
25.6 ± 7.0 c
astro-ph/0511664 🔍 (source) peak apparent speeds
28.2 ± 6.6 c
hep-th/0511301 🔍 (source) equation of state for the effective dark w _ { de } ^ { eff }
-1.0
Lower
hep-th/0511301 🔍 (source) dark energy w
-1.0
Lower
astro-ph/0511837 🔍 (source) comet-like albedo p _ { V }
0.04
astro-ph/0511837 🔍 (source) Charon-like albedo p _ { V }
0.38
astro-ph/0511837 🔍 (source) Charon-like albedo p _ { V }
12.0 km
astro-ph/0511837 🔍 (source) Charon-like albedo p _ { V }
9.0 km
astro-ph/0511837 🔍 (source) Charon-like albedo p _ { V }
37.0 km
astro-ph/0511837 🔍 (source) Charon-like albedo p _ { V }
16.0 km
astro-ph/0512002 🔍 (source) braking index values n
3.0
Lower
astro-ph/0512002 🔍 (source) braking index n
3.0
Upper
astro-ph/0512112 🔍 (source) Planck resolution \ell _ { max }
3000.0
astro-ph/0512091 🔍 (source) \mu Ara-like mass
14.0
astro-ph/0512110 🔍 (source) kinetic energy of bulk motion
36.0 %
astro-ph/0512168 🔍 (source) unabsorbed 0.5-10 keV luminosity
2.6e+32 erg s-1
astro-ph/0512362 🔍 (source) disk fraction
80.0
Lower
astro-ph/0512403 🔍 (source) total background intensity \nu J _ { \nu }
1.5 ± 0.5 nW m-2 sr-1
astro-ph/0512440 🔍 (source) keV luminosity
3.3e+34
astro-ph/0512478 🔍 (source) disk radius
235.0 AU
astro-ph/0512526 🔍 (source) ejected nickel mass during M ( ^ { 56 } Ni )
0.023 ± 0.005 M_\odot
astro-ph/0601139 🔍 (source) ii K ( W _ { \lambda } ( \mbox { { Ca ii } ~ { } K } )
114.6 ± 4.4 m
astro-ph/0601173 🔍 (source) peak energy E _ { p }
15.0 keV
Upper
astro-ph/0601275 🔍 (source) dark energy equation of state parameter w
9.0
astro-ph/0601315 🔍 (source) ^ { 12 } CO peak temperature
0.5 K
astro-ph/0601398 🔍 (source) black hole masses
1.2
Lower
astro-ph/0601409 🔍 (source) black hole mass
8.53 ± 0.6 M_\odot
astro-ph/0601523 🔍 (source) black hole mass M _ { BH }
73000000.0 ± 24000000.0 M_\odot
astro-ph/0601523 🔍 (source) black hole mass
20000000.0 M_\odot
Lower
astro-ph/0601505 🔍 (source) look-back time
5.0 Gyr
astro-ph/0601530 🔍 (source) braking index n
2.65 ± 0.01
astro-ph/0601544 🔍 (source) fractional dark energy density \Omega _ { d } ^ { e }
0.06
Upper
astro-ph/0601550 🔍 (source) characteristic shock temperatures kT _ { s }
3.0 keV
astro-ph/0601551 🔍 (source) prominent solar-like FIP effect
70.0
astro-ph/0601577 🔍 (source) black hole mass M _ { BH }
9000000.0 M_\odot
astro-ph/0601628 🔍 (source) average projected dark-matter mass fraction
0.25 ± 0.06
hep-ph/0601224 🔍 (source) scalar dark matter mass m _ { S }
48.0
Lower
astro-ph/0601615 🔍 (source) Shock velocities
150.0 ± 10.0 km
astro-ph/0601628 🔍 (source) average projected dark-matter mass fraction \langle f _ { DM } \rangle
0.22
astro-ph/0602024 🔍 (source) kick velocity
170.0
Upper
astro-ph/0602055 🔍 (source) bulk of the dominant metal-poor population [ Fe / H ]
-1.7
astro-ph/0602036 🔍 (source) well-known dominant frequency f _ { 1 }
6.205886 day-1
astro-ph/0602212 🔍 (source) redshift known today z _ { abs }
4.224
astro-ph/0602245 🔍 (source) black hole spins a _ { \ast }
0.45 +0.35000000000000003-0.35
astro-ph/0602287 🔍 (source) jet kinetic luminosity Q
6.5e+46 erg s-1
astro-ph/0602497 🔍 (source) average peak energy E _ { p }
300.0 keV
astro-ph/0602591 🔍 (source) LMC-like metallicity log ( O / H ) + 12
8.3
astro-ph/0603045 🔍 (source) bulk Lorentz factor \Gamma
10.0
astro-ph/0603081 🔍 (source) keV luminosity
3e+36 erg s-1
astro-ph/0603143 🔍 (source) dark–to–luminous mass ratio
0.5
astro-ph/0603356 🔍 (source) inner disk d
92.0 +30.0-35.0 pc
astro-ph/0603371 🔍 (source) knot deceleration
1662.0 ± 27.0
astro-ph/0603371 🔍 (source) knot deceleration
1672.0 ± 18.0
astro-ph/0603385 🔍 (source) disk flaring increase
1.5
astro-ph/0603385 🔍 (source) disk thickness
0.65 kpc
astro-ph/0603377 🔍 (source) optical peak luminosity M _ { V }
-18.7 mag
astro-ph/0603435 🔍 (source) total kinetic power of the expansion
1.2e+46 erg s-1
astro-ph/0603449 🔍 (source) equation of state of the dark energy w
-0.967 +0.073-0.072
astro-ph/0603604 🔍 (source) peak volume density
2000000.0 cm-3
astro-ph/0603604 🔍 (source) peak column density
9e+22 cm-2
astro-ph/0603604 🔍 (source) peak volume density
600000.0 cm-3
astro-ph/0603649 🔍 (source) natal kick
110.0 ± 60.0 km s-1
astro-ph/0603670 🔍 (source) ejected nickel mass
0.046 +0.031-0.017 M_\odot
astro-ph/0603743 🔍 (source) transition to the quark phase \rho _ { 0 }
250000000000000.0 g cm-3
astro-ph/0603815 🔍 (source) shock temperature
2049999.9999999998 +450000.0000000002-449999.9999999997 K A
astro-ph/0603853 🔍 (source) unabsorbed 0.2–10 keV luminosity
6e+29 erg s-1
astro-ph/0604042 🔍 (source) two black holes
150000000.0 M_\odot
astro-ph/0604042 🔍 (source) two black holes
7.3 pc
astro-ph/0604029 🔍 (source) peak luminosity
9.8e+40 erg s-1
astro-ph/0604025 🔍 (source) kinetic energy
56.0 N
astro-ph/0604025 🔍 (source) kinetic energy
0.7
astro-ph/0604025 🔍 (source) kinetic energy
1.05e+51
hep-ph/0604014 🔍 (source) state of the dark energy w
-1.06
astro-ph/0604097 🔍 (source) pulse peak \Gamma
1.5
astro-ph/0604125 🔍 (source) black hole mass
7000000.0
astro-ph/0604125 🔍 (source) black hole mass M _ { BH }
20000000.0 M_\odot
astro-ph/0604184 🔍 (source) intrinsic 2–10 keV luminosity L _ { 2 - 10 }
5.0000000000000004e+44 h
astro-ph/0604260 🔍 (source) debris disk amounts
1.29 ± 0.19 %
astro-ph/0604260 🔍 (source) K -band angular diameter \theta _ { UD }
3.202 ± 0.005 m as
astro-ph/0604320 🔍 (source) total jet kinetic energy E _ { jet }
2.9999999999999997e+49 ± 2e+49 erg
astro-ph/0604335 🔍 (source) dark energy equation of state w
-1.04 ± 0.06
astro-ph/0605051 🔍 (source) break frequency of the spectrum \nu _ { thin }
37000000000000.0 Hz
astro-ph/0605204 🔍 (source) dark energy equation of state \Delta w _ { 0 }
0.08
hep-ph/0605095 🔍 (source) quark masses turn m _ { u } ( 2 GeV )
2.7 ± 0.4 MeV
hep-ph/0605095 🔍 (source) strange quark mass m _ { s } ( 2 GeV )
92.0 ± 9.0 MeV
astro-ph/0605267 🔍 (source) dark energy equation of state parameter w
-1.07 +0.25-0.38
astro-ph/0605312 🔍 (source) kinematic age
2200.0 ± 700.0 yr
astro-ph/0605377 🔍 (source) black hole mass
11000000.0 M_\odot
hep-ph/0605218 🔍 (source) kinetic energy K
0.606 eV
Upper
astro-ph/0605507 🔍 (source) peak of the \nu \times F ( \nu )
2401.0 +781.0-568.0 keV
astro-ph/0605711 🔍 (source) dark energy scale
0.01 eV
astro-ph/0605747 🔍 (source) black hole mass
200000000.0 M_\odot
astro-ph/0606118 🔍 (source) peak temperature T _ { MB }
11.0 K
astro-ph/0606146 🔍 (source) optical peak leads the radio peak
254.0 ± 170.0
astro-ph/0606146 🔍 (source) optical peak leads the radio peak
49.0 ± 90.0
astro-ph/0606146 🔍 (source) optical peak leads the radio peak
291.0 ± 100.0 s
astro-ph/0606208 🔍 (source) kinetic decoupling temperature
52.0 ± 48.0
Lower
astro-ph/0606213 🔍 (source) peak SB
1.0 ± 0.07 mJy
astro-ph/0606213 🔍 (source) disk major axis PA
107.0 ± 2.0
astro-ph/0606197 🔍 (source) local dark matter density \rho _ { DM }
3.0
Upper
astro-ph/0606431 🔍 (source) baryon acoustic oscillation peak \Omega _ { m _ { 0 } }
0.27
astro-ph/0606427 🔍 (source) mass distribution of supermassive black holes
1400000.0 M_\odot
astro-ph/0606527 🔍 (source) dark matter halo mass \log { M _ { halo } / M _ { \odot } }
11.7 ± 0.3
astro-ph/0606543 🔍 (source) keV luminosity
3.3e+40 erg s-1
astro-ph/0606569 🔍 (source) rotational kinetic energy
0.14
astro-ph/0606547 🔍 (source) kinetic temperature NH _ { 3 }
12.1 ± 0.1 K
astro-ph/0606598 🔍 (source) kinematic distance
0.8 ± 0.4 kpc
astro-ph/0606568 🔍 (source) CMB Planck Surveyor \Delta w _ { 0 }
0.108
astro-ph/0606680 🔍 (source) central density of the dark matter halo \rho _ { DM } ( 0 )
0.033 M_\odot pc-3
astro-ph/0606728 🔍 (source) metallicity of the disk population [ Fe / H ]
-0.9
astro-ph/0607080 🔍 (source) mass black hole N
50.0
astro-ph/0607085 🔍 (source) the black hole mass M _ { BH }
45700000.0 +5699999.999999999-4700000.0 M_\odot
astro-ph/0607064 🔍 (source) effective equation-of-state parameter of the dark energy can cross the phantom w _ { de }
-1.0
astro-ph/0607132 🔍 (source) mass of the disk-like envelope
7.1 ± 2.0 M_\odot
astro-ph/0607132 🔍 (source) disk-like envelope
0.007 pc
astro-ph/0607252 🔍 (source) shock M
30.0
astro-ph/0607252 🔍 (source) post-shock temperature T _ { psh }
1.7 MK
astro-ph/0607383 🔍 (source) kinetic temperature of the gas T _ { max }
300.0 K
astro-ph/0607378 🔍 (source) black hole masses in the local universe
1200000000.0 +2600000000.0-400000000.0 M_\odot
astro-ph/0607478 🔍 (source) peak flux f _ { \nu } ^ { 1.4 GHz }
3.6 Jy
astro-ph/0607454 🔍 (source) mean dark matter halo mass M _ { 200 }
3000000000000.0 M_\odot
astro-ph/0607494 🔍 (source) dark energy equation of state parameter \sigma _ { w }
0.5
astro-ph/0607501 🔍 (source) peak luminosity
1.3500000000000002e+41 erg s-1
astro-ph/0607544 🔍 (source) bulk Lorentz factor \Gamma _ { 0 }
1.05
astro-ph/0607575 🔍 (source) black holes M
0.4
Lower
astro-ph/0607597 🔍 (source) kinematic distance to the cluster D
4.0 ± 0.35 kpc
astro-ph/0607659 🔍 (source) keV luminosity
3.7e+35 erg s-1
astro-ph/0608040 🔍 (source) to predicted disk diameters d _ { dla }
16.5 ± 14.5 kpc
astro-ph/0608089 🔍 (source) QPO peak separation
257.5 ± 82.5
astro-ph/0608108 🔍 (source) A kinematic distance
7.0 +4.5-3.0 kpc
astro-ph/0608134 🔍 (source) disk temperature
7.0
astro-ph/0608163 🔍 (source) sign of He-like Fe K _ { \alpha }
2e+31 erg s-1
astro-ph/0608183 🔍 (source) kinetic energy of the afterglow E _ { KE }
5.2e+51 +7.9e+51-4.0999999999999994e+51 erg
astro-ph/0608218 🔍 (source) disk outer radius
420.0 AU
astro-ph/0608395 🔍 (source) disk frequency
50.0 ± 12.0 %
astro-ph/0608406 🔍 (source) central black hole mass M _ { BH }
9800000.0 ± 2100000.0 M_\odot
astro-ph/0608461 🔍 (source) black hole mass
55000000.0 M_\odot
astro-ph/0608502 🔍 (source) dimensionless black hole spin parameter a
0.989 +0.009-0.002
astro-ph/0608539 🔍 (source) third abundance peak A
195.0
astro-ph/0608601 🔍 (source) peak flux of the following HS state
1.6000000000000003e-09 erg cm-2 s-1
astro-ph/0608645 🔍 (source) middle disk
5.05 ± 4.95 pc
astro-ph/0608624 🔍 (source) sky surface density
10.0 day
astro-ph/0608645 🔍 (source) inner accretion disk
0.1 pc
astro-ph/0609017 🔍 (source) innermost disk temperatures kT _ { in }
1.8
Lower
astro-ph/0609042 🔍 (source) number density of the largest disks r _ { 1 / 2 }
7.0
Lower
astro-ph/0609089 🔍 (source) Compton thick N _ { H }
1.5e+24 cm-2
Lower
astro-ph/0609104 🔍 (source) Galactic disk plane Z
7.0
Lower
astro-ph/0609141 🔍 (source) disk frequency
31.0 +13.0-9.0
astro-ph/0609197 🔍 (source) peak flux \alpha
1.79 ± 0.05
astro-ph/0609205 🔍 (source) keV luminosity
2.2000000000000004e+32 erg s-1
astro-ph/0609221 🔍 (source) disk temperature
0.8
astro-ph/0609332 🔍 (source) inner disk
45.0 ± 5.0 AU
astro-ph/0609388 🔍 (source) black hole of mass
3500000.0 M_\odot
gr-qc/0609059 🔍 (source) Brans-Dicke parameter \omega
-1.0
astro-ph/0609581 🔍 (source) 2–10Â keV flux
1.1999999999999999e-11 erg cm-2 s-1
astro-ph/0609616 🔍 (source) Chandrasekhar mass
1.4
cond-mat/0609598 🔍 (source) packing factor \eta
0.01
Upper
astro-ph/0609676 🔍 (source) keV flux
3.3999999999999996e-12 +6.999999999999999e-13-8e-13 erg cm-2 s-1
astro-ph/0609717 🔍 (source) ratio of rotational kinetic energy to binding energy T / | W |
0.01
Lower
astro-ph/0609708 🔍 (source) 20–40 keV flux
9.5e-12 erg cm-2 s-1
astro-ph/0609708 🔍 (source) 20–40 keV flux
1.5 mC
Lower
astro-ph/0609708 🔍 (source) 20–40 keV flux
1.1 ± 0.3 mC
astro-ph/0610075 🔍 (source) gas disc thickness satifies H _ { d } / H
0.08
astro-ph/0610135 🔍 (source) dark energy equation of state parameter w
-0.8
astro-ph/0610157 🔍 (source) peak energy E _ { p }
17.0 ± 13.0 keV
astro-ph/0610147 🔍 (source) dimensionless spin parameter of the black hole a _ { \star }
0.5
Lower
astro-ph/0610185 🔍 (source) disk temperature
1.25 ± 0.050000000000000044 keV
astro-ph/0610185 🔍 (source) disk temperature
0.2 keV
astro-ph/0610347 🔍 (source) H - K ) -color temperature of the dust component T
1635.0 K
astro-ph/0610326 🔍 (source) look-back time \Delta x / x
0.0
astro-ph/0610384 🔍 (source) outer disk
1.65 +1.35-1.3499999999999999
astro-ph/0610426 🔍 (source) maximum disk rotation velocity
252.6 ± 9.9 km s-1
nucl-th/0610057 🔍 (source) thickness of the neutron skin
0.22 ± 0.04 fm
nucl-th/0610057 🔍 (source) thickness of the neutron skin
132.0 S
nucl-th/0610057 🔍 (source) thickness of the neutron skin
0.29 ± 0.04 fm
nucl-th/0610057 🔍 (source) thickness of the neutron skin
0.22 ± 0.04 fm
astro-ph/0610430 🔍 (source) disk temperature p
0.61 +0.03-0.02
astro-ph/0610430 🔍 (source) black hole mass
25.5 ± 6.5 M_\odot
astro-ph/0610420 🔍 (source) He-rich envelope thickness M _ { env }
0.02 M_\odot
astro-ph/0610495 🔍 (source) disk temperature
1.4 +0.10000000000000009-0.09999999999999987 keV
astro-ph/0610495 🔍 (source) innermost disk temperature
1.6 +0.19999999999999996-0.20000000000000018 keV
astro-ph/0610495 🔍 (source) keV luminosity
2e+40 erg s-1
astro-ph/0610853 🔍 (source) mean disk dissipation timescale
9.0 Myr
astro-ph/0610853 🔍 (source) mean disk dissipation timescale
5.0 Myr
astro-ph/0610880 🔍 (source) peak luminosities
9.3e+35 erg s-1
astro-ph/0611228 🔍 (source) emission peak
40.0 keV cm-2
astro-ph/0611330 🔍 (source) disk scale radius v _ { c }
130.0 ± 20.0 km s-1
astro-ph/0611629 🔍 (source) black hole mass
20000000.0 +70000000.0-13000000.0 M_\odot
astro-ph/0611582 🔍 (source) dark matter density \Omega _ { c } h ^ { 2 }
0.136
Upper
astro-ph/0611898 🔍 (source) non-evolving dark energy equation of state w _ { x }
-1.2
Upper
astro-ph/0612199 🔍 (source) look-back time
9.3 Gyr
astro-ph/0612196 🔍 (source) dark energy parametrization w ( z )
-0.6
Upper
astro-ph/0612237 🔍 (source) bulk densities
2551.0 +115.0-10.0 kg m-3
astro-ph/0612237 🔍 (source) bulk densities
992.0 +86.0-15.0 kg m-3
astro-ph/0612232 🔍 (source) 0.5–10 keV X-ray luminosity
68.0 +15.0-13.0 %
astro-ph/0612354 🔍 (source) disk viscosity parameter \alpha
0.16999999999999998 +0.13-0.12999999999999998
astro-ph/0612392 🔍 (source) disk viscosity parameter \alpha
0.505 ± 0.495
astro-ph/0612395 🔍 (source) transit-like timescales
2.5 hr
astro-ph/0612494 🔍 (source) average peak energy E _ { p }
300.0 keV
astro-ph/0612546 🔍 (source) bulge to disk luminosity ratio b / d )
1.1
astro-ph/0612611 🔍 (source) kinematic age
11.0 Myr
Lower
astro-ph/0612719 🔍 (source) black holes \rho _ { \bullet }
377000.0 ± 97000.0 hM _ \odot Mpc-3
astro-ph/0612722 🔍 (source) central black-hole mass
2600000000.0 M_\odot
astro-ph/0612723 🔍 (source) limb darkened angular diameter \theta _ { LD }
0.533 ± 0.029 m as
astro-ph/0612753 🔍 (source) keV luminosity
5.5e+41 erg s-1
astro-ph/0701069 🔍 (source) keV flux F _ { X }
1.7e-13 ± 2.0000000000000003e-14 erg s-1 cm-2
astro-ph/0701075 🔍 (source) number of weak absorbers per unit redshift
1.06 ± 0.04
astro-ph/0701075 🔍 (source) number of weak absorbers per unit redshift dN / dz )
1.76 ± 0.08
Lower
astro-ph/0701104 🔍 (source) kinetic energy \epsilon _ { k }
0.64 +0.52-0.4
astro-ph/0701120 🔍 (source) limb-darkened angular size \theta _ { LD }
2.1894 +0.0055-0.014 m as
astro-ph/0701125 🔍 (source) disk population
2e+38 erg s-1
astro-ph/0701444 🔍 (source) braking index n
3.0
astro-ph/0701444 🔍 (source) braking index n
5.0
astro-ph/0701559 🔍 (source) kinetic temperature
20.0 K
astro-ph/0701569 🔍 (source) shock powers
3e+39
astro-ph/0701576 🔍 (source) radial surface brightness profile peaks
2.0
astro-ph/0701576 🔍 (source) radial surface brightness profile peaks r
19.6 ± 0.2 mag
astro-ph/0701651 🔍 (source) mass of its flared disk
0.0002
Lower
astro-ph/0701710 🔍 (source) velocity peak
10.0 km s-1
astro-ph/0701703 🔍 (source) disk frequency
37.0 ± 9.0 %
astro-ph/0701710 🔍 (source) narrow peak centered
19.7 km s-1
astro-ph/0701759 🔍 (source) disk region r
0.5
Lower
astro-ph/0701792 🔍 (source) NFW dark matter gravity g _ { DM }
1.2e-08 cm s-2
astro-ph/0701827 🔍 (source) kinetic temperature
160.0 ± 30.0 K
astro-ph/0702094 🔍 (source) kinetic energy
1.7e+56 erg
astro-ph/0702146 🔍 (source) baryon to dark matter mass-fraction
0.32
astro-ph/0702196 🔍 (source) braking indices n
2.65 ± 0.01
astro-ph/0702240 🔍 (source) likelihood ratio L _ { halo } / L _ { SMC }
20.0
astro-ph/0702296 🔍 (source) blackbody temperatures
110.0 ± 20.0 K
astro-ph/0702330 🔍 (source) peak velocities
0.28 km s-1
astro-ph/0702341 🔍 (source) kinetic temperatures
25.0 K
Upper
astro-ph/0702371 🔍 (source) mean ratio of the width and peak time \langle \Delta t / t \rangle
0.13 ± 0.1
astro-ph/0702425 🔍 (source) volume of X-ray emitting post-shock gas T
0.59
Lower
astro-ph/0702477 🔍 (source) peak flux \Gamma
1.4 ± 0.3
astro-ph/0702456 🔍 (source) kinematic
610.0 yr s
Lower
astro-ph/0702517 🔍 (source) tidal radii peak
8.5 ± 1.5 pc
astro-ph/0702510 🔍 (source) back-to-front depth
2.4 ± 0.4
astro-ph/0702531 🔍 (source) peak amplitude | \Delta C _ { l } ^ { TT } / C _ { l } ^ { TT } |
0.15
Upper
astro-ph/0702596 🔍 (source) bulk velocity
19.0 km s-1
astro-ph/0702635 🔍 (source) King profile
1.07 kpc
astro-ph/0702644 🔍 (source) weighted black hole mass M _ { BH }
65400000.0 +2600000.0-2500000.0 M_\odot
astro-ph/0702698 🔍 (source) fastest disk millisecond pulsars M _ { c }
0.02 M_\odot
nucl-th/0702080 🔍 (source) size of neutron skin
208.0
astro-ph/0703028 🔍 (source) disk mass
5.0 Gyr
astro-ph/0703131 🔍 (source) black hole spin parameters a _ { spin }
0.6
Lower
astro-ph/0703149 🔍 (source) disk inclination i
70.0 day
astro-ph/0703178 🔍 (source) break radius
2800000.0 ± 1300000.0 M_\odot pc-3
astro-ph/0703178 🔍 (source) break radius R _ { break }
0.22 ± 0.04 pc
astro-ph/0703461 🔍 (source) Fe K \alpha complex z
0.27 ± 0.01
astro-ph/0703497 🔍 (source) disk temperature
0.8 keV
astro-ph/0703489 🔍 (source) peak [ M / H ]
-0.9
astro-ph/0703598 🔍 (source) disk temperature kT
0.1
astro-ph/0703752 🔍 (source) kinematic age
219.0 ± 42.0 yr
0704.0094 🔍 (source) dark matter M _ { HDM }
600000000000000.0 M_\odot
Upper
0704.0205 🔍 (source) blackbody temperature k _ { B } T
160.0 eV
0704.0205 🔍 (source) keV luminosity
1.2e+32 erg s-1
0704.0463 🔍 (source) mass of the disk
0.2
0704.0316 🔍 (source) black hole mass density \Omega _ { bh , total }
3.2e-06 ± 1.2e-06 h
0704.0513 🔍 (source) known orbital period
83.12 ± 0.09 min
0704.0735 🔍 (source) black hole masses
1350000000.0 +1150000000.0-1150000000.0000002 M_\odot
0704.0816 🔍 (source) spin black holes a / M
0.95
Lower
0704.0931 🔍 (source) fraction of disky galaxies smoothly decreases f _ { disky }
0.8
0704.0973 🔍 (source) - 10 keV flux
1.6999999999999998e-12 erg cm-2 s-1
0704.1641 🔍 (source) outer disk radius R _ { out } /
0.61
0704.1636 🔍 (source) peak-to-peak amplitude
0.22 ± 0.02 mag
0704.2332 🔍 (source) disk evolution
1.0 Myr
0704.2305 🔍 (source) Compact disk emission of hot T
500.0 K
Lower
0704.2420 🔍 (source) lookback time
10.0 Gyr s
Lower
0704.2737 🔍 (source) peak flux
80.0 mC
0704.2737 🔍 (source) peak luminosity
1.1e+37 erg s-1
0704.2737 🔍 (source) peak flux
2.2000000000000003e-09 erg cm-2 s-1
0704.2918 🔍 (source) Keplerian velocity ( r,z
0.0
0704.2918 🔍 (source) Keplerian velocity
1.0
0704.2930 🔍 (source) red peak intensity ratio DCO ^ { + } J
2.0
0704.3191 🔍 (source) break time T _ { break }
254.0 +79.0-41.0 s
0704.3296 🔍 (source) kinetic temperatures T _ { c }
100.0
Lower
0704.3296 🔍 (source) kinetic temperatures T _ { c }
100.0
Lower
0704.3191 🔍 (source) peak energy
53.0 +40.0-21.0 keV
0704.3121 🔍 (source) state of the dark energy may cross the phantom w
-1.0
0704.3235 🔍 (source) shock temperature kT _ { shock }
2.7 keV
0705.0003 🔍 (source) disk Z _ { max }
100.0 pc
Upper
0705.0440 🔍 (source) dark energy N _ { eff }
0.8
Lower
0705.0993 🔍 (source) peak hemisphere-integrated brightness
16.0 ± 6.0 day
0705.0978 🔍 (source) blackbody radius R _ { BB }
0.8 km
0705.0978 🔍 (source) blackbody temperature kT _ { BB }
0.46 ± 0.04 keV
0705.1189 🔍 (source) peak-to-trough amplitude
33.0
0705.1189 🔍 (source) peak-to-trough amplitude
0.00141
0705.1431 🔍 (source) peak separation
1.5
0705.1747 🔍 (source) Stokes
48.0 ± 16.0 %
0705.1758 🔍 (source) black hole mass M _ { \bullet }
12500000.0 +7500000.0-7900000.0 M_\odot
0705.1891 🔍 (source) black hole mass distribution
250000000.0 M_\odot
0705.1873 🔍 (source) peak separation
516.0 ± 45.0 km s-1
0705.2269 🔍 (source) total black hole mass density \rho _ { BH }
200000.0
0705.2378 🔍 (source) keV luminosity L _ { pwn }
4e+32 erg s-1
0705.2713 🔍 (source) main peak luminosity M _ { R }
-18.3 mag
0705.3048 🔍 (source) final mass-weighted mean shock radius
2.5 kpc
0705.3053 🔍 (source) total kinetic energy of the nebula
8e+51 erg
0705.3704 🔍 (source) strange quark mass
5.0
Lower
0705.4090 🔍 (source) average bulk density of solids in the turbulent flow \rho _ { p }
6e-11 kg m-3
0705.3958 🔍 (source) kinetic energy \Gamma \beta
2.0
Upper
0705.4505 🔍 (source) local supermassive black hole mass density
515000.00000000006 ± 75000.0
0706.0033 🔍 (source) dark energy \Omega _ { m }
0.28 ± 0.06
0706.0033 🔍 (source) dark energy \Omega _ { DE }
0.86 ± 0.21
0706.0033 🔍 (source) dark energy equation of state \Omega _ { m }
0.28 ± 0.06
0706.0033 🔍 (source) dark energy equation of state w _ { 0 }
-1.05 ± 0.29
0706.0279 🔍 (source) inclination of the disk
70.0
0706.0896 🔍 (source) keV m _ { \nu }
10.0
0706.1083 🔍 (source) fluorescent iron K \alpha emission
6.97 keV
0706.2360 🔍 (source) black hole mass M _ { h }
0.95
0706.2473 🔍 (source) black hole masses
550000000.0 M_\odot
Upper
0706.2663 🔍 (source) shock temperature
0.46 +0.01-0.02 keV
0706.2663 🔍 (source) average preshock H density
1.7 ± 0.3 cm-3
0706.3097 🔍 (source) peak X-ray luminosity
2.6e+32 erg s-1
0706.3464 🔍 (source) peak brightness M _ { K }
-8.0
0706.3941 🔍 (source) peaks \nu _ {
3.5
Lower
0706.3730 🔍 (source) dark energy
-0.2
Upper
0706.3941 🔍 (source) peaks \sigma _ { 0 corr } ^ { 2 }
1.6000000000000003e-05
Upper
0706.4115 🔍 (source) dust peak
6000.0 cm-3
0706.4115 🔍 (source) kinetic temperature
12.0 K
0707.0177 🔍 (source) bulk Lorentz factor \Gamma _ { jet }
2.5
Upper
0707.0193 🔍 (source) disk height
0.8
Upper
0707.0305 🔍 (source) black hole mass \log ( R _ { 2500 } / cm )
15.6 ± 0.2
0707.0611 🔍 (source) black hole mass M _ { BH }
20000000.0 +10000000.0-4000000.0 M_\odot
0707.0506 🔍 (source) kinetic energy
2.9999999999999997e+49 ± 1.4999999999999999e+49 erg
0707.0506 🔍 (source) kinematic distance d _ { k }
5.5
Lower
0707.0931 🔍 (source) peak energy E _ { p }
65.0 ± 35.0 keV
0707.0995 🔍 (source) quiescent 0.5-10 keV X-ray luminosity
2.8e+32 erg s-1
Upper
0707.1495 🔍 (source) dominant dark matter f _ { s }
1.0
0707.1360 🔍 (source) s kinematic distance
6.0 ± 1.0 kpc
0707.1544 🔍 (source) electroweak temperature T
100.0 GeV
0707.1711 🔍 (source) relative disk mass h
2.0
Upper
0707.1662 🔍 (source) central black hole masses
2750000000.0 ± 2450000000.0 M_\odot
0707.1880 🔍 (source) jet bulk velocity
0.4 +0.09999999999999998-0.10000000000000003 c
0707.2055 🔍 (source) peak to peak amplitude
9.9e-12 ± 1e-12 erg cm-2 s-1
0707.2062 🔍 (source) kinematic distance
7.4 ± 1.4 kpc
0707.2255 🔍 (source) shock radius
10.0
Lower
0707.2255 🔍 (source) shock radii
500.0 km
0707.2188 🔍 (source) rotational kinematics V / \sigma
2.0
0707.2425 🔍 (source) intrinsic 2–10 keV luminosity
1.6e+43 erg s-1
0707.3260 🔍 (source) dark energy \Omega _ { \Lambda } ^ { 0 }
0.72
0707.3239 🔍 (source) fraction of the X-ray background
72.0 ± 1.0 %
0707.3429 🔍 (source) central disk temperature T _ { c }
1000.0 K
Lower
0707.3634 🔍 (source) peak-to-peak amplitude
140.0 km s-1
0707.3809 🔍 (source) blackbody brightness temperature T _ { p }
717.0 ± 35.0 K
0707.4268 🔍 (source) bulk density \rho _ { p }
1.06 ± 0.17 g cm-3
0707.4440 🔍 (source) thin+thick disc metallicities [ Fe / H ]
-0.5
Upper
0707.4509 🔍 (source) long-period peak P
8.0 day
0707.4509 🔍 (source) short-period peak P
2.0 day
0708.0266 🔍 (source) disk fractions
52.0
0708.0266 🔍 (source) disk fractions
58.0 +6.0-7.0
0708.0814 🔍 (source) peak formation age
1.1 Gyr
0708.1710 🔍 (source) kinetic temperatures T _ { kin }
200.0 K
0708.1804 🔍 (source) innermost accretion disk temperature T _ {
1.69 +0.06-0.05 keV
0708.2064 🔍 (source) disk mass
0.07 M_\odot
0708.2064 🔍 (source) disk radius
80.0 AU
Upper
0708.3040 🔍 (source) average disk lifetime M _ { * } / M _ {
0.75
0708.2910 🔍 (source) dark energy density parameter \Omega _ { q } (
0.73
0708.2910 🔍 (source) dark energy density parameter \Omega _ { q }
0.1
Upper
0708.3377 🔍 (source) kinematic distance
3.9
0708.3377 🔍 (source) kinematic distance
4.5 kpc
0708.3377 🔍 (source) kinematic distance
4.4 ± 0.3 kpc
0708.3377 🔍 (source) kinematic distance
4.1 ± 0.3 kpc
0708.4227 🔍 (source) keV emission l
26.8
0709.0280 🔍 (source) He-rich envelope thickness M _ { env }
0.019 M_\odot
0709.0501 🔍 (source) peak flux
2.38e-07 cm-2 s-1
0709.0501 🔍 (source) peak flux
6.8e-05 cm-2 s-1
0709.0813 🔍 (source) night-sky surface brightness
22.01
0709.0813 🔍 (source) night-sky surface brightness
21.36
0709.0813 🔍 (source) night-sky surface brightness
19.25 mag
0709.0966 🔍 (source) cool background radiation field T _ { BGR }
10.0 K
0709.1377 🔍 (source) thickness scale \delta
1.5 Mm
0709.1580 🔍 (source) keV surface brightness
4e-10 erg day cm-2 s-1
0709.1945 🔍 (source) bulk Lorentz factors \Gamma _ { c }
10.0
0709.1783 🔍 (source) upstream bulk Lorentz factor \gamma _ { 1 }
1.0
Lower
0709.1877 🔍 (source) black hole mass { M _ { BH }
45000000.0 +17000000.0-10000000.0 M_\odot
0709.1926 🔍 (source) distance brackets
5.0
Lower
0709.1926 🔍 (source) distance brackets
11.7 kpc
0709.2535 🔍 (source) mass ratio of non–baryonic dark matter to baryonic matter
3.1 +2.5-2.4
0709.2568 🔍 (source) black hole masses { \bf M _ { \mathrm { bh } }
5000000000.0 M_\odot
0709.2780 🔍 (source) B -band Kormendy relation \mu _ { e }
3.3
0709.3023 🔍 (source) keV flux
4e-11 erg cm-2 s-1
0709.3394 🔍 (source) LMC-like metallicity 12 + \log { O / H }
8.29 ± 0.09
0709.3621 🔍 (source) size of neutron skin
208.0
0709.4236 🔍 (source) disk M dwarf fraction
25.0 %
0710.0206 🔍 (source) inner disk
15.0 AU
0710.1480 🔍 (source) termination shock
0.087 ± 0.022 cm-3
0710.1834 🔍 (source) inner disk
0.1 AU
0710.1961 🔍 (source) bulk Lorentz factor \gamma
100.0
0710.2552 🔍 (source) accretion disk size \log ( r _ { s } / cm )
15.7 +0.4-0.5
0710.2552 🔍 (source) accretion disk size \log ( r _ { s } / cm )
14.9 ± 0.3
0710.2697 🔍 (source) median dark matter halo masses \log _ { 10 } M _ { med }
10.9 +0.5-0.9 M_\odot
0710.2691 🔍 (source) K-band veiling r _ { K }
1.5 ± 0.2
0710.3076 🔍 (source) rest of the disk [ Fe / H ]
-0.8 dex
0710.3636 🔍 (source) kinetic energy E _ { K }
3e+50 erg
0710.3823 🔍 (source) dimensionless Kerr parameter j
0.724 ± 0.13
0710.4503 🔍 (source) peak I -band brightness I _ { max }
16.57 ± 0.1 mag
0710.4488 🔍 (source) black hole mass density \rho _ { \bullet }
425000.0 ± 125000.0 M_\odot Mpc-3
0710.5183 🔍 (source) keV
2.9
0710.5173 🔍 (source) kinetic energy E _ { k } ( tot )
7e+51 +3e+51-2e+51 erg
0711.0231 🔍 (source) typical kinetic temperature T _ { k }
11.0 K
0711.0882 🔍 (source) dark-energy density parameter
0.8
0711.0888 🔍 (source) look-back time
1.0 Gyr
0711.1201 🔍 (source) peak X-ray luminosity
1e+32 erg s-1
0711.1588 🔍 (source) optical disk
0.0049 M_\odot yr-1 kpc-2
0711.1704 🔍 (source) peak brightness temperatures
120000.0 K
0711.1704 🔍 (source) peak brightness temperatures
780000.0
0711.2073 🔍 (source) black hole mass log ( L _ { 0.3 - 10 keV } / L _ { Edd } )
-8.4
Lower
0711.2510 🔍 (source) disk frequency
29.0 +16.0-13.0 %
0711.3008 🔍 (source) disk
3.5 kpc
0711.4130 🔍 (source) break luminosity \log L _ { * } ( erg s ^ { -1 } )
43.85 ± 0.26
0711.4241 🔍 (source) intrinsic peak absolute magnitude M _ { B } ^ { 0 }
-17.8 ± 0.43
0711.4207 🔍 (source) peak flux
9e+41 erg
0711.4182 🔍 (source) blackbody radii changes
0.33 ± 0.04999999999999999 km
0711.4182 🔍 (source) temperatures of two blackbody
1.22 ± 0.06 keV
0711.4182 🔍 (source) blackbody radii changes
2.45 ± 0.25 km
0711.4182 🔍 (source) keV energy
2.6e-11 erg cm-2 s-1
0711.4182 🔍 (source) temperatures of two blackbody
0.61 ± 0.01 keV
0711.4626 🔍 (source) disk inclination angle
87.0
Upper
0711.4782 🔍 (source) hypernova-like explosion energy
56.0 N
0711.4682 🔍 (source) density of dark energy \Omega _ { \phi }
1.0
0712.0026 🔍 (source) disk
87.0
0712.0022 🔍 (source) hot gas surface density peaks
0.24 M_\odot pc-2
0712.0033 🔍 (source) minimum dark matter
6000000000000.0 M_\odot h-1
0712.0795 🔍 (source) He-rich envelope thickness M _ { env }
0.017 M_\odot
0712.1084 🔍 (source) Kerr parameter / M
0.99
0712.1502 🔍 (source) total fluence of the burst and the peak flux S
2e-05 +1.0000000000000002e-06-2.6e-06
0712.1412 🔍 (source) Nickel mass
0.1 M_\odot
0712.1764 🔍 (source) disk
120.0 ± 15.0 km s-1
0712.1924 🔍 (source) kinetic temperatures T _ { kin }
60.0 ± 40.0 K
0712.2876 🔍 (source) Dark Energy equation of state parameter w
-1.0
0712.3121 🔍 (source) black hole masses M _ { BH }
200000000.0 M_\odot
0712.3165 🔍 (source) keV luminosity
8e+33
0801.0064 🔍 (source) black hole mass M _ { BH }
680000000.0 +430000000.0-280000000.0 M_\odot
0801.0244 🔍 (source) kinetic age
51.0 kyr
0801.0440 🔍 (source) breakup speed \dot { M } _ { w } / \dot { M } _ { a }
0.1
0801.0642 🔍 (source) dark energy equation of state w
-1.01 +0.3-0.4
0801.0968 🔍 (source) dark matter
0.01
0801.1018 🔍 (source) thickness
13.2
0801.1232 🔍 (source) s dark matter halo M _ { vir }
1000000000000.0 +300000000000.0-200000000000.0 M_\odot
0801.1633 🔍 (source) atomic hydrogen post-shock gas density
4.0
Upper
0801.1707 🔍 (source) disk scale length
9.2 kpc
0801.1869 🔍 (source) peak energy E _ { peak }
170.0 MeV
Lower
0801.2120 🔍 (source) scale heights of the thin disk and thick disk
225.0 ± 10.0 pc
0801.2120 🔍 (source) scale heights of the thin disk and thick disk
1048.0 ± 36.0 pc
0801.2400 🔍 (source) disk ellipticity \epsilon
0.08
0801.2569 🔍 (source) bulk Lorentz factor \Gamma
50.0
0801.2782 🔍 (source) black hole mass
40000.0 +7500.0-10000.0 M_\odot
0801.2969 🔍 (source) KBOs m _ { R }
1.0 km
Upper
0801.2969 🔍 (source) KBOs
35000000000.0 day
Upper
0801.3461 🔍 (source) black hole mass M _ { BH }
3350000000.0 +670000000.0-950000000.0 M_\odot
0801.3411 🔍 (source) Planck mass
22.0
0801.3315 🔍 (source) keV luminosity
4.599999999999999e+37 erg s-1
0801.3569 🔍 (source) disk masses
0.007 M_\odot
0801.3569 🔍 (source) disk masses
0.055
0801.3542 🔍 (source) vertical CR bulk speed
270.0 km s-1
0801.3569 🔍 (source) disk masses M _ { env } / M _ { disk }
0.2
0801.3803 🔍 (source) keV luminosity
6.5e+35 ± 2.5e+35 erg s-1
0801.3928 🔍 (source) neutrino background L _ { \nu }
0.614
Upper
0801.4124 🔍 (source) peak-to-peak photometric range \Delta m _ { R }
0.29 ± 0.02 mag
0801.4403 🔍 (source) fractional disk luminosity L _ { DUST } / L _ { * }
4e-05
0801.4338 🔍 (source) keV luminosity EW
60.0 ± 40.0
0801.4420 🔍 (source) dark energy equation of state w
-1.0
0801.4755 🔍 (source) inner disk radius
0.36 ± 0.02 pc
0801.4661 🔍 (source) K-excess fraction f _ { K }
55.0 ± 6.0
0801.4761 🔍 (source) kinetic energy
1.3999999999999999e+51 erg
0801.4755 🔍 (source) disk radius
0.17 ± 0.02 pc
0801.4761 🔍 (source) kinetic energy
56.0 N
0801.4761 🔍 (source) kinetic energy
0.97 M_\odot
0801.4675 🔍 (source) 2–10 keV flux
5.4e-11 +4.5999999999999996e-11-4.6e-11 erg cm-2 s-1
0802.0877 🔍 (source) dispersion of thickness to diameter ratio
21.0 ± 2.0
0802.1210 🔍 (source) black hole mass
1200000000.0 M_\odot
0802.1304 🔍 (source) absorbed 0.3-7 keV luminosity of the L _ { X }
1.6e+39 erg s-1
0802.2285 🔍 (source) sky density m _ { R }
23.42 ± 0.13
0802.2394 🔍 (source) unabsorbed 0.5–10 keV X–ray flux
1e-13 erg cm-2 s-1
0802.2339 🔍 (source) absolute K -band magnitude M _ { K }
8.8
0802.2963 🔍 (source) keV luminosity
2e+31 day
0802.2963 🔍 (source) keV luminosity
1e+33 day
0802.3357 🔍 (source) disk temperature
0.2 keV
0802.3882 🔍 (source) black hole spin parameter a
0.93 ± 0.01 (statistical) ± 0.04 (systematic)
0802.3882 🔍 (source) black hole spin parameter a
0.89 ± 0.04
0802.4422 🔍 (source) thickness
22.0 AU
0802.4463 🔍 (source) kinetic energy of the expanding shell E _ { K }
1e+51 erg
0803.0636 🔍 (source) Compton-thick quasars \Phi
1.6000000000000003e-05 +9e-06-9.000000000000002e-06 Mpc-3
0803.0938 🔍 (source) outer disk
50.0 AU
Lower
0803.1161 🔍 (source) projected Planck sensitivity \Delta f _ { NL }
5.0
0803.1660 🔍 (source) total stellar disk mass
2.0
0803.1834 🔍 (source) dimensionless spin parameter of the black hole primary a _ { * }
0.77 ± 0.05
0803.1826 🔍 (source) central black hole mass
3900000.0 ± 1100000.0 M_\odot
0803.1821 🔍 (source) all-sky rate
0.15 ph cm-2 s-1
Upper
0803.1821 🔍 (source) all-sky rate
1400.0 yr-1
0803.2012 🔍 (source) } knots
-14.0 km s-1
0803.2012 🔍 (source) } knots
-42.0
Lower
0803.2012 🔍 (source) } knots
-8.0
Lower
0803.2012 🔍 (source) } knots
47.0 km s-1
0803.3932 🔍 (source) keV flux
2.58e-11 erg cm-2 s-1
0803.4011 🔍 (source) shock radius
5e+50 erg
0803.4011 🔍 (source) shock velocity v
4200.0 km s-1
0803.4262 🔍 (source) background nebula
8.56 ± 0.07
0803.4304 🔍 (source) dark energy EOS w
-1.0
Upper
0804.0042 🔍 (source) kinetic
4.0 ± 2.0 M_\odot
0804.0105 🔍 (source) Blazhko period
12.75 ± 0.02 day
0804.0105 🔍 (source) amplitude of the Blazhko effect itself vary
109.0 ± 4.0 day
0804.0111 🔍 (source) gas kinetic temperature N _ { 2 } H ^ { + }
20.0 K
0804.0240 🔍 (source) thickness of the lobe
6.5
0804.0445 🔍 (source) area of shock interaction
50.0 km mol s-1
0804.1354 🔍 (source) kinematics v _ { LSR }
103.0 km s-1
0804.1641 🔍 (source) keV flux
7.76e-11 ± 3.4e-12 erg cm-2 s-1
0804.1640 🔍 (source) keV flux
2.68e-11 ± 1.34e-11 erg cm-2 s-1
0804.2925 🔍 (source) holographic dark energy density \rho _ { \Lambda }
3.0 c2
0804.3256 🔍 (source) thickness
100.0 km
Lower
0804.3381 🔍 (source) dust disk
174.0 AU
0804.3235 🔍 (source) abundance of dark matter \Omega _ { DM } h ^ { 2 }
0.112
Lower
0804.3463 🔍 (source) inner disk temperature
0.29
Lower
0804.3463 🔍 (source) inner disk temperature
0.26 keV
0804.4142 🔍 (source) dark energy density \Omega _ { \Lambda }
0.713 +0.027-0.029 (stat) +0.036-0.039 (sys)
0804.4155 🔍 (source) kinematic distance
12.4 ± 1.3 kpc
0805.0021 🔍 (source) kinetic temperatures
10.0 K
Upper
0805.0204 🔍 (source) pre-shock density
1.0 cm-3
0805.0569 🔍 (source) disk
0.003
0805.1681 🔍 (source) disk lifetime
1.0 Myr
0805.1932 🔍 (source) minimum dark-matter fraction f _ { DM }
0.38 ± 0.07
0805.2023 🔍 (source) velocity peak
238.0 ± 20.0 km s-1
0805.2023 🔍 (source) peak formation temperature
1.6 MK
0805.2160 🔍 (source) disk quiescence L
65000.0 K
0805.2255 🔍 (source) phantom dark energy w _ { x }
-1.0
Upper
0805.2685 🔍 (source) peak
1.5 ± 0.5 MK
0805.2685 🔍 (source) peak
14.0 ± 6.0 MK
0805.2712 🔍 (source) kinetic
0.2
0805.2636 🔍 (source) double-peaked rotational period
1.9
0805.2636 🔍 (source) double-peaked rotational period
4.495 hr
0805.2832 🔍 (source) bulk Lorentz factor \gamma
3.7 +0.3-0.2
0805.2880 🔍 (source) peak flux
1.79 +0.06-0.21 ph
0805.3154 🔍 (source) black hole merger rate R
2.5 ± 0.5 yr-1
0805.3429 🔍 (source) fundamental Planck scale M _ { * }
1.6 TeV
Lower
0805.3920 🔍 (source) efficiency of the disk \eta
0.005
Upper
0805.4342 🔍 (source) black hole mass
7300000.0 M_\odot
0805.4342 🔍 (source) central black hole mass
81000000.0 M_\odot
0805.4419 🔍 (source) Kennicutt-Schmidt index
1.5
0805.4416 🔍 (source) dark matter particle physics M _ { \chi }
275.0 ± 225.0 GeV
0806.0217 🔍 (source) peak brightness temperature
125.0 +35.00000000000001-35.0 K
0806.0232 🔍 (source) background matter density \Omega _ { m }
0.3
0806.1059 🔍 (source) J - K _ { s } color
2.38 ± 0.06
0806.1059 🔍 (source) K _ { s } color
1.78 ± 0.05
0806.1529 🔍 (source) RM through the knots
-43.0 ± 10.0 rad m-2
0806.1877 🔍 (source) total disk gas mass
0.018000000000000002 +0.012-0.012000000000000002 M_\odot
0806.2318 🔍 (source) inclination of the disk
80.0
0806.2723 🔍 (source) two-dimensional axis ratio for the dark matter f = b / a
0.48 +0.14-0.09
0806.3491 🔍 (source) 0.5–10 keV unabsorbed flux
3.7500000000000006e-15 ± 1.2500000000000002e-15 erg s-1 cm-2
0806.3582 🔍 (source) peak Af \rho
131.0 cm-1
0806.3933 🔍 (source) peak toroidal field strengths B _ { \phi } \right
3000.0
Upper
0806.3873 🔍 (source) disk aspect ratio h
0.034999999999999996 +0.025-0.024999999999999994
0806.4101 🔍 (source) peak luminosity of the 7.7 \mu m PAH emission feature log [ \nu L _ { \nu } ( 7.7 \mu m ) ]
44.63 (\pm 0.09)
0806.4368 🔍 (source) dark energy density perturbations w _ { X }
-1.0
0806.4306 🔍 (source) budget of the sky temperatures
66.0
0806.4424 🔍 (source) sky-plane speed
2.0
0806.4424 🔍 (source) sky-plane speed
0.0
Lower
0806.4610 🔍 (source) number of known X-ray AGN
65.5 ± 11.5
0806.4587 🔍 (source) marked sub-solar metallicity [ Fe / H ]
-0.31
0807.0039 🔍 (source) dark energy equation of state parameter w
-0.95 ± 0.17 (\pm 0.32)
0806.4894 🔍 (source) incidence rate of Blazhko effect
38.0 ± 5.0
Lower
0807.0128 🔍 (source) keV luminosity
2.5e+38 ± 2.0000000000000001e+37 erg s-1
0807.1274 🔍 (source) disk kT _ { e }
70.0 keV
0807.1702 🔍 (source) Bohm diffusion coefficient if the velocity of the forward shock
3650.0 ± 1350.0 km s-1
0807.1674 🔍 (source) kinetic energy E _ { K }
6e+51 ± 2.5e+51 erg
0807.2281 🔍 (source) optical magnitude distribution of these galaxies peaks I
20.7 ± 0.5 A
0807.2653 🔍 (source) keV surface brightness of the non-thermal component
5e-16 erg cm-2 s-1
Upper
0807.3587 🔍 (source) keV luminosity
3.4999999999999996e+39 erg s-1
0807.3587 🔍 (source) keV luminosity
40.0
Upper
0807.3587 🔍 (source) keV luminosity
7.0
0807.3550 🔍 (source) median peak brightness temperature
0.6 K
0807.3458 🔍 (source) peak luminosities
6e+36 erg s-1
0807.3773 🔍 (source) bulk Lorentz factor
100.0
0807.3802 🔍 (source) lifetime of dark matter particles
3.0
Lower
0807.3878 🔍 (source) EoS of dark energy w
-0.977 ± 0.056
0807.4155 🔍 (source) bulk of the ejecta
250.0 km s-1
0807.4237 🔍 (source) radial position of the break
1.3 ± 0.1
0807.4573 🔍 (source) kinematic cluster distance
4.7 ± 0.4 kpc
0807.4669 🔍 (source) outflowing bulk velocity v
0.745 ± 0.09499999999999997 c
0808.0507 🔍 (source) central black hole mass M _ { BH }
38000000.0 ± 15000000.0 M_\odot
0808.0692 🔍 (source) s forward shock velocity
5200.0 ± 500.0 km s-1
0808.1539 🔍 (source) kinetic temperature
80.0 K
0808.1769 🔍 (source) black hole mass M _ { BH }
21000000000.0 M_\odot
Upper
0808.1696 🔍 (source) inner part of the ionized-gas disk r
1.75 ± 0.25 kpc
Upper
0808.2051 🔍 (source) size distribution of KBOs with diameters 0.5 km D
28.0 km
Upper
0808.2870 🔍 (source) extended dark mass distribution
350000.0 ± 50000.0 M_\odot
Upper
0808.2860 🔍 (source) thickness h / r
0.07500000000000001 +0.024999999999999994-0.02500000000000001
0808.3255 🔍 (source) Planck \delta f _ { NL } ^ { local } / f _ { NL } ^ { local }
5.0
0808.3255 🔍 (source) Planck \delta f _ { NL } ^ { equil } / f _ { NL } ^ { equil }
14.0
0808.3255 🔍 (source) Planck \Delta f _ { NL } ^ { local }
3.0
0808.3451 🔍 (source) Skumanich relation \alpha
0.5
0808.3774 🔍 (source) peak brightness temperature
61.0 ± 9.0 K
0808.3818 🔍 (source) out-of-the-disk velocity dispersion
28.0 ± 6.0 km s-1
0808.3815 🔍 (source) optically thick disk fraction
7.0 ± 2.0 %
0808.4001 🔍 (source) black hole masses
36000000.0 M_\odot
Upper
0808.3998 🔍 (source) BAL-like total column density \log N _ { H } ( { cm } ^ { -2 }
21.2
Lower
0809.0030 🔍 (source) disk masses M _ { DISK }
0.85 +0.65-0.6499999999999999
0809.0030 🔍 (source) mass of the outer disk r
60.0 ± 40.0 AU
0809.0435 🔍 (source) K-band magnitude M _ { K }
-15.5 mag
0809.1588 🔍 (source) black hole formation
8.0 ± 2.0 M_\odot
0809.1939 🔍 (source) total sky area
132.3 day
0809.2337 🔍 (source) mass of the central black hole
1700000000.0 M_\odot
0809.2562 🔍 (source) peak magnitude M _ { I }
18.0
Upper
0809.2637 🔍 (source) disk depth
4.23 ± 1.48 K pc
0809.2997 🔍 (source) peak magnification A _ { max }
628.0
0809.3339 🔍 (source) keV flux
2.1e-11 erg s-1 cm-2
0809.3495 🔍 (source) keV flux
4e-14 erg s-1
0809.3495 🔍 (source) keV flux
0.7
Lower
0809.3949 🔍 (source) disk radii
0.5
Upper
0809.3992 🔍 (source) shock temperature T
60.0 keV
Lower
0809.4166 🔍 (source) break magnitude R _ { eq }
25.0 +0.8-0.6
0809.4281 🔍 (source) preshock density n _ { 0 }
0.1 cm-3
0809.4362 🔍 (source) average depth for the disk
3.44 ± 1.16 kpc
0809.4362 🔍 (source) disk depth
4.23 ± 1.48 kpc
0809.4306 🔍 (source) kinematic distance
5.2 kpc
0809.5058 🔍 (source) rest-frame 8–32 keV luminosities L _ { 8 - 32 keV }
2.65e+44 ± 2.35e+44 erg s-1
0810.0057 🔍 (source) velocity peak \langle V _ { \scriptsize { GSR } } \rangle
-175.0 ± 10.0 km s-1
0809.5174 🔍 (source) keV peak fluxes
3.7e-08
Lower
0809.5174 🔍 (source) keV peak fluxes
7.000000000000001e-05 erg cm-2 s-1
Upper
0810.0273 🔍 (source) dark matter peak k
0.02 h Mpc-1
0810.0271 🔍 (source) shock
160.0 Myr
0810.0205 🔍 (source) outer disk
11.0 ± 1.0
0810.0192 🔍 (source) maximum thickness
1800000000.0 cm
0810.1082 🔍 (source) disk \alpha
0.003
0810.1393 🔍 (source) time-averaged disk and stellar masses \langle M _ { d } \rangle
0.2 ± 0.05
0810.1594 🔍 (source) keV continuum diffuse emission A
2.1000000000000001e-13 erg s-1 cm-2
0810.1935 🔍 (source) kinematic age
2990.0 ± 60.0 yr s
0810.2588 🔍 (source) outer disk radius
80.0 AU
0810.2698 🔍 (source) kinetic temperature T _ { kin }
62.5 ± 17.5 K
0810.3004 🔍 (source) black hole mass
7100000.0 ± 1200000.0 M_\odot
0810.2932 🔍 (source) bulk Lorentz factor \Gamma
300.0
0810.3447 🔍 (source) black hole mass
10.91 ± 1.41 M_\odot
0810.3413 🔍 (source) peak luminosity \dot { M }
1.5e-06 ± 5e-07 M_\odot yr-1
0810.3520 🔍 (source) kinematic distance
4.7 kpc
0810.3577 🔍 (source) keV luminosity
8.5e+39 erg s-1
0810.4570 🔍 (source) intrinsic 2–10 keV luminosity
1.7000000000000002e+42 erg s-1
0810.4775 🔍 (source) dark energy equation-of-state parameter w _ { DE }
-1.0
Lower
0810.5164 🔍 (source) Milky-Way mass galaxies
220.0 km s-1
0810.5188 🔍 (source) radius of the accretion disk T _ {
1.08 +0.02-0.03 keV
0811.0692 🔍 (source) averaged 2–10 keV flux
8.1e-12 erg s-1 cm-2
0811.0859 🔍 (source) exponential disk of scale radius
65000000000.0 M_\odot
0811.1219 🔍 (source) central black hole mass M _ { BH }
55.0 +8.0-4.0 c-1
0811.1219 🔍 (source) mass in black holes
4.0 +0.9-0.4 c-1
0811.1774 🔍 (source) post-shock temperatures
50000000.0 K
0811.1985 🔍 (source) debris disk
133.0 AU
0811.1985 🔍 (source) mean disk eccentricity e
0.11
0811.2258 🔍 (source) local disk
7.5 ± 0.5
0811.2397 🔍 (source) peak absolute magnitude M _ { 5007 } ^ { \star }
-3.71 +0.21-0.42
0811.3209 🔍 (source) disk direction
25.0
0811.3012 🔍 (source) black–hole mass M
5500000.0 ± 1500000.0 M_\odot
0811.3295 🔍 (source) dust mass of the disk
6.000000000000001e-05 M_\odot
0811.3269 🔍 (source) disk
3.0 kpc
0811.3269 🔍 (source) disk
15.0 pc
0811.3806 🔍 (source) black hole T _ { BH }
0.0
0811.3903 🔍 (source) mean eccentricity of the clockwise system
0.36 ± 0.06
0812.0014 🔍 (source) 2–10 keV flux
3.4e-13 erg cm-2 s-1
0812.0014 🔍 (source) blackbody temperature kT
0.5 keV
0812.0145 🔍 (source) unabsorbed 2–10 keV luminosity
8e+40 erg s-1
0812.0379 🔍 (source) disk scale length
7.2 kpc
0812.0346 🔍 (source) bulk speed
300.0 ± 30.0 km s-1
0812.0346 🔍 (source) CR bulk speed
170.0 ± 70.0 km s-1
0812.0339 🔍 (source) shock velocity
1660.0 ± 120.0 km s-1
0812.0450 🔍 (source) knots
7.5 Myr
0812.0586 🔍 (source) thickness
0.035
0812.0586 🔍 (source) thickness H / r
0.05
0812.1306 🔍 (source) disk-averaged Toomre parameter Q
1.75 ± 0.25
0812.1500 🔍 (source) keV flux
2.6e-09 erg cm-2 s-1
0812.1718 🔍 (source) disk-averaged instantaneous gas depletion times
1.4 +0.30000000000000004-0.2999999999999998 Gyr
0812.1672 🔍 (source) EoS of dark energy w
-0.97 ± 0.041
0812.2074 🔍 (source) equation of state of dark energy w _ { 0 de }
-0.964
0812.1906 🔍 (source) shock radius \Gamma _ { sh }
1.0
0812.3093 🔍 (source) disk
18.5 km s-1
0812.2720 🔍 (source) dark energy equation of state parameter w _ { 0 }
-1.14 ± 0.21
0812.2975 🔍 (source) iron K \alpha emission line
6.39 ± 0.03 keV
0812.3673 🔍 (source) cosmic-ray bulk speed
300.0 ± 30.0 km s-1
0812.4791 🔍 (source) mean limb-darkened angular diameter
0.6 c-1
0812.4791 🔍 (source) mean limb-darkened angular diameter
2.99 ± 0.017 m as
0901.0189 🔍 (source) fraction of galaxies undergoing disk-disk major mergers f _ { m } ^ { mph }
0.35
Lower
0901.0189 🔍 (source) fraction of galaxies undergoing disk-disk major mergers z
0.35
Lower
0901.0810 🔍 (source) cold dark matter density \alpha _ { cdmi }
0.11
Upper
0901.0920 🔍 (source) dimensionless spin parameter of the black hole a _ { * }
0.92 +0.05-0.07
0901.1876 🔍 (source) blackbody brightness temperature
2718.0 +127.0-107.0 K
0901.1877 🔍 (source) bulk Lorentz factor \Gamma _ { em }
100.0
0901.2033 🔍 (source) equation of state of dark energy | n _ { amp } |
0.116
Upper
0901.2499 🔍 (source) keV flux
8.599999999999999e-11 erg cm-2 s-1
0901.2517 🔍 (source) median K -band luminosities L _ { K }
1.7 ± 0.7
0901.2929 🔍 (source) keV luminosity
5.0000000000000004e+44 erg s-1
0901.2570 🔍 (source) dark energy equation of state parameter w _ { DE }
-0.97 ± 0.05
0901.2570 🔍 (source) dark energy equation of state parameter w _ { DE }
-1.05 +0.16-0.15
0901.3142 🔍 (source) inner accretion disk radius
13.2 ± 2.5
0901.3013 🔍 (source) kinetic
1.1000000000000001e+51 +9.999999999999986e+49-1.000000000000001e+50 erg
0901.3357 🔍 (source) keV luminosity Log L _ { X }
42.8 erg s-1
0901.3321 🔍 (source) thin disk scale height { h _ { thin }
370.0 +60.0-65.0 pc
0901.3321 🔍 (source) disk to halo f _ { halo }
0.00025
Lower
0901.3354 🔍 (source) equation of state of dark energy \sigma
0.00045000000000000004
0901.3453 🔍 (source) keV flux
3.8e-11 erg s-1 cm-2
0901.3576 🔍 (source) brightness Ks
20.27 ± 0.05
0902.0536 🔍 (source) kinetic temperatures
12.9 K
0902.1092 🔍 (source) peak flux
2e-07 erg s-1 cm-2 sr-1
0902.1578 🔍 (source) peak brightness temperature
20.0
Lower
0902.1494 🔍 (source) dark energy density parameter \sigma ( \Omega _ { d } ^ { e } )
0.0022
0902.1772 🔍 (source) peak column densities
4.5999999999999996e+22 cm-2
0902.1772 🔍 (source) peak column densities
5.4e+22 cm-2
0902.1772 🔍 (source) peak column densities
1.1000000000000001e+24 ± 8.000000000000001e+23 cm-2
0902.1988 🔍 (source) peak luminosity
5.9999999999999995e+37 erg s-1
0902.2199 🔍 (source) Spearman rank
97.0 %
0902.2392 🔍 (source) Kennicutt-Schmidt star formation \log _ { 10 } ( G _ { HI } / S )
-1.73238 (g - r)
0902.2704 🔍 (source) peak velocities
-130.0 km s-1
0902.2787 🔍 (source) last peak of star formation
12.0 Myr
0902.2704 🔍 (source) peak velocities
-60.0
Lower
0902.2794 🔍 (source) kinetic energy
2e+48 erg
0902.2927 🔍 (source) break frequency
-5.75 Hz
0902.2927 🔍 (source) break frequency \log \nu _ { b }
6.5 day
0902.3461 🔍 (source) sky projections of the two axes
70.0 ± 15.0 day
0902.4003 🔍 (source) dark matter halo masses log M _ { h } ( M _ { \sun } h ^ { -1 } )
11.29 +0.36-0.62
0902.3988 🔍 (source) column densities peak
3.5e+20 cm-2
0902.3892 🔍 (source) black hole mass
3600000.0 +200000.0-400000.0 M_\odot
0902.4406 🔍 (source) disk
24.0 ± 2.0 Myr
0902.4444 🔍 (source) scale height of the thick disk
12.0 pc
0902.4708 🔍 (source) shock velocities \beta _ { s }
0.2
0902.4815 🔍 (source) kick velocity
975.0 ± 225.0 km s-1
0903.0183 🔍 (source) SN feedback efficiency
0.1
0903.0858 🔍 (source) nearly-edge-on disk i
70.0
0903.1712 🔍 (source) peak
43.0 ± 25.0 %
0903.1713 🔍 (source) peak flux
3.5e-06 ± 7e-07 ph cm-2 s-1
0903.3628 🔍 (source) He-rich envelope thickness M _ { env }
0.016 M_\odot
0903.3994 🔍 (source) Gamow peak energy E ^ { pk }
1.5
0903.4193 🔍 (source) \micron excess fraction ( debris disk fraction
6.5 ± 4.1 %
0903.4193 🔍 (source) \micron excess fraction ( debris disk fraction
1.9 ± 1.2 %
0903.4752 🔍 (source) dark-matter mass fraction \alpha
1.9 ± 0.1
0903.4861 🔍 (source) black hole spin
0.1
Lower
0903.5247 🔍 (source) knee \beta
0.44999999999999996 +0.15000000000000002-0.14999999999999997
0904.0251 🔍 (source) black hole mass M _ { BH }
1730000.0 +550000.0-520000.0 M_\odot
0904.1127 🔍 (source) Keplerian rotation
1.2000000000000002 +0.3999999999999999-0.40000000000000013 M_\odot s
0904.1349 🔍 (source) ratio of dark matter to dark energy density w _ { d }
-1.0
0904.1596 🔍 (source) peak absolute optical magnitudes M _ { g }
-17.5
Lower
0904.1688 🔍 (source) disk position angle ( \mathrm { PA _ { disk } }
156.0
0904.2219 🔍 (source) keV flux
3.1e-14 erg cm-2 s-1
0904.2784 🔍 (source) massive known stellar black hole M _ { bh }
28.5 ± 5.5 M_\odot
0904.2747 🔍 (source) inner disk radius { \it r } _ {
10.5 +1.0-1.7
0904.3081 🔍 (source) temperature of the cosmic microwave background T _ { CMB }
5.14 K
0904.4377 🔍 (source) gamma-ray peak
0.15 ± 0.01
0904.4551 🔍 (source) mass of disks
0.013000000000000001 +0.006999999999999999-0.007000000000000001 M_\odot
0904.4551 🔍 (source) spin of the formed black hole
0.78 ± 0.02
0904.4907 🔍 (source) shock velocity
1.0 km s-1
0904.4918 🔍 (source) peak synchrotron luminosity
1300000.0 L_\odot
0904.4918 🔍 (source) peak synchrotron luminosity
430000000000000.0 Hz
0905.0495 🔍 (source) PSD break time scale T _ { b }
4.6 +10.1-2.3 day
0905.0495 🔍 (source) black hole mass M _ { BH }
130000000.0 +100000000.0-30000000.0
0905.2044 🔍 (source) fraction of mass of compact dark matter
8.0 ± 6.0 c-1
0905.2193 🔍 (source) rest-frame 0.5–8 keV luminosity
8.9e+41 erg s-1
0905.2274 🔍 (source) kinetic energy of explosion E _ { K }
6e+51 erg
0905.2362 🔍 (source) velocity kick distribution \sigma _ { k }
265.0 km s-1
0905.2891 🔍 (source) black hole spin a
0.6 ± 0.2
0905.2938 🔍 (source) semi-transparent disk \tau _ { V }
1.0
Upper
0905.3039 🔍 (source) dark matter masses m _ { X }
10.0 TeV
Upper
0905.3309 🔍 (source) keV luminosity
8e+34 +1.2999999999999998e+35-1e+34 erg s-1
0905.3401 🔍 (source) peak
20.0 ± 7.0 c-1
0905.3320 🔍 (source) black-hole mass accretion rate
25.5 ± 24.5 %
0905.3224 🔍 (source) known M _ { V }
-5.2
0905.3224 🔍 (source) known M _ { V }
-2.6
Upper
0905.3818 🔍 (source) disk-accretion rate \dot { M }
1.0 %
0905.3925 🔍 (source) accretion disk corona of radius R
30000000000.0 cm
0905.4282 🔍 (source) \mathrm { keV } X-ray \mathrm { { } ^ { 41 }
26.0 ± 4.0 Bq
0906.0575 🔍 (source) black hole mass M
40000000000.0 M_\odot
0906.0461 🔍 (source) peak amplitude \Omega _ { GW } h ^ { 2 }
3.0000000000000002e-15
0906.0730 🔍 (source) disk masses M _ { d }
0.07250000000000001 ± 0.0675 M_\odot
0906.1211 🔍 (source) effective integrated surface brightness of this outer disk
32.0 mag
Upper
0906.1217 🔍 (source) \gamma -ray peak trails the radio pulse
0.08 ± 0.01 ± 0.01
0906.1400 🔍 (source) disk mass
0.018 M_\odot
0906.1492 🔍 (source) best-fitted dark halo core radius
14.0 ± 2.0 kpc
0906.1247 🔍 (source) break energy
2.57 ± 0.19 (stat) ± 0.44 (syst) TeV
0906.1648 🔍 (source) black hole number density of mass M _ { \star }
500000000000000.0 g
0906.2316 🔍 (source) thick envelope
0.07 M_\odot
0906.2793 🔍 (source) lobed kinematic signature
25.0 km s-1
0906.3010 🔍 (source) dust disk scale height
2.5 +5.0-1.3 AU
0906.3365 🔍 (source) disk fraction
50.0
0906.3386 🔍 (source) limb darkened disk angular diameter \epsilon Oph
2.961 ± 0.007 m as
0906.3365 🔍 (source) disk lifetime
1.0 Myr
Upper
0906.3752 🔍 (source) dark energy parameters w _ { 0 }
0.01
0906.4342 🔍 (source) half-light radius of the rest frame 0.3–17 keV X-ray emission R _ { 1 / 2 ,X }
229999999999999.97 cm
0906.4520 🔍 (source) peak strain amplitude h _ { c } ( \nu _ { peak } )
5.000000000000001e-15
0906.4792 🔍 (source) limb-darkening disk
43.56 ± 0.06 m as
0906.4792 🔍 (source) limb-darkening parameter
0.12 ± 0.007000000000000001
0906.5493 🔍 (source) disk turbulence parameter \alpha
1.0
Upper
0907.0171 🔍 (source) kinetic temperature of the gas T _ { max }
70.0
Lower
0907.0435 🔍 (source) black hole mass
200000000.0 +100000000.0-50000000.0 M_\odot
0907.0230 🔍 (source) peak luminosity M _ { V }
-13.0
0907.0486 🔍 (source) dark energy equation of state parameter w
-1.0
0907.0486 🔍 (source) dark energy equation of state parameter w
-1.2
0907.0486 🔍 (source) dark energy equation of state parameter w
-0.8
0907.0872 🔍 (source) Shakura-Sunyaev viscosity parameter \alpha
0.1
0907.0875 🔍 (source) Shakura-Sunyaev viscosity parameter \alpha
0.27
0907.1057 🔍 (source) kinetic temperatures T _ { kin }
1000.0 K
Lower
0907.2102 🔍 (source) scale height of the inner disk
1.0 AU
0907.3067 🔍 (source) Earth-like composition
33.0 %
0907.3900 🔍 (source) thickness of the He-rich envelope M _ { He }
2e-07
0907.4145 🔍 (source) background source \mu
150.0
0907.4252 🔍 (source) disk fraction \sigma
2.0 Myr
0907.4252 🔍 (source) disk fraction
33.0 +24.0-19.0 %
0907.4777 🔍 (source) disk mass fractions m _ { d }
0.2
0907.4777 🔍 (source) disk half-light radii r _ { 1 / 2 }
2.0 ± 1.0 kpc
0907.4777 🔍 (source) disk-to-dark halo mass fractions m _ { d }
0.2
0907.4777 🔍 (source) disk spin parameters \lambda _ { d }
0.1
Lower
0907.4782 🔍 (source) disk fraction
5.3 +10.5-5.0
0907.4782 🔍 (source) disk fraction
15.0 ± 11.5
0907.4777 🔍 (source) disk mass fractions m _ { d }
0.05
0907.4777 🔍 (source) disk spin parameters \lambda _ { d }
0.035
0907.4884 🔍 (source) specific star formation rate of the outer disk
0.012 Gyr-1
0907.5295 🔍 (source) densities of the thick disc \langle ( n _ { 2 } / n _ { 1 } ) \rangle
6.52
0908.0013 🔍 (source) black hole spin parameter a
0.6 ± 0.07
0908.0733 🔍 (source) peak energy E _ { peak }
4.9 keV
0908.0695 🔍 (source) black hole spin
0.6000000000000001 +0.19999999999999996-0.20000000000000007
0908.1396 🔍 (source) number counts peak
5.0
Upper
0908.1990 🔍 (source) peak absolute magnitude of the event M _ { V }
-22.3
0908.2162 🔍 (source) peak apparent B -band magnitude m _ { B }
26.4 mag
0908.2337 🔍 (source) black hole
0.97
0908.2598 🔍 (source) peak position s _ { p }
103.6 +3.6-2.4 Mpc h-1
0908.2636 🔍 (source) dark energy w _ { 0 } ,w _ { 1 } )
-1.4
0908.2685 🔍 (source) Li-rich K log \epsilon ( Li )
3.3
Lower
0908.4528 🔍 (source) slim disk p
0.5
0909.0282 🔍 (source) cosmic-ray bulk speed
300.0 ± 30.0 km s-1
0909.0394 🔍 (source) kinematic distance
5.5
0909.0967 🔍 (source) kinetic energy E _ { k }
0.5
Lower
0909.1430 🔍 (source) peak global metallicity [ M / H ]
-1.1 ± 0.3
0909.1912 🔍 (source) prominent peak
70.0 Myr
0909.2959 🔍 (source) pre-shock density n _ { c }
14.0 cm-3
0909.3306 🔍 (source) disk rotation period
0.55 +0.44999999999999996-0.45000000000000007 Gyr
0909.4055 🔍 (source) disk center intensity I _ { c }
0.6 ± 0.19
0909.3874 🔍 (source) YMC dark energy w _ { y }
-1.0
Lower
0909.4274 🔍 (source) disk fraction
10.7 %8
0909.5096 🔍 (source) kinetic energy flux Q
3e+43 erg s-1
0909.5355 🔍 (source) KS dimensionless parameter \omega _ { 0 }
1.4e-18
Lower
0910.0084 🔍 (source) keV luminosity L _ { X }
1.1e+31 erg s-1
0910.0215 🔍 (source) expected signal-to-background ratio
1.0
0910.0310 🔍 (source) peak age
13.3 Gyr s
0910.0760 🔍 (source) likelihood ratio
0.51
0910.0954 🔍 (source) apparent peak P _ { spin } / P _ { orb }
0.1
0910.1248 🔍 (source) look-back time
0.1
0910.1248 🔍 (source) look-back time t _ { L }
0.02
Lower
0910.1597 🔍 (source) peak strength of the poloidal field
124.0 ± 17.0
0910.1597 🔍 (source) toroidal field peaks
380.0 ± 30.0
0910.1597 🔍 (source) toroidal field peaks
1.4 ± 0.2
0910.1885 🔍 (source) Brans-Dicke coupling contant \omega
-1.9
0910.1913 🔍 (source) peak magnitude
13.25 ± 0.04 mag
0910.2248 🔍 (source) kinetic energy to ejected mass ratio E _ { K } / M _ { ej }
2.7
0910.2093 🔍 (source) break energy
3.24 +0.13-0.12 keV
0910.2248 🔍 (source) peak magnitude M _ { R }
56.0 C
Lower
0910.2467 🔍 (source) keV flux density \Gamma
1.82 +0.26-0.24 ± 0.04
0910.3037 🔍 (source) 2MASS { K _ { s } A _ { [ 3.6 ] } / A _ { K _ { s } }
0.63 ± 0.01
0910.3074 🔍 (source) \mathrm { keV } flux ratio F _ { PWN } / F _ { PSR }
8.0
0910.3186 🔍 (source) jet kinetic luminosity L _ { k }
2e+39 erg s-1
0910.3206 🔍 (source) black holes masses M _ { \bullet }
4000000.0 M_\odot
Upper
0910.3669 🔍 (source) inclination i of the accretion disk \cos i
0.66
Lower
0910.3698 🔍 (source) dark matter particle masses m _ { \chi }
150.0 GeV
Lower
0910.3745 🔍 (source) thickness \delta _ { F } ^ { * }
0.15000000000000002 +0.04999999999999999-0.05000000000000002 R_\odot
0910.4167 🔍 (source) average limb-darkened diameter
44.28 ± 0.15 m as
0910.4488 🔍 (source) disk parameters Q
1.0
Upper
0910.5774 🔍 (source) spectral peak energy E _ { peak } ^ { src }
86.5 +6.4-6.3 keV
0911.0382 🔍 (source) mean disk radii
0.30000000000000004 +0.09999999999999998-0.10000000000000003 pc
0911.0418 🔍 (source) Peccei-Quinn symmetry-breaking f _ { a }
12.0
Upper
0911.0502 🔍 (source) braking index parameter n _ { \gamma }
2.3
0911.0892 🔍 (source) position of the dust peak A _ { V }
50.0
0911.1409 🔍 (source) intensity peak V _ { \scriptsize LSR }
50.0 ± 2.0 km s-1
0911.1781 🔍 (source) peak-to-peak radial velocity variations
710.0 km s-1
0911.1781 🔍 (source) peak-to-peak radial velocity variations
540.0
0911.1955 🔍 (source) microwave background temperature
2.72548 ± 0.00057 K
0911.1864 🔍 (source) dark matter halo mass
0.8
0911.2212 🔍 (source) kinetic power \dot { E }
2.3999999999999998e+41 erg s-1
0911.2025 🔍 (source) bulk Lorentz factor \Gamma
750.0
0911.2306 🔍 (source) keV luminosity
3.8e+38 erg s-1
0911.2306 🔍 (source) disk radius
9.5 ± 4.5
0911.3332 🔍 (source) kinetic luminosity
4.5e+45 +3.1e+45-1.8e+45 erg s-1
0911.3332 🔍 (source) kinetic luminosity
1.4 +1.1-0.6 %
0911.3651 🔍 (source) kinematical
52.0 ± 8.0
0911.3651 🔍 (source) mean kinematical age
4.0 ± 1.0 Gyr
0911.3900 🔍 (source) thick-disk scale height
0.75 ± 0.07 kpc
0911.3772 🔍 (source) disk
2.2 kpc
0911.4481 🔍 (source) kick velocity
150.0 km s-1
0911.4810 🔍 (source) present dark energy density parameter \gamma
0.15 ± 0.03
0911.4810 🔍 (source) present dark energy density parameter \Omega _ { \Lambda 0 }
0.73 ± 0.03
0911.4820 🔍 (source) strength of interaction between dark sectors \beta
0.085
Upper
0911.4946 🔍 (source) kinetic temperature
16.0 K
0911.5457 🔍 (source) disk fraction
20.0
Lower
0912.0311 🔍 (source) peak-to-peak attenuation
3.0000000000000004e-05
0912.0311 🔍 (source) peak-to-peak attenuation
0.013999999999999999
0912.0281 🔍 (source) break magnitude M _ { 1450 } ^ { * }
-26.0
Lower
0912.0695 🔍 (source) disk
32.0
0912.0695 🔍 (source) disk
7789.0
0912.0695 🔍 (source) disk
2420.0
0912.0695 🔍 (source) disk
99.0
0912.0923 🔍 (source) dark energy equation-of-state parameter w _ { 0 }
-1.04 +0.15-0.2
0912.1209 🔍 (source) Kerr parameter
0.28 ± 0.08
0912.2015 🔍 (source) Lower KS indices n _ { H _ { 2 } }
1.46 ± 0.34
0912.2015 🔍 (source) KS index n _ { H _ { 2 } }
1.1 ± 0.1
0912.2015 🔍 (source) KS index n _ { H _ { 2 } }
2.22 ± 0.07
0912.2335 🔍 (source) maximum-likelihood integrated source count { \it N ( > S )
27.2 ± 2.5
0912.3055 🔍 (source) radiative viscosity to bulk viscosity
0.5
0912.2869 🔍 (source) disk \dot { M } _ { acc }
1.1e-07 (\alpha / 0.01)
Upper
0912.3042 🔍 (source) kinetic temperature
105.0 ± 45.0 K
Upper
0912.3215 🔍 (source) limb darkened angular diameters
0.699 ± 0.017 m as
0912.3220 🔍 (source) thick discs h
0.05
0912.3528 🔍 (source) black hole spin a / m
0.5
0912.3762 🔍 (source) night-sky surface brightness B
22.8 mag
0912.4026 🔍 (source) kinetic k _ { \perp } \rho _ { i }
1.0
Lower
0912.4308 🔍 (source) thickness
0.4 +0.3-0.2 kpc
0912.4308 🔍 (source) thickness
80.0 +70.0-40.0 kpc
0912.5201 🔍 (source) background albedo p _ { v }
0.18 ± 0.02
1001.0145 🔍 (source) peak temperature
1.9
Lower
1001.0145 🔍 (source) peak temperature
3600000000.0 K
1001.0576 🔍 (source) disk mass
260000000000.0 M_\odot
1001.0576 🔍 (source) disk+bulge mass M ( R < 60 { ~ { } kpc } )
130000000000.0 M_\odot
1001.0792 🔍 (source) scale 2–10 keV X-ray emission
1e-13 erg cm-2 s-1
1001.0800 🔍 (source) keV X-ray luminosity
3300000000000000.0 ± 500000000000000.0 erg s-1
1001.0852 🔍 (source) flickering source a temperature T _ { fl }
9500.0 ± 500.0 K
1001.0983 🔍 (source) fractional masses of shocked ejecta M _ { O }
32.0 %
1001.0983 🔍 (source) forward shock velocity v _ { FS }
2770.0 ± 500.0 km s-1
1001.0983 🔍 (source) reverse shock radius
2.7 ± 0.4 pc
1001.0983 🔍 (source) forward shock radius
4.0 ± 0.3 pc
1001.1351 🔍 (source) K-band flux density
2.0 mJy
1001.1288 🔍 (source) surface layer thickness \Delta \varepsilon
0.05
1001.1780 🔍 (source) kinematic age
5.0 Gyr
1001.2221 🔍 (source) dark energy \Omega _ { DE }
0.1
Lower
1001.2145 🔍 (source) bulk factor \Gamma
58.0
1001.2204 🔍 (source) kinematic distance
10.3 kpc
1001.2491 🔍 (source) inner edge of the outer disk r
13.0 AU
1001.2484 🔍 (source) pre-shock ambient density
0.2 cm-3
Upper
1001.3135 🔍 (source) bulk motion
2.97 ± 0.32 m as yr-1
1001.3428 🔍 (source) average time from explosion to B -band peak brightness
17.38 ± 0.17 day
1001.3688 🔍 (source) bolometric peak flux
3.5e-08 erg cm-2 s-1
1001.4044 🔍 (source) pulsation distances bracket the distance
18.2 ± 1.5 Mpc
1001.4616 🔍 (source) black hole ) mass
15.0 +4.0-2.5 M_\odot (14.5 ^ +3 _ -2.5 M _ \odot)
1001.4616 🔍 (source) black hole mass
20.0 ± 4.0 M_\odot
1001.5096 🔍 (source) keV luminosity
1.1e+42 erg s-1
1001.5096 🔍 (source) black hole mass
120000.0 M_\odot
1001.5143 🔍 (source) disk center \mu
0.9
Lower
1001.5399 🔍 (source) dark matter particle mass B _ { MH }
90.0
1002.0349 🔍 (source) Planck energy E _ { Planck }
1.22e+19 GeV
1002.1080 🔍 (source) dark halo centre
-130.0 kpc
1002.1261 🔍 (source) black hole spin a _ { * }
0.9
1002.1276 🔍 (source) radial position of the break
1.3 ± 0.1
1002.1743 🔍 (source) disk
1.1 ± 0.1 kpc
1002.1476 🔍 (source) sharp peak b _ { o }
0.9
1002.2211 🔍 (source) dimensionless spin parameter of the black hole to a _ { * }
0.12 ± 0.19
1002.2492 🔍 (source) kinematic distance
5.5 kpc
1002.3415 🔍 (source) parameter of dark energy
-1.37
Lower
1002.3324 🔍 (source) peak flux density
148.0 ± 38.0 Jy
1002.3354 🔍 (source) X/K luminosity ratios
2.45e+27 +7.500000000000001e+26-7.500000000000002e+26 erg s-1
1002.3668 🔍 (source) 2–10 keV flux of the persistent emission
5.7e-11 erg cm-2 s-1
1002.3668 🔍 (source) blackbody radius
5.0 km
1002.4160 🔍 (source) black hole mass \log ( R _ { 2500 } / cm )
15.78 ± 0.12
1002.4477 🔍 (source) 3rd-peak s-process element [ Pb / Fe ]
1.88
1002.4765 🔍 (source) symmetry breaking scale M
8.9e+17 ± 7.9e+17 GeV
1003.0317 🔍 (source) Comptonization of disk photons \tau
8.5 ± 1.5
1003.0680 🔍 (source) black hole mass
5.0
Upper
1003.0966 🔍 (source) disk thickness | h / r |
0.05
Upper
1003.1721 🔍 (source) polar disk Z
0.2
1003.2417 🔍 (source) peak bolometric luminosity
2.3999999999999997e+43 erg s-1
1003.2559 🔍 (source) dark matter host halo mass M
25000000000000.0 +5000000000000.0-15000000000000.0 M_\odot h-1
1003.2911 🔍 (source) sky fraction
0.48
1003.3542 🔍 (source) super–massive black–hole mass
5000000000.0 M_\odot
1003.3694 🔍 (source) thickness
0.95 AU
1003.3833 🔍 (source) peaks offset
0.96 ± 0.01
1003.3797 🔍 (source) fraction of dark matter throughout
470000000.0 M_\odot
1003.3833 🔍 (source) peaks offset
0.33 ± 0.02
1003.4536 🔍 (source) disk h _ { z }
700.0 pc
1003.4604 🔍 (source) black hole mass
5700.0 M_\odot
1003.5118 🔍 (source) cores peaks
0.1
1003.6133 🔍 (source) absorption corrected 2–10 keV flux
6e-11 erg s-1 cm-2
Lower
1003.6133 🔍 (source) black hole mass M _ { BH }
46000000.0 M_\odot
1004.1173 🔍 (source) black hole mass population f _ { opt }
0.002
Lower
1004.1073 🔍 (source) kinematical age t _ { k }
1400.0 yr
1004.1418 🔍 (source) break energy E _ { br }
2.4 ± 0.3 GeV
1004.1507 🔍 (source) average r -band disk scale length
3.79 kpc
1004.1559 🔍 (source) shock Mach numbers M
2.0
1004.2331 🔍 (source) shock speed
1200.0 km s-1
1004.2650 🔍 (source) kinetic temperatures T _ { k }
40.0 ± 10.0
1004.2720 🔍 (source) luminosity of the reverse shock \sigma _ { 0 }
1.0
1004.2785 🔍 (source) gas mass fractions taken
0.06 ± 0.01 dex
1004.2790 🔍 (source) peak of the number density logL _ { X }
44.5
Lower
1004.2792 🔍 (source) peak temperatures T _ { peak }
-400000000.0 K
1004.3487 🔍 (source) s disk
27.5 ± 2.5 AU
1004.3515 🔍 (source) pre-shock ISM density
0.2 cm-3
1004.3540 🔍 (source) shock Mach number M
4.2 +0.8-1.2
1004.3831 🔍 (source) peak time t _ { pk }
1000.0 s
Lower
1004.5411 🔍 (source) disk surface density F _ { X
3.0
Lower
1004.5379 🔍 (source) keV luminosity
2.2000000000000003e+41 erg s-1 (2.7 \times 10 ^ 41 erg s ^ -1)
1004.5379 🔍 (source) keV X-ray flux
5e-14 erg cm-2 s-1
1004.5267 🔍 (source) peak energy E _ { p }
20.0 keV
1005.0141 🔍 (source) shock Lorentz factors \Gamma _ { u }
6.0
Lower
1005.0141 🔍 (source) shock Lorentz factors \Gamma _ { u }
6.0
Lower
1005.0149 🔍 (source) shock temperature
10.8 keV
1005.0367 🔍 (source) peak nightly flux
1.1399999999999999e-11 ± 2.6e-12 cm-2 s-1
1005.0469 🔍 (source) disk inner temperature
4.8 ± 0.9
1005.0627 🔍 (source) black-hole spin \chi _ { gas }
0.998 ± 0.0002
Upper
1005.0684 🔍 (source) keV average flux
3e-11 erg cm-2 s-1
1005.1081 🔍 (source) peak bolometric luminosity
2.0
1005.1081 🔍 (source) peak bolometric luminosity
5e+40 erg s-1
1005.1575 🔍 (source) cosmic infrared background surface brightness
9.9 nW m-2 sr-1
1005.1612 🔍 (source) disk temperatures T
13500.0
Lower
1005.1876 🔍 (source) dark halo mass
500000000000.0 M_\odot
1005.1955 🔍 (source) mass of the central black hole
10900000.0 M_\odot
1005.1887 🔍 (source) mean center-to-disk temperature ratio
1.15 ± 0.03
1005.2207 🔍 (source) spatial variation of the sky intensity
5.8
1005.2207 🔍 (source) spatial variation of the sky intensity
6.3
1005.2141 🔍 (source) bulk outflow Lorentz factor \Gamma
1200.0
Lower
1005.2709 🔍 (source) likely outburst date t _ { 0 }
2007.0
1005.3027 🔍 (source) day-side Ks-band brightness temperature T _ { B }
1636.0 +79.0-88.0 K
1005.3048 🔍 (source) kinetic energies
3600.0 M_\odot km2 s-2
Upper
1005.2959 🔍 (source) black hole mass \log ( M _ { BH } / M _ { \sun } )
8.7 ± 0.3
1005.3223 🔍 (source) black holes masses
7.7
Lower
1005.3263 🔍 (source) peak flux F
2e-05 ph cm-2 s-1
1005.3909 🔍 (source) black-hole M _ { BH }
180000000.0 M_\odot
1005.4063 🔍 (source) skewness
0.15000000000000002 +0.04999999999999999-0.05000000000000002
1005.4678 🔍 (source) dark matter masses m _ { X }
0.3
1005.4678 🔍 (source) dark matter masses
0.1
1005.4969 🔍 (source) mean gas kinetic temperature
20.0 K
1005.4891 🔍 (source) peak flux F _ { \gamma , p }
2e-05 ± 4e-06 ph cm-2 s-1
1005.4907 🔍 (source) black hole mass
99.0
Lower
1005.5078 🔍 (source) dark matter particle ’ s mass m _ { dm }
3000.0
Upper
1005.5229 🔍 (source) bulk LF \Gamma
600.0
1005.5294 🔍 (source) stellar kinematics of the inner part r
15.0 kpc
Upper
1006.0287 🔍 (source) temperatures kT
0.26 keV
1006.1004 🔍 (source) disk fraction
6.0 ± 2.0 %
1006.1247 🔍 (source) kinetic energy density R _ { X }
-4.0
Upper
1006.2140 🔍 (source) average kinetic temperature of the gas
25.0 K
1006.2220 🔍 (source) in-plane optical depth of the EKB dust \tau
2e-05
1006.2440 🔍 (source) bulk Lorentz factor \Gamma
240.0
1006.2949 🔍 (source) bulk density \rho _ { p }
3.7 ± 0.83 g cm-3
1006.3552 🔍 (source) shock velocity
-1.0
1006.3817 🔍 (source) outer disk
1.0 Gyr
Upper
1006.3860 🔍 (source) Hawking temperature T _ { H } : E ^ { ( \uparrow \downarrow ) } _ { n }
-2.0
1006.4311 🔍 (source) planetesimal disk ’ s dust production rate \dot { M } _ { d }
9.0
1006.4311 🔍 (source) cross section of dust in the disk A _ { d }
2e+20 km2
1006.4564 🔍 (source) peak line strength integrated
17.8 mJy
1006.4461 🔍 (source) electro-weak vev v
246.2 GeV
1006.5072 🔍 (source) Planck mass
2400000000000000.0 TeV
1006.4962 🔍 (source) bulk composition
23.0 % am
1006.5152 🔍 (source) peak velocity f _ { R }
6.5 ± 2.0 km s-1
1006.5121 🔍 (source) peak height of the cluster \nu
5.6
1006.5336 🔍 (source) kinetic energy
1.2e+48 erg
1006.5455 🔍 (source) bulk density \rho
0.72 ± 0.04 g cm-3
1007.1237 🔍 (source) black hole mass
540000000.0 M_\odot
1007.1499 🔍 (source) break period \log ( P )
0.4
1007.1570 🔍 (source) kinematic age
100.0 yr
Upper
1007.2051 🔍 (source) median bulk rotation of satellites
-1.0 ± 8.0 km s-1
1007.2552 🔍 (source) break time t _ { br }
390.0 ± 30.0 day
1007.2829 🔍 (source) braking index n
2.65 ± 0.01
1007.2850 🔍 (source) peak absolute B magnitude
-15.4 ± 0.2
1007.2859 🔍 (source) Galactic disk age
8.0 Gyr
1007.2838 🔍 (source) keV energy
5.4000000000000003e-14 erg s-1 cm-2
1007.3280 🔍 (source) luminosity of the soft ( blackbody L _ { BB }
1.4999999999999999e+37 erg s-1
1007.3595 🔍 (source) central black hole mass M
112000000.0 M_\odot
1007.3766 🔍 (source) kinetic couplings \chi
3.48e-08
Lower
1007.3834 🔍 (source) black hole masses \log ( M _ { bh } / M _ { \odot } )
8.13 ± 0.05
1007.3834 🔍 (source) black hole masses
2.8 +0.7-0.5
1007.3993 🔍 (source) disk surrounding
73.0 pc
1007.3993 🔍 (source) disk surrounding D
12.0 Myr
1007.4373 🔍 (source) break energy E _ { b }
31.0 keV
1007.4559 🔍 (source) black hole masses
52000.0 M_\odot
1007.4559 🔍 (source) black hole masses
3.0
Lower
1007.4520 🔍 (source) density slope of the disk \alpha
1.0
Upper
1007.4815 🔍 (source) dark matter halo size of the satellite lens galaxy
6.0 +2.9-2.0 kpc
1007.4768 🔍 (source) peak luminosity L _ { X }
2e+39 erg s-1
1007.5070 🔍 (source) disk masses M _ { d }
0.0735 ± 0.06949999999999999 M_\odot
1007.5322 🔍 (source) dark matter mass fractions
-80.0 %
Upper
1007.5492 🔍 (source) kinematic distance
3.1 kpc
1008.0365 🔍 (source) kinetic energy
6.700000000000001e+43 erg
1008.1583 🔍 (source) feedback timescales
0.2 Gyr s
Upper
1008.1984 🔍 (source) intrinsic Ks-band flux
27.5 mJy
1008.1950 🔍 (source) disk mass
0.03 M_\odot
1008.2201 🔍 (source) bias-corrected number density of weak intervening Ca ii absorbers d N / dz
0.117 ± 0.044
1008.2182 🔍 (source) dark-energy equation-of-state parameter w _ { DE }
-1.153
1008.2397 🔍 (source) kick magnitude
-120.0 km s-1
1008.2915 🔍 (source) O VI -rich thick disk/halo gas p _ { th } / k
6500.0 +2500.0-2600.0 K cm-3
1008.3167 🔍 (source) average projected dark matter mass fraction
0.42 ± 0.08
1008.3030 🔍 (source) neutron skin thickness R _ { n } - R _ { p }
0.16 fm
1008.3030 🔍 (source) neutron skin thickness
208.0
1008.3399 🔍 (source) R-band disk size r _ { s } ^ { R }
13.0 ± 5.0
1008.4319 🔍 (source) black hole ( BH ) mass M _ { bh } { { } _ { > } \atop { } ^ {
2.0 s
1008.4464 🔍 (source) coupling KS constant \omega
1.2500000000000001e-25 cm2
1008.4630 🔍 (source) stacked radio flux
0.08 ± 0.15 Jy
1008.4797 🔍 (source) supernova peak flux M _ { B }
-16.6 mag
Lower
1008.5065 🔍 (source) disk inner radius R _ { in }
0.05
Upper
1008.5178 🔍 (source) total kinetic power
1.4999999999999997e+45 ± 5e+44 erg s-1
1008.5065 🔍 (source) disk inclination
81.0
1009.0750 🔍 (source) black hole mass to decrease dramatically
600000000.0 M_\odot
1009.0598 🔍 (source) kinematics
0.03
Lower
1009.1401 🔍 (source) electron density and kinetic temperature
120000.0 ± 90000.0 cm-3
1009.1293 🔍 (source) top quark pole mass m _ { T }
171.3 GeV
1009.1275 🔍 (source) gas kinetic temperature NH _ { 3 }
11.65 ± 2.25 K
Lower
1009.1558 🔍 (source) ammonia abundance in these diffuse Galactic disk
7.500000000000001e-09 ± 2.5e-09
1009.1636 🔍 (source) peak
0.39 ± 0.02
1009.1636 🔍 (source) peak
0.94 ± 0.03
1009.1652 🔍 (source) solar-like long-term activity cycle P _ { cycle }
8.84 ± 0.4 yr s
1009.1724 🔍 (source) mean kinematic distance d
1.8 kpc
1009.2183 🔍 (source) the central surface dark matter density
0.64 +0.08-0.11
1009.2183 🔍 (source) the central surface dark matter density M
9.1 ± 0.2
1009.2810 🔍 (source) blackbody temperature kT
0.5 keV
1009.4832 🔍 (source) super-massive black hole mass
5400000.0 M_\odot
1009.3934 🔍 (source) dark matter masses m _ { \chi }
100.0 GeV
1009.4460 🔍 (source) frequency of outer disks r
26.5 ± 23.5 AU
1009.4929 🔍 (source) predicted 2–10 keV X-ray luminosities L _ { X }
1.5100000000000001e+43 ± 1.49e+43
1009.5061 🔍 (source) sky-projected spin-orbit angle \lambda
167.4 ± 11.2 day
1009.5382 🔍 (source) black hole mass
4.0
Upper
1009.5671 🔍 (source) sky-projected obliquity
103.0 +26.0-10.0 day
1009.5767 🔍 (source) total intrinsic 0.3-2 keV luminosity
2e+39 erg s-1
1009.5993 🔍 (source) absorber to disk gas
5255.0 km s-1
1010.0192 🔍 (source) kinematics
32.0 R_\odot
Upper
1010.0248 🔍 (source) metallicity gas disk
3.0 s
1010.0249 🔍 (source) kurtosis
0.5
Lower
1010.1013 🔍 (source) spin of this black hole a _ { * }
0.49 +0.13-0.2
1010.0962 🔍 (source) the black hole spin a _ { * }
1.0
1010.0857 🔍 (source) braking index n
2.684 ± 0.002
1010.0831 🔍 (source) dark energy equation of state parameter w
-1.0 ± 0.2 (stat) ± 0.3 (syst)
1010.0768 🔍 (source) black hole masses
1550000000.0 ± 1450000000.0 M_\odot
1010.1318 🔍 (source) sky-projected spin-orbit angle \lambda
-4.9 ± 11.9 day
1010.1962 🔍 (source) disk masses
-0.07 M_\odot
1010.2689 🔍 (source) V -band peak magnitude M _ { V }
-18.4 ± 1.0 mag
1010.2904 🔍 (source) black hole mass and accretion rate
16250.0 ± 13750.0 M_\odot
1010.3058 🔍 (source) break time scale
5.8 ± 3.5 day
1010.3058 🔍 (source) break time scale
11.6 +17.5-8.7 day
1010.3199 🔍 (source) kinetic energy
5e+51 erg
Lower
1010.3472 🔍 (source) peak optical depth
-3.0
Upper
1010.3468 🔍 (source) backsplash population fraction R / R _ { virial }
2.0
Upper
1010.3550 🔍 (source) star forming disk
130.0 kpc g as day
1010.3550 🔍 (source) star forming disk
50.0 kpc
1010.3840 🔍 (source) best-fit XIS1 MEKAL temperature
4.7 ± 0.1 keV
1010.4742 🔍 (source) Keplerian orbit
2.95 +0.1499999999999999-0.15000000000000036 day
1010.4762 🔍 (source) rotational braking timescale \tau
28.0
1010.4964 🔍 (source) Kerr parameters
0.5
1010.4964 🔍 (source) Kerr parameters
0.9
1010.4964 🔍 (source) Kerr parameters
0.95
1010.5276 🔍 (source) radial scale length of the thin and thick discs h _ { r }
7.3 ± 1.0 kpc
1010.5276 🔍 (source) velocity dispersion of the thick disc \sigma _ { thick }
50.8 ± 1.9 km s-1
1010.5783 🔍 (source) dark matter halo mass-to-stellar mass ratio M _ { DM } / M _ { \ast }
1.0
Upper
1011.0102 🔍 (source) disk mass
0.12 M_\odot
Upper
1011.0133 🔍 (source) C/X-like : S-like ratio H
18.0 (0.33 \pm 0.04)
1011.0854 🔍 (source) kinematic distance
0.5 ± 0.5 kpc
1011.1166 🔍 (source) thickness
0.41 pc
1011.1166 🔍 (source) thickness
19000.0 M_\odot
1011.2028 🔍 (source) limb-darkened angular diameter
0.564
1011.2144 🔍 (source) bulk density
11.0 ± 3.5 g cm-3
1011.2204 🔍 (source) peak rates
0.58
1011.2231 🔍 (source) keV luminosity
3e+40 erg s-1
1011.2505 🔍 (source) Kolmogorov constant C _ { KA }
3.2 ± 0.2
1011.2777 🔍 (source) galaxies ’ dark matter density profiles
-0.4 ± 0.1
1011.2647 🔍 (source) black hole mass
700000000.0 +470000000.0-640000000.0 M_\odot
1011.2647 🔍 (source) black hole mass
1200000000.0 +500000000.0-200000000.0 M_\odot
1011.3050 🔍 (source) quickest merger g
1.08 hr
1011.3010 🔍 (source) disk-to-black hole mass ratios
0.24
1011.3010 🔍 (source) disk-to-black hole mass ratios
0.11
1011.3010 🔍 (source) disk-to-black hole mass ratios
0.17
1011.3050 🔍 (source) quickest merger g
15.7
1011.3339 🔍 (source) kinetic temperature
25.0 ± 5.0 K
1011.3339 🔍 (source) } column density toward the deuterium peak
2.5000000000000003e+23 ± 1.5e+23 cm-2
1011.3537 🔍 (source) temperature kT
0.45 ± 0.03 keV
1011.3563 🔍 (source) Keplerian frequency j _ { max }
0.7
Lower
1011.4251 🔍 (source) peak grain radius a _ { p }
0.5
1011.4342 🔍 (source) peaks
-1.4
1011.4816 🔍 (source) sky of the systemic velocity
7.6 km s-1
1011.4959 🔍 (source) peak absolute magnitudes \langle M _ { R } \rangle
-17.9 ± 0.9 mag
1011.4816 🔍 (source) sky of the systemic velocity
-16.0 km s-1
1011.5512 🔍 (source) total kinetic
6e+47 erg
Upper
1011.5697 🔍 (source) blackbody of temperature
186.0 +19.0-18.0 eV
1011.5664 🔍 (source) sky-projected spin orbit angles \lambda
-4.7 ± 4.0
1011.5671 🔍 (source) disk
37.0
1011.5671 🔍 (source) disk
25.0
1011.5671 🔍 (source) disk
15.0 AU
1011.6126 🔍 (source) kinetic energy
1.8e+52 ± 7e+51 erg
1011.6126 🔍 (source) absolute peak magnitude M _ { B }
-18.36 ± 0.44
1011.6292 🔍 (source) bulk flow
260.0 km s-1
1011.6323 🔍 (source) local dark matter density
1.3 ± 0.3 GeV cm-3
1011.6253 🔍 (source) thick-disk scale height z _ { thick }
0.7 ± 0.1 kpc
1011.6253 🔍 (source) thin-disk scale length R _ { thin }
2.0 ± 0.4 kpc
1011.6196 🔍 (source) masses of dark matter particle m _ { \chi }
5.0 GeV
1011.6135 🔍 (source) inner edge of magnetic inactive disk a _ { crit }
0.25 ± 0.04999999999999999 AU
1011.6277 🔍 (source) their total K -band luminosities M / L _ { K }
6.0 M_\odot L_\odot-1
1012.0229 🔍 (source) outer disk radius
51000000000.0 +3000000000.000007-2999999999.999998 cm
1012.0738 🔍 (source) overall braking index n
2.087 ± 0.007
1012.1570 🔍 (source) peak the scattering cross-section
1070.0 ± 40.0 km2 s-1
1012.2335 🔍 (source) dark \langle \sigma v \rangle
3e-26 cm3 s-1
1012.2770 🔍 (source) Poynting to the kinetic energy flux
0.01
1012.2863 🔍 (source) peak
490.0 keV
1012.3015 🔍 (source) black hole mass M _ { BH }
55000000.0 +36000000.0-20000000.0 M_\odot
1012.3164 🔍 (source) effective equation of state of decaying dark energy w _ { eff }
-0.996 ± 0.025
1012.4064 🔍 (source) total intensity spectral index distribution peaks \alpha _ { I }
0.25
1012.4373 🔍 (source) frequency peak
2.7763 day-1
1012.5037 🔍 (source) range kinetic temperature T \mathrm { { } _ { kin } }
107.5 ± 92.5 K
1012.5319 🔍 (source) peak brightness temperature
-1.0
1012.5451 🔍 (source) Brans–Dicke parameter \omega
-40.0
Upper
1012.5673 🔍 (source) kinematic distance
2.75 ± 0.25 kpc
1012.5894 🔍 (source) peaks \kappa
0.02
1101.0842 🔍 (source) total unabsorbed 0.5–10 keV flux
9e-14 erg cm-2 s-1
1101.0866 🔍 (source) break luminosity L _ { b }
2.5e+52 erg s-1
1101.0866 🔍 (source) post-break indices \nu _ { 1 }
1.72
1101.0870 🔍 (source) spin fown of black holes of mass D
0.085 ± 0.015 Mpc
1101.0870 🔍 (source) spin fown of black holes of mass M
11.0 ± 1.0 M_\odot
1101.1099 🔍 (source) peak time of the forward shock \Gamma _ { 0 }
120.0
1101.1622 🔍 (source) disk plus bulge ) stellar mass \log _ { 10 } ( M _ { * } / M _ { \odot } )
10.99 +0.11-0.25
1101.1622 🔍 (source) kinematics stellar mass
0.1 ± 0.05 dex
1101.1622 🔍 (source) disk scale lengths the dark matter fraction f _ { DM }
0.55 +0.2-0.15
1101.1692 🔍 (source) total background contribution
8.3 ± 3.6
1101.2068 🔍 (source) kinetic energy E _ { K }
5.5e+51 ± 2.5e+51 erg
1101.2093 🔍 (source) aftercorrectionforgravitationalmagnificationandcompletenesslevels.Thestackinganalysisrevealsanintrinsic870 \mu m
390.0 ± 27.0 Jy
1101.2377 🔍 (source) blue–shifted He-like Fe
400.0 km s-1
1101.2377 🔍 (source) blue–shifted He-like Fe
200.0 km s-1
1101.2499 🔍 (source) black hole mass M
8.91 ± 1.1 M_\odot
1101.2757 🔍 (source) their rest-frame K -band luminosity \log ( M _ { * } / M _ { \odot } )
11.5 ± 0.2
1101.3090 🔍 (source) median disk masses M _ { d,C 0 } ^ { mean }
0.12 M_\odot
1101.3313 🔍 (source) lookback time
9.4 Gyr
1101.3695 🔍 (source) disk inclination angle
20.0
1101.4072 🔍 (source) kinetic temperature
12.0
1101.4340 🔍 (source) kinetic luminosity
2e+43 erg s-1
1101.5153 🔍 (source) typical kinetic temperature
33.0 K
1101.5232 🔍 (source) peak perturbation amplitude
1.24
1101.5529 🔍 (source) peaks E _ { \mathrm { up }
0.0 AU
1101.5637 🔍 (source) blackbody spectrum kT
130.0 eV
1101.5719 🔍 (source) disk h
60.0 AU
1102.0277 🔍 (source) peak flux
8.499999999999999e-05 ± 4.9999999999999996e-06 ph cm-2 s-1
1102.0814 🔍 (source) background sky temperature
0.11
1102.0814 🔍 (source) background sky temperature
0.0059
1102.0814 🔍 (source) background sky temperature
0.0032
1102.0814 🔍 (source) background sky temperature
1.6
1102.0814 🔍 (source) background sky temperature
0.71
1102.0814 🔍 (source) background sky temperature
18.0
1102.0814 🔍 (source) background sky temperature
2.8
1102.0654 🔍 (source) black hole mass
5.42 M_\odot
1102.0783 🔍 (source) allsky flux
0.0053 erg cm-2
1102.1089 🔍 (source) Shakura-Sunyaev viscosity parameter \alpha
0.025 +0.015-0.015000000000000001
1102.1308 🔍 (source) shock Lorentz factor \gamma _ { sh }
10.0
1102.1446 🔍 (source) momentum feedback per stellar mass p _ { * } / m _ { * }
3000.0 km s-1
1102.2056 🔍 (source) kinematic distance
3.7 kpc
1102.2533 🔍 (source) peak extinction A _ { 1.87 }
2.3 mag
1102.2548 🔍 (source) dark matter mass
57.5 ± 7.5 GeV
Lower
1102.2786 🔍 (source) peak amplitude
2.25e-08 ± 1.25e-08
1102.3046 🔍 (source) black hole
430000000.0 M_\odot
1102.3696 🔍 (source) peak X-ray luminosity
8.2e+28 erg s-1
1102.3927 🔍 (source) kinematic width \Delta v _ { 90 }
52.0 km s-1
1102.3829 🔍 (source) kick velocity
42.0 ± 30.0 km s-1
1102.4364 🔍 (source) percentage of disks in the transitional phase
1.5 ± 0.5 Myr
Lower
1102.4364 🔍 (source) percentage of disks in the transitional phase
6.5 ± 1.5 Myr
1102.4364 🔍 (source) mean transitional disk lifetime
0.3 +0.2-0.19999999999999998 Myr
Upper
1102.4340 🔍 (source) local dark matter density
0.4 ± 0.04 GeV cm-3
1102.4364 🔍 (source) mean transitional disk lifetime
1.0 Myr
1102.4364 🔍 (source) percentage of disks in the transitional phase
17.5 ± 2.5
Lower
1102.4555 🔍 (source) disk masses
0.028 M_\odot
Lower
1102.4555 🔍 (source) disk masses
0.21 M_\odot
Upper
1102.4850 🔍 (source) dark matter halo masses
12.7 +0.4-0.6
1102.4850 🔍 (source) dark matter halo masses \log ( M _ { halo } [ h ^ { -1 } M _ { \sun } ] )
13.3 +0.3-0.4
1102.5124 🔍 (source) warm dark matter range m _ { s }
10.0 keV
Upper
1102.5076 🔍 (source) black hole mass L _ { X } / L _ { Edd }
17.0 ± 9.0
1102.5634 🔍 (source) kinematical age
2500.0 yr
1103.0202 🔍 (source) dark matter axis ratios
2.02 ± 0.01
1103.0202 🔍 (source) dark matter axis ratios
1.24 ± 0.13
1103.0785 🔍 (source) disk frequency
3.8 ± 0.7
1103.0779 🔍 (source) peak bolometric luminosity L _ { BB }
3.0000000000000003e+44 ± 2e+44 erg s-1
1103.0984 🔍 (source) kinetic term \omega
0.0
1103.1126 🔍 (source) K-excess disk frequency
8.9 %
1103.1216 🔍 (source) to 50 \textrm { kHz } frequency range
20.0 mPa
Upper
1103.1603 🔍 (source) bulk flow
538.0 ± 86.0 km s-1
1103.1927 🔍 (source) narrow Fe K \alpha line width
2.6 +0.9-0.4
1103.1783 🔍 (source) background rms brightness
3.7 Jy
1103.1797 🔍 (source) peak luminosity M _ { B }
-15.5
1103.2354 🔍 (source) peak-to-peak radial velocity variations
740.0 km s-1
1103.2350 🔍 (source) peak line brightness
100.25 ± 99.75 K km pc2 s-1
1103.2766 🔍 (source) electroweak scale m _ { DM }
52.5 ± 47.5 GeV
1103.2772 🔍 (source) self-interaction cross section of dark matter particles \sigma / m
3.0 ± 1.0 cm2 g-1
Upper
1103.3010 🔍 (source) sky area
2.66 day
1103.2976 🔍 (source) equation-of-state parameter of dark energy w
-1.08 ± 0.1
1103.3527 🔍 (source) peak star-formation rate period M _ { 20 }
-1.0
Lower
1103.4153 🔍 (source) bolometric peak flux
4.5e-08 erg cm-2 s-1
1103.4153 🔍 (source) keV accretion luminosity
5e+34 erg s-1
1103.4631 🔍 (source) thick disk scale length
1.85 ± 0.3500000000000001 kpc
1103.4631 🔍 (source) thin disk
-0.07 dex kpc-1
1103.4859 🔍 (source) sky-projected stellar obliquity \lambda
-1.0 +14.0-12.0 day
1103.4773 🔍 (source) dark-matter fraction inside the effective radius f _ { DM } ( < R _ { eff } )
0.6 +0.15-0.06 ± 0.1
1103.5084 🔍 (source) peak temperature
11.0 MK
1103.5135 🔍 (source) accretion process can spin a black hole a _ { * }
0.998
1103.5309 🔍 (source) disk dust mass M _ { dust }
3.5e-08 ± 1.5000000000000002e-08 M_\odot
1103.5309 🔍 (source) disk lifetime
0.05
Lower
1103.5456 🔍 (source) peak scattering cross-section
22000.0 km2
1103.5770 🔍 (source) disk fraction
50.0 %
1103.5770 🔍 (source) disk fraction
20.0
1103.5929 🔍 (source) peak
0.94 ± 0.03
1103.5929 🔍 (source) peak
0.39 ± 0.02
1103.6020 🔍 (source) sizes of known transiting planets M _ {
24.0 +10.0-12.0
1103.6020 🔍 (source) sizes of known transiting planets M _ {
35.0 +10.0-15.0
1103.6030 🔍 (source) bulge-to-disk ratio B / D
0.35
1103.6020 🔍 (source) sizes of known transiting planets M _ {
31.0 +13.0-10.0
1104.0010 🔍 (source) AGN-like point source fraction
17.0 ± 2.0 %
1103.6225 🔍 (source) break frequency \log ( \nu _ { b } [ GHz ] )
2.84 ± 0.29
1104.0044 🔍 (source) black-hole best-fit spin parameter \alpha
0.39 +0.48-0.3
1104.0663 🔍 (source) break timescale
13.0 +12.0-6.0 day
1104.0566 🔍 (source) inner disk radius R _ { in }
62.5 ± 37.5 km
1104.0958 🔍 (source) limb-darkening parameter
0.09699999999999999 ± 0.005
1104.0958 🔍 (source) power-law-type limb-darkened disk diameter
42.49 ± 0.06 m as
1104.0958 🔍 (source) uniform-disk diameter
42.05 ± 0.05 m as
1104.0981 🔍 (source) keV luminosity
1.3e+37 +8e+36-5e+36 erg s-1
1104.1124 🔍 (source) kinetic temperature
80.0 ± 20.0 K
1104.1172 🔍 (source) black hole spin
0.88
Lower
1104.1726 🔍 (source) Blazhko modulation P _ { B }
35.6 day
1104.1984 🔍 (source) black hole spin
0.8
1104.2320 🔍 (source) thickness
0.055 +0.045000000000000005-0.045
1104.2619 🔍 (source) black hole masses span
6000000000.0 M_\odot
Upper
1104.2619 🔍 (source) median black hole mass
500000000.0 M_\odot
1104.2734 🔍 (source) black hole spin
0.3
1104.3088 🔍 (source) dark matter particle mass m _ { \chi }
7.0
1104.3361 🔍 (source) microwave background temperature
5.14 K
1104.3574 🔍 (source) disk surface early
1.0 Myr
1104.4122 🔍 (source) molecular S-K \gamma _ { H _ { 2 } }
1.5
Lower
1104.4713 🔍 (source) equation of state parameter of ghost dark w _ { D }
-1.0
Lower
1104.4872 🔍 (source) quark masses \nabla \ln ( m _ { quark } / \Lambda _ { QCD } )
2.6e-06 Gly
1104.5015 🔍 (source) bias of dark matter haloes g _ { NL }
-120000.0
Lower
1104.5426 🔍 (source) equation of state parameter of the dark energy \Omega _ { M }
0.26 ± 0.04
1104.5426 🔍 (source) dark energy equation of state w _ { a }
0.06 ± 0.22
1104.5426 🔍 (source) equation of state parameter of the dark energy w _ { 0 }
-1.03 ± 0.16
1105.0435 🔍 (source) upstream shock M
1.6 ± 0.1
1105.0759 🔍 (source) disk masses
0.05
1105.0759 🔍 (source) disk masses
0.35
1105.1209 🔍 (source) dark matter halo mass R _ { e }
400000000000.0 M_\odot
1105.1463 🔍 (source) cosmic infrared background mean B _ { 160 }
0.77 ± 0.04 ± 0.12 MJy sr-1
1105.1463 🔍 (source) cosmic infrared background mean B _ { 100 }
0.24 ± 0.08 ± 0.04 MJy sr-1
1105.1677 🔍 (source) black hole mass
9620000.0 +330000.0-3730000.0 M_\odot
1105.2317 🔍 (source) keV luminosity
1.6999999999999998e+37 +2e+36-5e+36 erg s-1
1105.2191 🔍 (source) duration of four kink-mode periods P
6.3
1105.2191 🔍 (source) kink-mode period n _ { e } / n _ { i }
0.08 ± 0.01
1105.2598 🔍 (source) disk thickness C / A
0.28 +0.03-0.04
1105.3108 🔍 (source) kinetic temperature of this relatively warm gas T _ { kin }
260.0 ± 240.0 K
1105.3470 🔍 (source) dark energy equation-of-state parameter w
-1.013 +0.068-0.073
1105.3586 🔍 (source) disk radius
13.3 +6.4-6.0
1105.3688 🔍 (source) peak X-ray luminosity \log L _ { X }
31.5 erg s-1
1105.3691 🔍 (source) thick disk
0.03 ± 0.02 dex kpc-1
1105.4031 🔍 (source) K -band Period Luminosity
-2.33 ± 0.08
1105.4077 🔍 (source) dark matter masses
17.5 ± 7.5 GeV
1105.4607 🔍 (source) axis of the outer disk \Omega
31.0 day
1105.4607 🔍 (source) Saturn-like semimajor axis
9.5 AU4
1105.5143 🔍 (source) Kepler geometric albedo
0.32 ± 0.03
1105.5019 🔍 (source) braking index n
3.0
1105.5028 🔍 (source) peak flux F
2.6e-05 ± 4.9999999999999996e-06 ph cm-2 s-1
1105.5617 🔍 (source) radiation pressure dominated accretion disk
2000000000.0 ± 1000000000.0
1105.5534 🔍 (source) average disk mass
0.033 M_\odot
1105.6089 🔍 (source) circumnuclear disk r
100.0
Upper
1106.0044 🔍 (source) position angle of the kinematic line of nodes \theta
142.0 ± 5.0
1105.6188 🔍 (source) SNIa ensemble peak radio luminosity
1.2e+25 erg
1106.0861 🔍 (source) background-subtracted electron recoil rate
1.49 ± 0.14 (stat) ± 0.17
1106.1101 🔍 (source) total polarization degree of the scattered disk flux
14.0 +19.0-8.0 %
1106.1899 🔍 (source) disk masses M$ { } _ {
1.7
Upper
1106.1914 🔍 (source) thick disk scale-length L _ { thick }
2.0 kpc
1106.2135 🔍 (source) black hole spin a
0.67 +0.1-0.11
1106.2067 🔍 (source) keV luminosity state
1.3e+33 erg s-1
1106.2502 🔍 (source) black hole mass log ( M _ { BH } / M _ { \odot } )
5.5 ± 1.1
1106.2532 🔍 (source) density of the gas in the disk n _ { H }
250000.0 +710000.0-120000.0
1106.3073 🔍 (source) peak brightness M _ { Ni }
0.35 M_\odot
1106.3266 🔍 (source) clockwise rotations
2.67e-08 ± 2.4e-09
1106.3266 🔍 (source) clockwise rotations
3.0000000000000004e-08 ± 1.2e-08
1106.3266 🔍 (source) clockwise rotations
1.3400000000000001e-08 ± 1.2e-09
1106.3565 🔍 (source) black hole accretion rate SFR
0.5
1106.3564 🔍 (source) dust-free exponential disk of scale length R _ { d }
5.0 kpc
1106.3699 🔍 (source) Damköhler number Da
0.05
1106.3689 🔍 (source) black hole mass M
14.8 ± 1.0 M_\odot
1106.3882 🔍 (source) branching ratio of dark matter annihilation into quarks B _ { q }
0.5
Upper
1106.4934 🔍 (source) keV fluence
1e-09 +3e-10-5e-10 erg cm-2
1106.5162 🔍 (source) peak flux F _ { \gamma } ^ { p }
6.8e-05 ± 1e-05 ph
1106.5731 🔍 (source) iron K \alpha equivalent width
0.85 ± 0.35 keV
1106.6111 🔍 (source) shock temperature
37.9 +5.1-4.6 keV
1106.6056 🔍 (source) thickness of the shocked layer
20000.0 km
1107.0588 🔍 (source) atomic gas ( H i ) disk r _ { HI } / r _ { 25 }
3.5
1107.0982 🔍 (source) optical accretion disk size \log { ( r _ { s } / cm ) { [ \cos ( i ) / 0.5 ] } ^ { 1 / 2 } }
16.2 ± 0.5
1107.1876 🔍 (source) time-averaged shock velocity \overline { v }
0.1 c
1107.2564 🔍 (source) black hole mass M _ { BH }
8300000.000000001 +3200000.0-2200000.0 M_\odot
1107.2596 🔍 (source) mean bulk density
0.9 ± 0.2 g cm-3
1107.3507 🔍 (source) peak-to-peak photometric \Delta m _ { 2010 }
0.7 ± 0.1 mag
1107.3884 🔍 (source) best-fit local density of the thin disk n _ { 0 }
0.03 ± 0.002 s
1107.3884 🔍 (source) local thick-to-thin disk density ratio f _ { 2 }
7.0 ± 1.0 %
1107.3884 🔍 (source) disk H _ { z 2 }
1020.0 ± 30.0 pc
1107.3884 🔍 (source) thin disk H _ { z 1 }
360.0 ± 10.0 pc
1107.4243 🔍 (source) black-hole mass
17000.0 ± 9000.0 M_\odot
1107.5275 🔍 (source) circumstellar disk mass
0.13 M_\odot
1107.5585 🔍 (source) kick velocity
77.0 km s-1
Upper
1107.5810 🔍 (source) local Dark Matter density \rho _ { 0 }
0.38 +0.18000000000000005-0.18 GeV cm-3
1108.0205 🔍 (source) K-band
3.2 ± 0.9 (stat) ± 1.5 (sys)
1108.0441 🔍 (source) kinetic temperature
65.0 K
1108.0583 🔍 (source) total kinetic energy ratio
0.65
1108.0769 🔍 (source) dark matter \gamma
1.02 ± 0.06
1108.0930 🔍 (source) dark energy { \sigma ( w _ { 0 } )
0.05
1108.1207 🔍 (source) post-shock gas
2.0 cm-3
1108.1448 🔍 (source) kinetic temperature
33.0 +9.0-5.0 K
1108.1812 🔍 (source) peaking R _ { Gal }
4.5 ± 0.5 kpc
1108.1812 🔍 (source) mean gas kinetic temperature
15.6 K
1108.2373 🔍 (source) inner-disk hole radius
15.5 +9.0-2.0 AU
Upper
1108.2373 🔍 (source) inner-disk hole radius
15.5 ± 0.5 AU
Upper
1108.2341 🔍 (source) point-like
58.0 ± 24.0
1108.2373 🔍 (source) inner-disk hole radius
20.5 +1.0-0.5 AU
1108.3088 🔍 (source) kinetic temperature T _ { kin }
186.0 ± 55.0 K A mm
1108.3213 🔍 (source) pre-shock density
20000.0 cm-3
1108.4070 🔍 (source) kinematic distance
128.0 ± 13.0 pc
1108.4136 🔍 (source) dark energy equation of state parameter w
-1.0
Upper
1108.4222 🔍 (source) total surface density in the disk \Sigma _ { 0 }
20.0 g cm-2
1108.5180 🔍 (source) black hole mass
2000000000.0 ± 200000000.0 M_\odot
1108.5180 🔍 (source) black hole mass
869999999.9999999 ± 30000000.0 M_\odot
1109.0028 🔍 (source) star-plus-dark matter volume densities \rho _ { sd }
0.2515 ± 0.2485 M_\odot pc-3
1109.0548 🔍 (source) flux ratios of the quadruply-imaged background quasar z _ { s }
1.689
1109.0561 🔍 (source) circumstellar disk frequency
27.0 %
1109.0982 🔍 (source) temperature of the shock wave front kT
0.4 keV
1109.1378 🔍 (source) disk temperature
0.7 keV
1109.1378 🔍 (source) mass of the black hole
5.51 ± 0.28 M_\odot
1109.1547 🔍 (source) black hole of mass M
13.0 M_\odot
Lower
1109.1590 🔍 (source) radio peak
0.43 ± 0.02
1109.2387 🔍 (source) mass of the disk plus circumstellar cloud
10.0 +4.3-3.6 M_\odot
1109.2578 🔍 (source) disk size
0.47 K km s-1
Upper
1109.2592 🔍 (source) dark energy equation of state time variation w _ { a }
0.26
1109.2625 🔍 (source) peak metallicity [ M / H ]
-1.0 ± 0.3
1109.2847 🔍 (source) black hole spin a/M
0.8
Lower
1109.2740 🔍 (source) braking index n
0.9 ± 0.2
1109.3157 🔍 (source) black-body temperature
17.0
1109.3116 🔍 (source) average peak-to-peak amplitude
4.9e-05 ± 4.9999999999999996e-06
1109.4081 🔍 (source) gas kinetic temperature
6.0 ± 1.0 K
1109.3971 🔍 (source) shock velocity V _ { s }
320.0 km s-1
1109.3971 🔍 (source) shock temperature T _ { s }
1200000.0 K
1109.4647 🔍 (source) K \alpha line intensity of the warm-hot intergalactic medium
1.5
1109.4651 🔍 (source) relativistically broad Fe K \alpha line EW
26.0 eV
Upper
1109.5093 🔍 (source) Conklin \beta
-1.7 ± 0.1
1109.5644 🔍 (source) rock core mass M _ { c }
8.0
Lower
1109.5691 🔍 (source) dark energy equation of state
0.035
1109.5691 🔍 (source) dark energy equation of state w
0.055
1109.5706 🔍 (source) blackbody spectrum \beta
2.0
1109.5644 🔍 (source) rock core mass
0.0
1109.6011 🔍 (source) sky orientation
33.0
1109.6069 🔍 (source) innermost disk radius R _ {
61.0 ± 2.0 km
1109.6069 🔍 (source) black hole mass M
6.8 ± 0.2 M_\odot
1109.6069 🔍 (source) black hole mass i
6.8 ± 0.2 M_\odot
1109.6386 🔍 (source) sticking probability
0.23
1109.6241 🔍 (source) black hole mass
6900000000.0 M_\odot
1109.6339 🔍 (source) peak-to-peak radial velocity variations
576.0 km s-1
1109.6415 🔍 (source) peak density
5.7 ± 0.7 s
1110.0008 🔍 (source) stacked BPT-comp source \langle \Gamma _ { eff } \rangle
1.0 ± 0.4
1110.0019 🔍 (source) peak luminosity
0.7
1110.0985 🔍 (source) limb-darkened angular diameter \theta _ { LD }
0.445 ± 0.012 m as
1110.1111 🔍 (source) fraction of the post-shock thermal energy \epsilon _ { e }
0.065 ± 0.035
1110.1252 🔍 (source) mean kinematic distance d
1.8 kpc
1110.1312 🔍 (source) day-to-week variability
28.0 %
Upper
1110.1312 🔍 (source) braking index n
2.832 ± 0.003
1110.1312 🔍 (source) braking index m
17.6 ± 1.9
1110.1529 🔍 (source) dark matter masses
3e-26 cm3 s-1
1110.2363 🔍 (source) total kinetic energy E _ { K }
1.1e+52 erg
1110.2536 🔍 (source) disk scale lengths
0.76 +0.05-0.06
1110.2363 🔍 (source) peak luminosity M _ { R }
20.2 mag
1110.2789 🔍 (source) black hole spin M
1.0
Upper
1110.2745 🔍 (source) fraction of ‘ ‘ CO-dark ’ ’ gas f _ { DG }
0.3
1110.2789 🔍 (source) black hole of critical spin a _ { crit } / M
0.853
1110.3512 🔍 (source) peak-to-peak modulation
60.0
1110.3512 🔍 (source) reflection peak-to-peak modulation
16.8 ± 4.5
1110.4107 🔍 (source) virial radius of the dark matter halo
150.0 kpc
1110.4107 🔍 (source) optical radius of the disk
10.0 kpc
1110.4109 🔍 (source) kinetic energy E _ { k }
2.4e+52 ± 7e+51 erg
1110.4391 🔍 (source) dark matter self-interaction cross-section \sigma _ { DM } m _ { DM } ^ { -1 }
7.0 cm2 g-1
Upper
1110.4431 🔍 (source) disk M _ { b }
16520000000.0 ± 830000000.0 M_\odot
1110.4431 🔍 (source) local dark matter density R _ { 0 }
8.0 kpc
1110.5973 🔍 (source) peak size
81.7
1110.5973 🔍 (source) peak size R _ { m } ( 24 )
1.0 ± 13.2
1110.5708 🔍 (source) disk emission line shift
200.0 km s-1
1110.6179 🔍 (source) black hole mass M _ { BH }
26000000.0 ± 8000000.0 M_\odot
1111.0061 🔍 (source) black hole mass
32000000.0 ± 5000000.0 M_\odot
1110.6929 🔍 (source) peak
0.94 ± 0.03
1110.6929 🔍 (source) peak
0.39 ± 0.02
1111.0302 🔍 (source) shock velocities v _ { shock }
5000.0 km s-1
Lower
1111.0289 🔍 (source) disk
100.0 ± 50.0 km s-1
1111.0631 🔍 (source) bulk flow
249.0 ± 76.0
1111.1677 🔍 (source) spin of the black hole in a _ { BH } / M _ { BH }
0.9
Upper
1111.1677 🔍 (source) spin of the black hole in
0.5
1111.2248 🔍 (source) kB factor
0.014 ± 0.002 g MeV-1 cm-2
1111.2877 🔍 (source) blackbody temperature kT
87.0 ± 5.0 eV
1111.3370 🔍 (source) dark energy \Omega _ { X }
99.0 %
Upper
1111.3642 🔍 (source) central iron abundance peak Z _ { Fe , c }
3.6 +1.5-0.85
1111.3642 🔍 (source) lookback time
7.8 Gyr
1111.4029 🔍 (source) bulk component [ C i ] / ^ { 13 } \mathrm { CO }
0.45
1111.4390 🔍 (source) break radius
25.0 kpc
1111.4527 🔍 (source) peak luminosity L _ { bol }
3e+42 erg s-1
1111.4424 🔍 (source) peak density
7100000.0 cm-3
1111.5341 🔍 (source) peak fluxes \Phi _ { > 0.35 { TeV } }
2e-11 ± 1e-11 ph cm-2 s-1
1111.5329 🔍 (source) Kolmogorov constant C _ { K }
4.2
1111.6109 🔍 (source) peak luminosity
-15.5
Lower
1111.6109 🔍 (source) peak luminosity M _ { R }
16.5 mag
Upper
1111.6386 🔍 (source) kSZ power D _ { 3000 } ^ { patchy }
4.9 K
Upper
1112.0321 🔍 (source) dark matter halo mass \log ( M _ { halo } [ h ^ { -1 } M _ { \sun } ] )
12.8 +0.3-0.5
1112.0516 🔍 (source) kinematical distance
2.8 ± 0.6 kpc
1112.1128 🔍 (source) dark energy equation of state w
-1.0
Upper
1112.1035 🔍 (source) bulk density \rho
0.71 ± 0.06 g cm-3
1112.1700 🔍 (source) peak photon fluxes
2.6 ph s-1 cm-2
1112.1979 🔍 (source) peak photon flux
1.8599999999999998e-05 ± 6e-07 cm-2 s-1
1112.1845 🔍 (source) disk eccentricities e _ { disk }
0.2
1112.1845 🔍 (source) disk \alpha
0.001
Upper
1112.2255 🔍 (source) total kinetic energy of all particles in the jet source region
2.1e+28
Lower
1112.2255 🔍 (source) total kinetic energy of all particles in the jet source region
2.3999999999999997e+29 erg
Upper
1112.3042 🔍 (source) Ks band polarisation measurement P _ { lin }
7.4 ± 3.5 %
1112.3643 🔍 (source) outer disk R
10.0 kpc
Lower
1112.3643 🔍 (source) inner disk R
-0.05 dex
1112.3643 🔍 (source) inner disk
5.0 kpc
Upper
1112.3997 🔍 (source) weighted skewness S _ { \omega }
4.9 ± 0.86
1112.4518 🔍 (source) peak flux
2.71e-11 ± 6.8e-12 cm-2 s-1
1112.4518 🔍 (source) peak flux
6.999999999999999e-12 ± 1.5999999999999998e-12 cm-2 s-1
1112.4506 🔍 (source) Shakura-Sunyaev parameter \alpha _ { hot }
0.1
1112.4493 🔍 (source) bulk of the galaxy luminosity function M ( g )
-18.0 ± 1.5
1112.4518 🔍 (source) peak of the flare
2.19 ± 0.07
1112.5458 🔍 (source) bulk motion of the Arches cluster
172.0 ± 15.0 km s-1
1201.0770 🔍 (source) fraction of kinetic to magnetic energy density \epsilon _ { B }
0.1
1201.0771 🔍 (source) expansion velocity of the forward shock
21000.0 ± 7000.0 km s-1
1201.0866 🔍 (source) Eddington luminosity of the central black hole \eta
0.1
1201.0996 🔍 (source) dark matter
17.5 +7.3-4.5
1201.1023 🔍 (source) K A _ { B }
0.0
1201.1004 🔍 (source) DLA ’ s kinetic temperature T _ { DLA }
4700.0 K
Upper
1201.1023 🔍 (source) blackbody of temperature
2400.0 +1500.0-500.0 K
1201.1088 🔍 (source) 2 keV
9e+41 erg s-1
1201.1692 🔍 (source) logarithmic slope of the dark halo \gamma
0.82 +0.65-0.54
1201.1912 🔍 (source) disk fraction
76.0 +5.0-8.0 %
1201.1692 🔍 (source) disk radii
0.28 +0.15-0.1
1201.2106 🔍 (source) centroid frequency of the strongest peak
66.0 Hz
1201.2009 🔍 (source) A thick disk scale-length L _ { thick }
2.0 kpc
1201.2409 🔍 (source) bulk of the population
50.0
1201.2636 🔍 (source) density of baryon and dark matter \Omega _ { DM } / \Omega _ { B }
5.0
1201.3372 🔍 (source) lookback time
6.7
1201.3451 🔍 (source) black hole orbital motion K _ { BH }
90.8 ± 11.3 km s-1
1201.3451 🔍 (source) black hole mass M _ { BH }
5.41 +0.98-0.57 M_\odot
1201.3451 🔍 (source) companion-to-black-hole mass ratio
0.6
1201.3540 🔍 (source) Eddington luminosity of the central black hole \eta
0.1
1201.3939 🔍 (source) number of effective neutrino-like degrees of freedom N _ { eff }
3.85
1201.4391 🔍 (source) stacked effective power-law photon index \Gamma _ { stack }
1.93 ± 0.13
1201.5124 🔍 (source) shock Lorentz factor \Gamma
55.0 ± 45.0
1201.5034 🔍 (source) peak optical depth \tau _ { 10 }
0.27 ± 0.05
1201.5891 🔍 (source) keV flux
3.6000000000000004e-09 erg s-1 cm-2
1202.0092 🔍 (source) dark energy equation of state parameter w
-0.97 ± 0.17
1201.6641 🔍 (source) strength of the nHz-frequency stochastic supermassive black hole gravitational wave background h _ { c } ( 1 yr ^ { -1 } )
7e-15
Upper
1202.0400 🔍 (source) spin of the supermassive black hole
0.97 +0.03-0.13
1202.0780 🔍 (source) post-shock flow v
6000.0 ± 1000.0 km s-1
1202.1602 🔍 (source) accretion disk luminosity
4.2e+18 cm
Upper
1202.1602 🔍 (source) accretion disk luminosity
1.3e+18 cm
Upper
1202.1602 🔍 (source) accretion disk luminosity
7.9e+16
1202.1602 🔍 (source) accretion disk luminosity
2.6e+17
1202.2144 🔍 (source) dark matter particle masses \mathrm { m _ { \chi }
300.0 GeV
Lower
1202.2378 🔍 (source) peak A
130.0
1202.2343 🔍 (source) gaseous protoplanetary disk R _ { D }
80.0 AU
Lower
1202.2590 🔍 (source) fractional energy density of the dark energy scales
9.0
Upper
1202.2590 🔍 (source) fractional energy density of the dark energy scales \Omega _ { de }
2.0
1202.2590 🔍 (source) fractional density of dark energy \Omega _ { de }
1.0
Upper
1202.3156 🔍 (source) disk
1.0
1202.3147 🔍 (source) keV band X-ray luminosities
-8.0
Lower
1202.3196 🔍 (source) A third weak emission component T _ { 3 }
0.8 keV
1202.3787 🔍 (source) black hole mass T _ { X }
2.0 keV
Lower
1202.3517 🔍 (source) fraction of dark energy \Omega _ { de }
1.0
Upper
1202.3791 🔍 (source) average logarithmic slope of the dark-matter projected density profile
-0.7 ± 0.5
1202.3657 🔍 (source) bulk density \varrho
0.64 +0.15-0.11 g cm-3
1202.3784 🔍 (source) typical disk lifetime
5.6 ± 1.1
1202.3623 🔍 (source) II K emission T _ { eff }
5500.0 K
Upper
1202.4523 🔍 (source) disk flattening
1.66 ± 0.3
1202.4523 🔍 (source) position angle of the disk
50.0 ± 9.0
1202.4523 🔍 (source) disk diameter
1.72 ± 0.2 m as
1202.5310 🔍 (source) thick disk \langle [ Fe / H ] \rangle
-0.6
Upper
1202.5394 🔍 (source) KIC effective temperatures
110.0 +15.0-35.0
1202.6139 🔍 (source) disk aspect ratio h
0.1
1202.6440 🔍 (source) temporal break
2.3 ± 0.2 day
1203.0616 🔍 (source) peak distribution Y _ { e }
0.17
1203.1312 🔍 (source) dark matter mass
150.0 GeV
1203.1620 🔍 (source) black hole masses M _ { \bullet }
21000000000.0 ± 16000000000.0 M_\odot
1203.2084 🔍 (source) black hole mass M _ { BH }
180000000.0 ± 20000000.0 M_\odot
1203.3223 🔍 (source) final black-hole spin \chi _ { final }
0.9324
Lower
1203.3056 🔍 (source) ring-like
15.0
1203.3649 🔍 (source) look-back time t _ { z 0.7 }
6.4 Gyr
1203.4263 🔍 (source) track slope
0.98 ± 0.08
1203.4263 🔍 (source) upper track slope
0.63 ± 0.03
1203.4659 🔍 (source) kinematic temperature
20.0 K
1203.4907 🔍 (source) holographic dark energy w _ { de }
-1.0
1203.5488 🔍 (source) keV flux upper
6.1e-15 erg cm-2 s-1
1203.5786 🔍 (source) kinematic distance
7.5 kpc
1203.6048 🔍 (source) kinematical age
8.0
1203.6048 🔍 (source) sky . Expansion velocities V _ { pol }
105.0 km s-1
1203.6048 🔍 (source) kinematical age \tau _ { k }
400.0 ± 3.0
Lower
1203.6240 🔍 (source) K -band ring-fit radius
0.17 ± 0.01 AU
1203.6205 🔍 (source) apparent mass peak R
0.4
1203.6682 🔍 (source) limb-darkened angular diameters \theta _ { LD }
0.878 ± 0.013 m as
1203.6641 🔍 (source) dark energy z
0.57
Lower
1204.0004 🔍 (source) post-shock particle density
2000000000.0 ± 1000000000.0 cm-3
1204.0552 🔍 (source) unabsorbed 0.5-10 keV luminosity L _ { X }
1.6e+34 ± 1e+33 erg s-1
1204.0632 🔍 (source) braking index n
3.0
1204.0978 🔍 (source) peak
306.0 ± 9.0 s
1204.1285 🔍 (source) minimum dark matter mass
16000000000.0 M_\odot
Lower
1204.1285 🔍 (source) minimum dark matter mass
54000000000.0 M_\odot
Upper
1204.2327 🔍 (source) black hole spin parameter a _ { 0 }
0.95
Lower
1204.2273 🔍 (source) time the K _ { \mathrm { s } } magnitude of the faintest Classical Cepheids ( K _ { \mathrm { s } }
17.5 mag
1204.2564 🔍 (source) dark matter mass
5.7 GeV
1204.2797 🔍 (source) dark matter mass m _ { \chi }
129.8 ± 2.4 +7.0-13.0 GeV
1204.3461 🔍 (source) disk radiation efficiency \eta
0.11 ± 0.03
1204.3849 🔍 (source) plane-of-sky magnetic field strength
17.0 m
1204.3924 🔍 (source) dark matter
0.0 ± 1.0 mM _ \odot pc-3
1204.4359 🔍 (source) surface density of Compton–thick AGN down to the IRAS PSC catalogue flux limit
0.5 Jy
1204.4601 🔍 (source) force of peak magnitude
340000000000000.0 ± 220000000000000.03 N
1204.4644 🔍 (source) brightness peaks
3.6 +0.4-0.7
1204.5189 🔍 (source) concentration dark matter halo c _ { vir }
20.0
1204.5475 🔍 (source) post-break decline rates \alpha _ { X , 1 }
-0.78
1204.5722 🔍 (source) inner disk r
5.0 AU
Upper
1204.5747 🔍 (source) black hole
0.88
Lower
1204.5980 🔍 (source) cloud thickness
20.0 K
1204.6059 🔍 (source) 0.01–100 keV thermal luminosity of the cooling neutron star
2e+33 erg s-1
1204.5854 🔍 (source) dimensionless black hole spin
0.97 +0.014-0.02
1204.6329 🔍 (source) dark energy equation of state parameter w
-1.0
1205.0028 🔍 (source) period of the disk precession
2.0
1205.0021 🔍 (source) black hole mass
600000000.0 M_\odot
1205.0564 🔍 (source) inner disk radius
18.5 km
1205.1804 🔍 (source) keV flux
4e-10 erg cm-2 s-1
1205.1846 🔍 (source) intrinsic \Gamma _ { 2 - 10 keV } index
1.8
1205.1922 🔍 (source) average extinction of these peaks A _ { V }
7.4
1205.2322 🔍 (source) kinetic temperature T
75.0 K
1205.2539 🔍 (source) CME peak acceleration c
-0.6
1205.3159 🔍 (source) gas disk scale height H / R
0.03
1205.3037 🔍 (source) keV flux
8.3e-12 erg cm-2 s-1
1205.3159 🔍 (source) disk \theta
1.3
Lower
1205.3175 🔍 (source) prograde black hole \hat { a }
0.8
Lower
1205.3175 🔍 (source) black hole spin \hat { a }
-0.1
Upper
1205.3789 🔍 (source) black hole mass \log _ { 10 } ( M _ { BH } / M _ { \odot } )
7.57 +0.44-0.27
1205.3789 🔍 (source) disk opening angle
25.0 ± 10.0 day
1205.3738 🔍 (source) kinetic energy
1.5e+50 +2.0000000000000002e+49-1.3e+50 erg
1205.4033 🔍 (source) local dark-matter density
0.008 ± 0.003 M_\odot pc-3
1205.4033 🔍 (source) local dark-matter density
0.3 ± 0.1 GeV cm-3
1205.5331 🔍 (source) disk temperature T _ {
2.0 +0.06-0.05 keV
1205.5766 🔍 (source) temperature kT
2.3 +2.9-0.5 keV
1205.5852 🔍 (source) luminosity of the jet-like feature
1.8e+35 ± 3.4999999999999995e+34 erg s-1
1205.5771 🔍 (source) average spectral index in the disk \bar { \alpha } _ { 1.5 GHz }
-0.84 ± 0.05
1205.5766 🔍 (source) temperature kT
1.3 +0.3-0.2 keV
1205.6021 🔍 (source) keV X-ray flux
8.4e-12 ± 6e-13 erg cm-2 s-1
1205.6202 🔍 (source) total kick velocity v _ { k }
2000.0 km s-1
1205.6264 🔍 (source) braking index
3.0
1205.6264 🔍 (source) braking index
1.857
1205.6600 🔍 (source) thickness of their crusts
0.47 km
1205.6651 🔍 (source) bulk Lorentz factor \Gamma
142.5
1206.0015 🔍 (source) local dark matter density \rho _ { dm }
0.025 +0.014-0.013 M_\odot pc-3 (0.95 ^ +0.53 _ -0.49 GeV cm ^ -3)
1206.0179 🔍 (source) dark energy density \rho _ { x }
0.27
Upper
1206.0740 🔍 (source) thick disc age
6.6
Lower
1206.1071 🔍 (source) keV luminosity
1.4e+32 +1e+32-4.0000000000000003e+31 erg s-1
1206.0986 🔍 (source) dark matter viscosity
-3.0
Upper
1206.1073 🔍 (source) dark energy density \rho _ { x }
0.27
Upper
1206.1161 🔍 (source) median disk mass
3.0000000000000004e-05 M_\odot
1206.1353 🔍 (source) central black hole mass
7600000.0 M_\odot
1206.1704 🔍 (source) disk galaxies \sigma
0.19 dex
1206.1704 🔍 (source) disk galaxies n _ { sersic }
1.5
Upper
1206.2668 🔍 (source) inner stellar disk r
0.5 kpc
1206.2987 🔍 (source) kinematic distance
3.4 kpc
1206.2925 🔍 (source) disk
35.0 K
1206.4228 🔍 (source) peak formation temperature
7.1 MK
1206.5519 🔍 (source) disk
2.5 ± 0.5 Gyr
Upper
1206.5729 🔍 (source) black hole
9700.0 M_\odot
Upper
1206.6901 🔍 (source) sky brightness
15.8 ± 0.15 mag
1207.0881 🔍 (source) mean column densities of the Planck gas clumps range
9.5e+21 cm-2
1207.0881 🔍 (source) mean column densities of the Planck gas clumps range
2.9e+21 ± 1.9e+21 cm-2
1207.1346 🔍 (source) peak production rate
1.7e+23 s-1
1207.1562 🔍 (source) preshock densities
115.0 ± 35.0 cm-3
Lower
1207.2152 🔍 (source) shock velocity v
0.13 c
1207.2339 🔍 (source) blackbody temperature
32.0 ± 6.0 eV
1207.2466 🔍 (source) disk-to-star accretion rate
2e-06 M_\odot yr-1
Lower
1207.2724 🔍 (source) half-light radius of the background source r _ { s }
4.4 ± 0.5 kpc
1207.3293 🔍 (source) likelihood \beta
0.041
1207.3386 🔍 (source) bulk density \rho _ { bulk }
-400.0 kg m-3
Upper
1207.3415 🔍 (source) 24 \mu m B+A-type disk fractions
24.0 +5.0-4.0 %
1207.3662 🔍 (source) peak
-2.01 ± 0.08
1207.4190 🔍 (source) measured black hole masses
0.065
1207.4190 🔍 (source) black hole masses
12000000.0 M_\odot
1207.4190 🔍 (source) black hole masses
4.2
Lower
1207.4190 🔍 (source) measured black hole masses L / L _ { Edd }
10.0
1207.4481 🔍 (source) Chandrasekhar mass
1.38 M_\odot
1207.4944 🔍 (source) masses of the disk
100.0 m day us
1207.4944 🔍 (source) masses of the disk a _ { max }
1.0 M_\odot
1207.4953 🔍 (source) disk
72.0 ± 3.0 km s-1
1207.4953 🔍 (source) disk
7.5 kpc
1207.6109 🔍 (source) peak flux
5.7e-05 ± 2.0000000000000003e-06 erg s-1 cm-2
1207.5954 🔍 (source) 1D limb-darkened angular diameter \theta _ { 1 D }
0.679 ± 0.007 m as
1207.6263 🔍 (source) peak v _ { r }
180.0 km s-1
1207.6304 🔍 (source) quasi-extremal black hole spins a _ { BH } / M _ { BH }
0.9
Lower
1207.6820 🔍 (source) radii of the maser disk r
0.21100000000000002 +0.124-0.12400000000000003 pc
1208.0004 🔍 (source) average absorbed 2–8 keV flux
1.3999999999999999e-11 erg cm-2 s-1
1208.0069 🔍 (source) bulk Lorentz factor \Gamma
6.0
1208.0008 🔍 (source) dark matter mass
0.5
1208.0008 🔍 (source) dark matter mass
0.75
1208.0158 🔍 (source) sticking
0.01
Upper
1208.0297 🔍 (source) disk temperature
20.0 K
1208.0797 🔍 (source) Planck density \rho _ { P }
5.16e+99 g m-3
1208.1193 🔍 (source) kinetic luminosity of the outflow
1.1999999999999999e+41 erg s-1
1208.0781 🔍 (source) mass of the black hole amounts M _ { bh }
860000000.0 +190000000.0-180000000.0 M_\odot
1208.0906 🔍 (source) mass of the secondary black hole
140000000.0
1208.1419 🔍 (source) 2–10 keV flux
1e-13 +3e-14-2.0000000000000003e-14 erg cm
1208.1856 🔍 (source) Spearman rank coefficient
-0.58
1208.1824 🔍 (source) blackbody temperature kT
1.0 eV
1208.2689 🔍 (source) bulk velocity of the halo
10.9
1208.3277 🔍 (source) disk inner radius remains constant { \it r } _ { in }
1.65 ± 0.08
1208.3281 🔍 (source) equation of state for dark energy w _ { 0 }
-1.09 ± 0.1
1208.3522 🔍 (source) median dark matter fraction f _ { DM }
13.0
1208.3679 🔍 (source) dark matter particle mass m _ { dm }
50.0 M_\odot
Upper
1208.3682 🔍 (source) peaks { ( g - i ) } _ { disc }
0.95 mag
1208.3899 🔍 (source) outer disk \Delta [ Fe / H ]
0.3 ± 0.1 dex
1208.4198 🔍 (source) metallicity gradient in the galactic disk [ O / H ] ( r )
-0.015 ± 0.003 dex kpc-1
1208.4347 🔍 (source) dark matter particle mass m _ { \chi }
3.0
Lower
1208.4489 🔍 (source) peak velocities
2.1
1208.4489 🔍 (source) peak velocities
13.3 km s-1
1208.5049 🔍 (source) redshift range of peak star-forming activity log ( M _ { peak } / M _ { \odot } )
12.1 ± 0.5
1208.5046 🔍 (source) dark matter particle mass m _ { \chi }
10.0 GeV
1208.5879 🔍 (source) abundance of two key SLRs
26.0
1208.6204 🔍 (source) plane-of-sky magnetic field strength
5.4 ± 0.04
1209.0284 🔍 (source) kinetic energy of this explosive outflow
-2e+47 erg
1209.0476 🔍 (source) Kennicutt-Schmidt star formation relation of slope
1.18 ± 0.24
1209.0456 🔍 (source) rotational lag of the thick disk component relative LSR v _ { thick , lag }
49.0 km s-1
1209.0456 🔍 (source) disk \sigma _ { RR }
56.1 ± 3.8 km s-1
1209.0256 🔍 (source) disk mass scale height
300.0 pc
Upper
1209.0256 🔍 (source) local dark matter density
0.0065 ± 0.0023 M_\odot pc-3 (0.25 \pm 0.09 GeV cm ^ -3)
1209.0821 🔍 (source) peak brightness M _ { V }
-17.4 mag
1209.0763 🔍 (source) bulk Lorentz factor \Gamma
20.0
Upper
1209.0963 🔍 (source) disk mass M _ { d }
100000000000.0 M_\odot
1209.1278 🔍 (source) 2-10 keV luminosity L _ { 2 - 10 }
3.2999999999999996e+43 erg s-1
1209.1513 🔍 (source) thick and thin stellar disc mass M _ { T } / M _ { t }
0.2
Lower
1209.1714 🔍 (source) keV X-ray fluences
2e-09 erg cm-2
Lower
1209.1816 🔍 (source) maximum observed amplitude of the 2–8 keV variability
3.8 ± 1.3
1209.1816 🔍 (source) maximum observed amplitude of the 2–8 keV variability
1.5 ± 0.2
1209.1816 🔍 (source) maximum observed amplitude of the 2–8 keV variability
9.9 ± 2.3
1209.2143 🔍 (source) dark matter
0.7 cm2 g-1
Lower
1209.2273 🔍 (source) braking index n
3.0
Lower
1209.2418 🔍 (source) disk of total dynamical mass
540000000000.00006 ± 240000000000.0 M_\odot
1209.2337 🔍 (source) thick disk { ( J - K _ { s } ) } _ { 0 }
0.39
1209.2708 🔍 (source) dark matter halo axis ratio q _ { DM }
0.47 ± 0.14
1209.3772 🔍 (source) disk
-4.0
Upper
1209.4407 🔍 (source) disk inclination i _ { d }
33.0
1209.4458 🔍 (source) kick velocity
51.0 km s-1
1209.4458 🔍 (source) kick velocity
105.0 km s-1
1209.4676 🔍 (source) sight thickness
18.0 pc
1209.6147 🔍 (source) peak vertical velocity
117.0 ± 2.0 m s-1
1209.6354 🔍 (source) mean absorbed 2–8 keV flux
8.5e-12 ± 9e-13 erg cm-2 s-1
1209.6272 🔍 (source) fraction of Ti-enhanced thick-disk HARPS planet harboring
12.3 ± 4.1 %
1209.6438 🔍 (source) optically-thick \tau
15.0 ± 5.0
1209.6430 🔍 (source) electroweak soliton mass
59.0 TeV
Upper
1209.6420 🔍 (source) kinetic temperature T _ { k }
25.0 K
1209.6430 🔍 (source) electroweak soliton mass
18.0
Lower
1210.0556 🔍 (source) s limb-darkened angular diameter
0.342 ± 0.008 m as
1210.0855 🔍 (source) black hole
0.7
Lower
1210.0872 🔍 (source) dark matter masses
3e-26 cm3 s-1
1210.1274 🔍 (source) temperature distribution peaks
1.4
1210.1274 🔍 (source) temperature distribution peaks
1.8 MK
Upper
1210.1346 🔍 (source) jet kinetic power
8e+44 ± 2e+44 erg s-1
1210.2286 🔍 (source) bulk velocity
0.9824 c
1210.2414 🔍 (source) peak wavelength \lambda _ { p } ^ { SED }
93.0 m
1210.2641 🔍 (source) mass of the black hole M
5.0
Upper
1210.2750 🔍 (source) intrinsic face-on B / A ratios peak B / A
0.7
1210.3035 🔍 (source) feedback terminates mass accretion M _ { * }
17.0 M_\odot
1210.4392 🔍 (source) dark matter particle mass
130.0 GeV
1210.4448 🔍 (source) blackbody curve \beta
2.0
1210.5006 🔍 (source) thickness
5.2 R_\odot
1210.5142 🔍 (source) peak time L _ { p }
-1.81 ± 0.32
1210.5370 🔍 (source) disk-averaged thermal inertia \Gamma
650.0 J m-2 K-1
1210.5501 🔍 (source) rate of the direct decay of ^ { 40 } \mathrm { K } to the ground state
40.0 A
1210.5884 🔍 (source) kinematic distance
400.0 ± 30.0 pc
1210.6529 🔍 (source) E =183 keV resonance strength \omega \gamma
1.67 ± 0.12 eV
1210.7874 🔍 (source) black hole mass
7000000.0 M_\odot
1210.8151 🔍 (source) braking index
1.8
1210.8155 🔍 (source) ecliptic surface density of KBOs N ( r > 250 m )
11000000.0 +15000000.0-7000000.0 day
1210.8136 🔍 (source) kinetic temperature T _ { k , A }
671.0 +18.0-17.0 K
Upper
1210.7900 🔍 (source) shock velocity v
20.0 km s-1
1210.8183 🔍 (source) fraction of dark matter
0.78
1211.0073 🔍 (source) disk galaxies
-7.5
Lower
1211.0073 🔍 (source) disk galaxies \hskip { 3.0 pt }
-3.01
Lower
1210.8333 🔍 (source) peak column density N _ { HI }
5e+17 cm-2
1211.0276 🔍 (source) background-subtracted count rate
0.009000000000000001 ± 0.002 c
1211.0683 🔍 (source) black hole mass log \nu L _ { \nu } ( 7.8 \mu m )
37.2 ± 0.5
1211.1014 🔍 (source) singlet dark matter mass
53.8 GeV
Upper
1211.1220 🔍 (source) thickness of the equatorial ring
4.5e+16 cm
Lower
1211.1220 🔍 (source) thickness of the equatorial ring
0.0146 pc
1211.2069 🔍 (source) metallicity peaks [ Fe / H ]
-0.58
1211.2069 🔍 (source) metallicity peaks
-1.51
1211.2786 🔍 (source) black hole mass M _ { BH }
6.9 M_\odot
1211.2691 🔍 (source) K-band magnitude of the faint peak
14.0 Gyr
Upper
1211.3112 🔍 (source) peak flux densities of the radio emission
-0.00030000000000000003 M_\odot
1211.3452 🔍 (source) peak optical depth
2.5 ± 0.2 c-1
1211.3316 🔍 (source) look back time
-5e-05 ± 0.00015000000000000001
1211.3284 🔍 (source) disk
63.0 AU
1211.3284 🔍 (source) disk
62.0 AU
1211.3640 🔍 (source) Blazhko modulation P _ { fm 1 }
9.74 day
1211.4484 🔍 (source) disk fraction
116.0
1211.4484 🔍 (source) disk fraction
27.0
1211.3834 🔍 (source) kinetic temperature
52.9 K
1211.3834 🔍 (source) kinetic temperature
26.9 K
1211.4185 🔍 (source) braking index n
0.9 ± 0.2
1211.4287 🔍 (source) kinematic age
255.0 ± 17.0 yr
1211.4898 🔍 (source) disk
25.0 ± 12.0
Lower
1211.4736 🔍 (source) black-body M _ { \mbox { \tiny { WD } }
1.3 M_\odot
Lower
1211.5594 🔍 (source) gamma ray peak
129.8 ± 2.4 GeV
1211.4988 🔍 (source) double-peaked H _ { \alpha }
408.0 ± 55.0 km s-1
1211.5354 🔍 (source) dark matter
0.06
Lower
1211.5806 🔍 (source) A kinematical age
13.0 Gyr
1211.5810 🔍 (source) Fe K \log ( N _ { H } / cm ^ { -2 }
23.0
1211.6429 🔍 (source) mass of the central black hole
17000000000.0 M_\odot
1211.6365 🔍 (source) apparent debris disk frequency
2.8 ± 0.6 %
1211.6743 🔍 (source) disk mass
0.65 +0.35-0.35000000000000003 %
1211.6659 🔍 (source) shock velocity v _ { s }
10.0 km s-1
1211.6659 🔍 (source) pre-shock density n _ { H }
50000.0 cm-3
1211.7142 🔍 (source) average kinetic temperature
65.0 ± 10.0 K
1211.6922 🔍 (source) dark matter particles \langle \sigma v \rangle
3e-26 cm3 s-1
1212.0292 🔍 (source) neutron skin thickness
0.188 ± 0.014 fm
1212.0723 🔍 (source) peak flux
3.4999999999999995e-11 ± 5e-12 erg cm-2 s-1
1212.1189 🔍 (source) black hole mass log M _ { BH }
6.54 ± 0.16
Lower
1212.1140 🔍 (source) mass of the central black hole
6300000.0 M_\odot
1212.1466 🔍 (source) disk aspect ratio h
0.18
1212.1793 🔍 (source) disk masses
0.040999999999999995 M_\odot
1212.2209 🔍 (source) peak magnitudes M _ { V , peak }
-14.2
Lower
1212.2583 🔍 (source) Way dark matter halo \alpha
1.0
Upper
1212.3141 🔍 (source) breaking index n
20.0
1212.3246 🔍 (source) postshock CR pressure saturates M _ { s }
10.0
Lower
1212.3798 🔍 (source) disk surface density M _ { disk } / M _ { \ast }
0.01
1212.4388 🔍 (source) electron density in the kernel
34000000000.0 cm-3
1212.5774 🔍 (source) reduced Planck mass squared M _ { pl } ^ { 2 }
1.0
Lower
1212.6797 🔍 (source) surface density of dark matter \alpha
0.2 ± 0.05
1212.6868 🔍 (source) peak flux
3.2999999999999996e-07 ± 6e-08 ph
1301.0653 🔍 (source) disk mass M _ { d }
56000000000.0 M_\odot
1301.0625 🔍 (source) disk–star offset u
24.0
1301.0625 🔍 (source) disk–star offset
3.0
1301.1738 🔍 (source) variation of the light quark mass \delta m _ { q } / m _ { q }
0.02 ± 0.04
1301.3055 🔍 (source) kinematic distance
4.5 ± 0.2 kpc
1301.4104 🔍 (source) field star metallicity distribution peaks [ Fe / H ]
-1.0
1301.5001 🔍 (source) peak observables S / N
3.0
Lower
1301.5318 🔍 (source) disk h _ { z }
1.5 kpc
1301.5589 🔍 (source) distance to KjPn
1.8 ± 0.3 kpc
1301.6029 🔍 (source) peak frequency
21.7 ± 0.8 GHz
1301.6289 🔍 (source) sky-projected obliquity \lambda
19.0 +14.0-16.0 day
1301.6403 🔍 (source) Birks constant
0.0098 ± 0.0003 cm MeV-1
1301.6403 🔍 (source) Birks constant
0.0094 ± 0.0002 cm MeV-1
1301.7131 🔍 (source) root-mean-square thickness
12.34 +0.75-0.43 kpc
1301.7149 🔍 (source) color peak
0.45
1302.0009 🔍 (source) peak luminosity
4.1e+44 erg s-1
1302.1410 🔍 (source) disk mass
0.0575 ± 0.0425 M_\odot
1302.1403 🔍 (source) inner disk R
50.0 AU
Upper
1302.1403 🔍 (source) outer disk R
50.0 AU
Lower
1302.2622 🔍 (source) disk
-70.0
1302.3029 🔍 (source) inner disk
20.0 AU
1302.3029 🔍 (source) flux ratio between the disk integrated polarized
0.0040999999999999995
1302.3029 🔍 (source) disk
250.0 AU
1302.2983 🔍 (source) faint peak magnitude M _ { R }
-15.65
1302.4479 🔍 (source) peak luminosities \Delta M _ { V }
0.6 mag
1302.4754 🔍 (source) dark matter clustering strength F _ { cl }
0.99 ± 0.02
1302.4913 🔍 (source) kinematic V _ { \phi }
172.0
1302.5116 🔍 (source) black hole mass M _ { BH }
60000000.0 M_\odot
Upper
1302.6297 🔍 (source) black-hole spin S / M ^ { 2 }
0.97
Upper
1302.6530 🔍 (source) bolometric peak luminosities
1.4e+42 erg s-1 (9 \times 10 ^ 41 erg s ^ -1)
1302.6530 🔍 (source) bolometric peak luminosities
1.45e+42 erg s-1
1302.6649 🔍 (source) direction perpendicular to the torus/disk P.A
72.0 ± 14.0
1302.6749 🔍 (source) source position to knot D A _ { V }
28.0 mag
1303.0049 🔍 (source) presence of dark radiation \Delta { N } _ { \nu }
0.0
Lower
1303.0119 🔍 (source) keV luminosity
8.800000000000001e+35 erg s-1
1303.0287 🔍 (source) amount of skewness f _ { NL }
12.0 ± 157.0
1303.0580 🔍 (source) cosmological dark energy density parameter \Omega _ { \Lambda }
0.71 ± 0.02
1303.0834 🔍 (source) mass of the central black hole M
470000000.0 ± 14000000.000000002 M_\odot
1303.1182 🔍 (source) bulk Lorentz factor
20.0
Lower
1303.1349 🔍 (source) skewness parameter f _ { NL }
-36.0
Lower
1303.1583 🔍 (source) black hole | a _ { * } |
1.0
Upper
1303.1531 🔍 (source) peak luminosity M _ { bol }
21.4
1303.1808 🔍 (source) dark energy equation of state parameter w
-1.02 ± 0.09
1303.1818 🔍 (source) peak magnitude M _ { z }
-18.88 ± 0.02 mag
1303.1978 🔍 (source) sky
3.4 pc
1303.2011 🔍 (source) knot B
44.0 ± 13.0 km s-1
1303.2688 🔍 (source) dark matter fraction
0.6 ± 0.1
1303.2630 🔍 (source) 2-10 keV luminosities
3.2000000000000003e+40 erg s-1
Upper
1303.2630 🔍 (source) 2-10 keV intrinsic luminosities L _ { X }
1e+42 erg s-1 (W)
1303.2900 🔍 (source) disk mass M _ { disk }
21.0 ± 7.0
1303.3448 🔍 (source) median peak flux densities
0.3
1303.3417 🔍 (source) inner-disk hole radius
10.5 +0.5-1.0 AU
Upper
1303.3417 🔍 (source) inner-disk hole radius
15.0 ± 0.5 AU
Upper
1303.3535 🔍 (source) kSZ amplitude A _ { \tiny { kSZ } }
2.9 ± 1.5 K2
1303.3506 🔍 (source) central black hole M _ { BH }
57000000.0 ± 27000000.0 M_\odot
1303.3448 🔍 (source) median peak flux densities S _ { p } ( { mJy~ { } beam } ^ { -1 }
0.05
1303.4119 🔍 (source) disk inclinations
165.0
1303.4119 🔍 (source) disk inclinations
60.0
1303.4119 🔍 (source) disk inclinations
75.0
1303.4119 🔍 (source) disk inclinations
144.0
Lower
1303.4714 🔍 (source) disk temperatures T _ { S } ^ { 149 }
137.3 ± 3.2 K
1303.4486 🔍 (source) dark energy equation of state parameter w
-0.9 ± 0.11
1303.5482 🔍 (source) peak brightness
13.17
1303.5482 🔍 (source) peak brightness
20.0 ± 0.5 day
1303.6110 🔍 (source) molecular disk radius
1.0 ± 0.2 kpc
1303.6282 🔍 (source) peak flux density
0.37 day
Upper
1303.6640 🔍 (source) keV accretion luminosity L _ { X }
5.5e+34 ± 4.5e+34 erg s-1
1303.6866 🔍 (source) peak outflow velocity
3350.0 km s-1
Upper
1303.6968 🔍 (source) peak brightness
39.0 erg s-1
Upper
1303.7206 🔍 (source) secondary to primary black hole increases q
0.01
Upper
1304.0005 🔍 (source) sky-projected obliquity \lambda
-8.4 ± 7.1 day
1304.0095 🔍 (source) explosion kinetic energy
56.0 N
1304.2292 🔍 (source) equation of state of dark energy \omega ^ { de }
-1.0
1304.0495 🔍 (source) peak
36.0 ± 6.0 %
1304.0447 🔍 (source) keV flux
1.08e-12 +5e-14-7e-14 erg s-1 cm-2
1304.1216 🔍 (source) dimensionless skewness 10 ^ { 3 } M _ { 3 }
-1.0 +24.0-28.0
1304.1808 🔍 (source) black hole mass M _ { BH }
10.1 ± 0.6 M_\odot
1304.2041 🔍 (source) kinematic distance
3.7 kpc
1304.2672 🔍 (source) emission peak V _ { r }
-267.0 km s-1
1304.2878 🔍 (source) peak flux
4.4000000000000006e-05 ph cm-2 s-1
1304.2878 🔍 (source) peak flux
2.0
1304.3414 🔍 (source) kpc-scale column density log N _ { \mbox {
20.6 cm-2
Lower
1304.3339 🔍 (source) ring-like zone
10.0
1304.4265 🔍 (source) dark matter halo mass
200000000000.0 h
1304.4127 🔍 (source) extragalactic background radiation from decaying axions m _ { a }
17.0 eV
1304.4800 🔍 (source) power-law-type limb-darkening parameter
0.15000000000000002 ± 0.020000000000000004
1304.4800 🔍 (source) limb-darkened disk diameter
37.38 ± 0.06 m as
1304.4800 🔍 (source) power-law-type limb-darkening parameter
0.087 ± 0.016
1304.4800 🔍 (source) power-law-type limb-darkening parameter
37.31 ± 0.09 m as
1304.5356 🔍 (source) atmospheric background
0.082 ± 0.004 (stat) +0.041-0.057 (syst)
1304.5481 🔍 (source) peak velocity of wave perturbations f _ { R }
7.5 ± 1.5 km s-1
1304.6731 🔍 (source) disk inclination
60.0
1304.6720 🔍 (source) disk mass Y _ { e }
0.2
1304.6891 🔍 (source) thickness
30.0 km
1304.6891 🔍 (source) thickness
7.5 ± 2.5 km
1304.7119 🔍 (source) dark matter-dark energy coupling parameter \xi
-0.49 +0.19-0.31
1304.7986 🔍 (source) local dark matter density \rho _ { 0 }
0.4 GeV cm-3
1304.7986 🔍 (source) slope of dark matter density distribution \alpha
1.06
1305.0567 🔍 (source) preshock density
0.2 cm-3
1305.0828 🔍 (source) star forming region peak
73.0 ± 8.0 Jy
1305.0828 🔍 (source) stellar feedback efficiencies
0.01
Lower
1305.0886 🔍 (source) shock speed
165.0 ± 85.0 km s-1
1305.0886 🔍 (source) preshock number density
375.0 ± 125.0 cm-3
1305.1135 🔍 (source) kinetic temperature
135.0 K
1305.1934 🔍 (source) limb-darkened angular diameters \theta
0.753 ± 0.009 m as
1305.1884 🔍 (source) sky position
4.300000000000001 +1.0999999999999996-1.1000000000000005
1305.1890 🔍 (source) disk radii s _ { run }
100.0 km
Upper
1305.2453 🔍 (source) isotropic kinetic energy E _ { K , iso }
2e+53 erg
1305.2405 🔍 (source) leakage fraction
1.7e-05
Lower
1305.2466 🔍 (source) typical peak amplitude of the gravity wave
-23.0
Upper
1305.2649 🔍 (source) thick ONe zone \Delta M _ { ONe }
0.85 M_\odot
Lower
1305.2703 🔍 (source) intensity k of quadrupole to monopole
0.6
Upper
1305.2742 🔍 (source) inner disk R _ { G }
6.9 kpc
Upper
1305.2742 🔍 (source) inner disk [ Fe / H ]
0.4
1305.3284 🔍 (source) black hole mass
1200000.0 M_\odot
1305.3152 🔍 (source) mass of nickel
0.06 ± 0.01 M_\odot
1305.3109 🔍 (source) bulk density
2850.0 +480.0-680.0 kg m-3
1305.3112 🔍 (source) stellar disk mass-to-light ratio M / L _ { B } ) _ { disk }
0.5
1305.3630 🔍 (source) dark mass
2500000000.0
1305.3891 🔍 (source) bulk density \rho _ { p }
0.603 ± 0.055 g cm-3
1305.4489 🔍 (source) peak position of the former
3.2 pc
1305.4663 🔍 (source) thick disk
9.5 ± 0.5 Gyr
1305.4663 🔍 (source) Metal-poor thin disk [ Fe / H ]
-0.4 dex
Upper
1305.5147 🔍 (source) black hole mass
200000000.0 M_\odot
1305.5262 🔍 (source) disk-to-star mass ratio
0.4 +0.19999999999999996-0.2 %
1305.5398 🔍 (source) disk \dot { M }
8.512 c
1305.5538 🔍 (source) dark galaxies M _ { h }
10.0 M_\odot
Upper
1305.5789 🔍 (source) peak luminosity
2e+42 erg s-1
1305.6139 🔍 (source) altitude of emission peak
135.0 km
1305.6896 🔍 (source) apparent disk-to-stellar mass ratio log _ { 10 } [ M _ { disk } / M _ { \ast } ]
-2.4
1305.6813 🔍 (source) peak luminosity L
2e+44 erg s-1
1305.7067 🔍 (source) peak V -band absolute magnitude M _ { V }
-17.123 ± 0.18 mag
1305.7183 🔍 (source) dark
5e+25 s
1306.0168 🔍 (source) twin kHz QPOs
385.0 ± 13.0 Hz
1306.1236 🔍 (source) s limb-darkened angular diameter
1.006 ± 0.02 m as
1306.1531 🔍 (source) accretion disk luminosity L _ { d }
8e+45 erg s-1
1306.1793 🔍 (source) peak X-ray flux
3.0
Lower
1306.1943 🔍 (source) state parameter of dark energy w _ { { } _ { X } } )
-0.67
1306.1920 🔍 (source) local dark matter density \rho _ { DM } ( R _ { 0 } )
0.64 ± 0.07999999999999996 GeV cm-3
1306.2033 🔍 (source) Kerr metric rotation parameter a
0.65 ± 0.05
1306.2282 🔍 (source) weak lithium depletion
5.0
Upper
1306.2337 🔍 (source) peak magnitude M _ { R }
-17.3
1306.2130 🔍 (source) disk lifetime
5.0 Myr
1306.2130 🔍 (source) disk lifetimes
2.5 Myr
1306.2514 🔍 (source) Keplerian Toomre parameter
1.5
1306.2514 🔍 (source) Keplerian Toomre parameter Q _ { k 0 }
2.5
1306.2948 🔍 (source) dark matter halo ( \mathrm { log } _ { 10 } M _ { 200 } / M _ { \odot }
14.2 ± 0.2
1306.4264 🔍 (source) disk viscosity \alpha
0.002
1306.4365 🔍 (source) emitting inner accretion disk
77.6 +1.5-2.2 day
1306.4091 🔍 (source) phantom-like dark energy w
-1.15 ± 0.07
1306.4272 🔍 (source) kinematical ages
15000.0 ± 5000.0 yr kpc-1
1306.4272 🔍 (source) kinematical ages
8000.0 ± 3000.0 yr kpc-1
1306.4685 🔍 (source) thickness
200.0 km
Upper
1306.4825 🔍 (source) keV luminosity
6.0
1306.4786 🔍 (source) black hole spin a _ { * }
0.86
Upper
1306.5490 🔍 (source) quasi-bolometric peak luminosity
6.7e+42 ± 1.3000000000000001e+42 erg s-1
1306.5389 🔍 (source) peak absolute R band magnitude
-17.6 ± 0.6
1306.5490 🔍 (source) peak absolute magnitude M _ { R }
-18.7 ± 0.2 mag
1306.5470 🔍 (source) Planck length \ell _ { P }
1.6200000000000002e-33 cm
1306.5389 🔍 (source) peak absolute R band magnitude
-18.5 ± 0.16
1306.5714 🔍 (source) K-band extinction A _ { K }
0.8
1306.6635 🔍 (source) disk rapidly
1.0 yr
Upper
1307.0011 🔍 (source) dark matter
15.0
Upper
1307.0558 🔍 (source) average flux in the 20-100 keV
9.1e-11 erg s-1 cm-2
1307.0824 🔍 (source) dark energy equation-of-state parameter w
-0.86 +0.13-0.16 (stat) ± 0.11 (sys)
1307.1357 🔍 (source) compact dust disk
240.0 AU
1307.1747 🔍 (source) disk
100.0 AU
1307.2038 🔍 (source) night sky brightness
20.3 mag
1307.2003 🔍 (source) false-positive rate of the Kepler mission
9.4 ± 0.9 %
Lower
1307.2003 🔍 (source) false-positive rate of the Kepler mission
11.3 ± 1.1 %
1307.2514 🔍 (source) disk temperature
0.85 ± 0.35 keV
1307.4467 🔍 (source) peak of metallicity distribution [ Fe / H ]
-1.5
1307.4481 🔍 (source) bottom quark mass m _ { b }
4.0 GeV
1307.5119 🔍 (source) abundance of primordial blackholes \Omega _ { PBH } h ^ { 2 }
0.009997120000000002
Lower
1307.5067 🔍 (source) thick disk white dwarf space density
0.0009000000000000001 +0.0007999999999999999-0.0008 pc-3
1307.5732 🔍 (source) disk radius
1.0 ± 4.0
1307.6276 🔍 (source) kinetic energy of shocked molecular gas
3.5e+49 ± 1.3e+49 erg
1307.6009 🔍 (source) blackbody temperature
0.37 keV
1307.6586 🔍 (source) jet break t _ { jet }
15.0 day
1307.6518 🔍 (source) projected sky density
2.07 ± 0.12
1307.6566 🔍 (source) black hole mass \log _ { 10 } ( M _ { BH } / M _ { \odot } )
8.36 ± 0.56
1307.6566 🔍 (source) black hole accretion rate \lambda
3.0 +7.0-2.0 c-1
1307.7136 🔍 (source) disk orbital time
300.0 Myr
1307.7589 🔍 (source) frequency of maximum power of possible solar-like oscillations
43.0 ± 2.0 cd-1 (498 \pm 23 \mu Hz)
1307.8443 🔍 (source) thickness
0.34 pc
1307.8221 🔍 (source) kinetic energies E _ { K }
56.0
1307.8421 🔍 (source) bulk Lorentz factor \Gamma
15.0 ± 5.0
1308.1251 🔍 (source) black hole mass
1208.0 ± 777.0 M_\odot
Upper
1308.1330 🔍 (source) kinetic gas temperature
84.0 K
1308.2407 🔍 (source) mass of the central black hole
110000000.00000001
1308.2580 🔍 (source) black hole X-ray binary
2.4 hr
1308.2578 🔍 (source) dark matter lifetime m _ { \chi }
4e+25 s
1308.3682 🔍 (source) peak brightness m _ { v }
13.5
1308.4096 🔍 (source) mass of the central black hole \log \left ( M _ { BH } / M _ { \sun } \right
6.9
1308.4141 🔍 (source) Spearman rank r _ { s }
-0.3
1308.4760 🔍 (source) spin of the black hole a _ { * }
0.983
Lower
1308.5070 🔍 (source) inner disk
40.0 AU
Upper
1308.5114 🔍 (source) shock Lorentz factor \gamma _ { 0 }
1.5
1308.6019 🔍 (source) inner disk
50.0 AU
Upper
1308.6238 🔍 (source) scale height of the thin disk
3050.0 ± 500.0 pc
1308.6200 🔍 (source) thickness
0.4
1308.6200 🔍 (source) thickness
0.2
1308.6238 🔍 (source) spheroid to disk density ratio
0.57 ± 0.05
1308.6238 🔍 (source) scale height of the thick disk
400.0 ± 100.0 pc
1308.6238 🔍 (source) scale height of the thin disk
205.0 ± 40.0 pc
1308.6238 🔍 (source) scale height of the thin disk
2070.0 +2000.0-800.0 pc
1308.6238 🔍 (source) scale height of the thick disk
640.0 ± 70.0 pc
1308.6478 🔍 (source) shock kinematical age
2000.0 yr
1309.0047 🔍 (source) Planck result Y _ { p }
0.2485 ± 0.0002
1309.0018 🔍 (source) disk masses M _ { g }
0.04 M_\odot
1308.6673 🔍 (source) inverse Compton upscattering of cold cosmic background photons T _ { cmb }
2.73 K
1309.0809 🔍 (source) mass-weighted Galactic disk scale length R _ { d }
2.15 ± 0.14 kpc
1309.0809 🔍 (source) mass of the Galactic stellar disk M _ { * }
4.6 ± 0.3
1309.0824 🔍 (source) super-thin disk h _ { z }
60.0 pc
1309.1675 🔍 (source) disk size
6.0
1309.1671 🔍 (source) peak-to-peak photometric range \Delta m
0.85 ± 0.05 mag
1309.3270 🔍 (source) peak of the optical main pulse
2.8 ± 0.8
1309.3270 🔍 (source) peak of the optical main pulse
3.2 ± 0.5
1309.3543 🔍 (source) nova peak temperatures
0.30000000000000004 +0.09999999999999998-0.10000000000000003 GK
1309.3652 🔍 (source) black hole mass M
5.31 ± 0.07
1309.4108 🔍 (source) black-hole masses
740000000.0 M_\odot
1309.4296 🔍 (source) Koronis
3.25 ± 0.75 Gyr
1309.4293 🔍 (source) 340 } ( dark matter and baryons
1300000000000.0 +400000000000.0-300000000000.0 M_\odot
1309.4423 🔍 (source) limb-darkened angular diameter
0.275 ± 0.009 m as
1309.5784 🔍 (source) Planck density \rho _ { P }
5.16e+99 g m-3
1309.6188 🔍 (source) peak hydrogen column densities
6.75e+22 ± 4.25e+22 cm-2
1309.6971 🔍 (source) dark matter velocity dispersion
54.0
Upper
1309.7127 🔍 (source) peak density
650.0 pc-2
1309.7354 🔍 (source) dark matter lifetime \Gamma ^ { -1 }
40.0 Gyr
Lower
1310.0460 🔍 (source) disk radius
0.035 AU
1310.0460 🔍 (source) disk mass
0.001 M_\odot
1310.0534 🔍 (source) Blazhko period
16.469
1310.0462 🔍 (source) bulk Lorentz factor
50.0
1310.0272 🔍 (source) Black hole masses
500000000.0 M_\odot
Upper
1310.0577 🔍 (source) peak-to-peak amplitude
1.59 ± 0.02 mag
1310.1179 🔍 (source) black hole mass M _ { BH }
153000000.0 M_\odot
1310.1532 🔍 (source) equation of state of dark matter in 3 \sigma regions w _ { dm }
0.00193
1310.1978 🔍 (source) knee \gamma _ { 1 }
2.92 ± 0.03
1310.1978 🔍 (source) knee \gamma _ { 1 }
2.7 ± 0.03
1310.1978 🔍 (source) knee \Delta \gamma _ { 12 }
0.42 ± 0.03 ± 0.05
1310.1936 🔍 (source) flared disk \beta
1.2
Lower
1310.2251 🔍 (source) dark energy \Omega _ { w }
0.68 ± 0.05
1310.2295 🔍 (source) dark matter
200000000000000.0 M_\odot
Upper
1310.2241 🔍 (source) mass of central black hole
40000000.0 ± 10000000.0 M_\odot
1310.2284 🔍 (source) Light fermionic/scalar dark matter m _ { DM }
8.0 GeV
1310.2176 🔍 (source) peak log ( Age )
8.2 ± 0.1
1310.2633 🔍 (source) keV luminosity
1.6000000000000001e+40 erg s-1
1310.2633 🔍 (source) black hole mass
90.0 M_\odot
1310.2604 🔍 (source) mass black hole
20.0 Myr
1310.3267 🔍 (source) Galactic disk
2.75 ± 1.25
1310.3349 🔍 (source) mass of the disk
80000000.0
1310.3349 🔍 (source) age of the disk
40000000.0 yr
1310.3553 🔍 (source) shock Mach number M
1.5
1310.3680 🔍 (source) peak density
7.000000000000001e-10 g
1310.4179 🔍 (source) radial range 4 ~ { } { kpc } R _ { proj }
225.0 kpc
Upper
1310.4184 🔍 (source) bulk flow velocity
240.0 km s-1
Upper
1310.4417 🔍 (source) peak magnitude M _ { u }
-21.4 mag
1310.4513 🔍 (source) } { kpc R _ { proj }
225.0 kpc
Upper
1310.4515 🔍 (source) blackbody filling factor
1.05 ± 0.55
1310.4649 🔍 (source) peak temperature
1.5 ± 0.5 MK
1310.4928 🔍 (source) Chandrasekhar mass
1.38 M_\odot
1310.6363 🔍 (source) proportion of galaxies undergoing an SMG-like phase
35.0 ± 5.0 c-1
1310.6364 🔍 (source) keV absorption-corrected luminosity
7.800000000000001e+42 erg s-1
1310.6499 🔍 (source) disk radius
65.0
1310.6784 🔍 (source) peak ratio
4.5 ± 0.3
1310.6786 🔍 (source) narrow shock widths d _ { shock }
23.0 kpc
Upper
1310.6786 🔍 (source) shock speed
2500.0 +400.0-300.0 km s-1
1310.6838 🔍 (source) Hirsh-like index h _ { g }
9.0
1310.7092 🔍 (source) thickness
7.5 ± 2.5 AU
1310.7621 🔍 (source) overall disk fraction
5.6 ± 2.2 %
1310.7621 🔍 (source) overall disk fraction
7.7 ± 2.3 %
1310.7621 🔍 (source) overall disk fraction
9.4 ± 3.0 %
1310.7923 🔍 (source) peak energy E _ { \nu , peak }
100.0 PeV
1310.7705 🔍 (source) blackbody temperature kT
0.8 keV
1310.8218 🔍 (source) jet bulk Lorentz factor \Gamma
4.0 ± 1.0
1310.8569 🔍 (source) kinetic temperature T _ { kin }
80.0 K
1311.1198 🔍 (source) peak luminosity L _ { X }
2e+39 erg s-1
1311.1686 🔍 (source) keV luminosity
4.700000000000001e+44 ± 9.000000000000002e+43 erg s-1
1311.1686 🔍 (source) keV luminosity
1.8e+45 +1e+45-6.999999999999999e+44 erg s-1
1311.1733 🔍 (source) peak flux
2.4 ± 0.3 hr-1 km-2
1311.2131 🔍 (source) dark sectors \beta
0.102
Upper
1311.3007 🔍 (source) black-hole temperature l
0.0
1311.3303 🔍 (source) central dark mass
2000.0 ± 1000.0 M_\odot
1311.3435 🔍 (source) equation of state parameters of dark energy w _ { 0 }
-1.042
1311.4525 🔍 (source) peak brightness M _ { V }
-13.8
Lower
1311.4618 🔍 (source) keV flux
5.500000000000001e-10 erg cm-2 s-1
1311.4618 🔍 (source) keV flux
8.9e-10 erg cm-2 s-1
1311.4622 🔍 (source) total kinetic energy
8.199999999999999e+48 ± 3e+47 erg
1311.5166 🔍 (source) shock Mach number M _ { s }
1000.0
Upper
1311.5166 🔍 (source) shock Mach number
2.0
Lower
1311.5164 🔍 (source) black hole mass
13000000.0 M_\odot
1311.5561 🔍 (source) shock velocity v _ { shock }
2057.0 km s-1
1311.5900 🔍 (source) spinning black hole a _ { * }
0.9
1311.6515 🔍 (source) shock velocity
1200.0 ± 300.0 km s-1
1311.6475 🔍 (source) black hole masses \log _ { 10 } ( M _ { BH } / M _ { \odot } )
6.62 +0.1-0.13
1311.6336 🔍 (source) oldest known rocky-planet-harboring system
10.41 ± 1.36 Gyr
1311.7180 🔍 (source) keV luminosity
41.0
Upper
1311.7432 🔍 (source) bulk Lorentz factor \Gamma
142.5
1311.7664 🔍 (source) absolute M _ { K ^ {
4.0
1312.0224 🔍 (source) phantom-like dark energy w _ { X }
-1.0
Upper
1312.0297 🔍 (source) disk viscosity parameter \alpha
0.01
Upper
1312.1339 🔍 (source) 0.3–10 keV luminosity peak
6.2e+37 ± 6e+36 erg s-1 (4.7 \times 10 ^ 36 erg s ^ -1)
1312.1688 🔍 (source) dark energy equation of state
-1.0
1312.2584 🔍 (source) disk R _ { gc }
4.85 +1.3500000000000005-1.3499999999999996 K pc
Upper
1312.2462 🔍 (source) effective equation of state in models of decaying dark energy w _ { eff }
-0.987 +0.016-0.017
1312.2587 🔍 (source) total dark matter mass M _ { LG } ( r < 1 { Mpc } )
4200000000000.0 +3400000000000.0-2000000000000.0 M_\odot
1312.2756 🔍 (source) disk
0.00014 M_\odot
1312.3216 🔍 (source) phantom-like behavior \omega ( a )
-1.0
Upper
1312.3143 🔍 (source) kick velocity
125.0 ± 25.0 km s-1
1312.4120 🔍 (source) keV energy flux of non-thermal emission
5.3e-12 ± 9e-13 (\pm 3.8) erg s-1 cm-2
1312.4544 🔍 (source) integrated luminosity of stars on the TP-AGB to peak t
3.0 Myr
1312.4547 🔍 (source) bulk Lorentz factor \Gamma _ { 0 }
250.0
1312.4854 🔍 (source) dark energy equation of state w _ { DE }
-1.024 ± 0.052
1312.5032 🔍 (source) dark energy equation of the state parameter \Delta w _ { 0 }
0.25
1312.4854 🔍 (source) dark energy equation of state w _ { DE }
-1.051 ± 0.076
1312.5631 🔍 (source) Lorentz bulk factor \Gamma _ { 0 }
142.5 ± 77.5
1312.7029 🔍 (source) the gaseous disk
80.0 pc
1312.7235 🔍 (source) disk radius
1.8 ± 0.7 km s-1
1401.0253 🔍 (source) transplanetary disk
2.45e-08 +1.1499999999999999e-08-1.1500000000000002e-08
1401.0358 🔍 (source) equation of state of dark energy w _ { DE }
-1.08 ± 0.135
1401.0573 🔍 (source) surface blackbody temperature T
350000.0 ± 150000.0 K
1401.1248 🔍 (source) zero skewness | S |
0.5
Upper
1401.1317 🔍 (source) thick disk
1.8 ± 0.2 kpc
1401.1317 🔍 (source) thin disk
1.8 ± 0.2 kpc
1401.1317 🔍 (source) thin disk
300.0 ± 50.0 pc
1401.1794 🔍 (source) mass of the black hole
15.25 M_\odot
1401.2089 🔍 (source) Baade-Wesselink projection factor p
1.36 ± 0.02
1401.2157 🔍 (source) break magnitude H _ { B }
7.7 +1.0-0.5
1401.2157 🔍 (source) break magnitude H _ { B }
6.9 +0.1-0.2
1401.2470 🔍 (source) gas kinetic temperature T _ { kin }
120.0 +13.0-10.0 K
1401.2562 🔍 (source) disk plane c / a
0.4
1401.2564 🔍 (source) bilinear R -parity breaking
8e-13
Upper
1401.2876 🔍 (source) 3 \sigma peak optical depth
0.00015000000000000001
Lower
1401.2785 🔍 (source) average quasar accretion disk size r _ { s }
4.5 +1.5-1.2
1401.2848 🔍 (source) peak luminosity
21.0
Upper
1401.2848 🔍 (source) peak luminosity
3.92e+37 +4.1999999999999995e+36-9e+35 erg s-1
1401.3007 🔍 (source) K -band brightness temperature
1878.0 +108.0-116.0 K
1401.2904 🔍 (source) effective blackbody temperature
97.0 eV
1401.3340 🔍 (source) sight thickness l _ { los }
600.0
1401.3774 🔍 (source) kinetic energy
4.0999999999999994e+52 erg
1401.3774 🔍 (source) peak luminosity M _ { V }
-19.7 mag
1401.3774 🔍 (source) synthesised nickel mass
0.58 M_\odot
1401.3564 🔍 (source) bulk velocity
0.4 +0.09999999999999998-0.10000000000000003 c
1401.3774 🔍 (source) blackbody temperature k _ { B } T
16.0 eV
1401.4464 🔍 (source) blackbody temperature
1788.0 ± 18.0 K
1401.4640 🔍 (source) Kerr spacetime a _ { * }
0.78
Lower
1401.4878 🔍 (source) velocity dispersion peak
-1.0
1401.5377 🔍 (source) thin disk scale length
2.44 ± 0.16 kpc
1401.5488 🔍 (source) absence of dark radiation \Delta { N } _ { \nu }
0.0
1401.5614 🔍 (source) blackbody temperature T
56.0 eV
1401.5659 🔍 (source) black hole spin parameter a _ { \ast }
0.94
Lower
1401.5650 🔍 (source) black hole mass M _ { BH }
80000000.0 +160000000.0-60000000.0 M_\odot
1401.6842 🔍 (source) non-evolving dark energy equation of state h
0.78 ± 0.12
1401.7185 🔍 (source) prominent arc-like structure
0.1 pc
1401.7330 🔍 (source) dark matter masses m _ { DM }
200.0 GeV
1401.7648 🔍 (source) disk scale height H / r
0.05
1401.8025 🔍 (source) peak
71.0 ± 25.0 %
1401.7791 🔍 (source) size of the gaseous disk R _ { out }
110.0 +10.0-20.0 AU
1402.0148 🔍 (source) spin parameter of the black hole a _ { * }
0.21 +0.18-0.22
1402.0448 🔍 (source) dark energy equation of state w _ { DE }
-1.14
1402.2896 🔍 (source) Chandrasekhar mass
1.38 M_\odot
1402.3257 🔍 (source) local dark matter density
0.011 M_\odot pc-3
1402.3637 🔍 (source) peak flux cumulative number count distribution N ( > p )
45.0
1402.4509 🔍 (source) peak optical depth \tau _ { 10
0.49 ± 0.02
Upper
1402.5399 🔍 (source) absence of dark radiation \Delta { N } _ { \nu }
0.0
1402.5573 🔍 (source) bulk density \rho
1260.0 ± 70.0 kg m-3
1402.5954 🔍 (source) metallicity distribution peaks [ Fe / H ]
-1.0 dex
1402.6212 🔍 (source) dark energy \Omega _ { \Lambda }
0.65 +0.17-0.22
1402.6254 🔍 (source) gauge symmetry breaking
2.86e+16 GeV
1402.6359 🔍 (source) disk { M ( H _ { 2 } ) } _ { disk }
303000000.0 M_\odot
1402.6328 🔍 (source) position of this knee [ Fe / H ]
-1.9
1403.0050 🔍 (source) warm debris disks F
0.7
Upper
1403.0196 🔍 (source) the dark energy equation w _ { D }
-1.2429
1403.0853 🔍 (source) black hole gas consumption timescale M ( H _ { 2 } ) / \dot { M } _ { acc }
160.0 Myr
1403.1299 🔍 (source) background rate
0.0036000000000000003 ± 0.0004 (stat)
1403.1299 🔍 (source) background rate
0.0026000000000000003 ± 0.0002 (stat) ± 0.0004 (sys)
1403.1354 🔍 (source) Shakura-Sunyaev accretion disk
2.0
1403.1420 🔍 (source) average Mach number of the shocks of main CR production M _ { s } \right > _ { CR }
3.5 ± 0.5
1403.1672 🔍 (source) peak of this high-magnification event A _ { max }
400.0
Lower
1403.2026 🔍 (source) disk masses
39.65 ± 39.35
1403.2276 🔍 (source) mean thickness
130.0
1403.4170 🔍 (source) supermassive black hole
1.2000000000000002 +0.3999999999999999-0.40000000000000013 pc
1403.4941 🔍 (source) outer disk
1.35 +0.19-0.2 AU
1403.5850 🔍 (source) ratio of nickel to iron relative to
11.0 +4.0-3.0
1403.5924 🔍 (source) peak overdensity \delta _ { LAE }
2.8 ± 0.5
1403.6125 🔍 (source) peak in the redshift evolution k
0.2 Mpc-1
1403.6831 🔍 (source) Kepler mid-occultation time
34.0 ± 6.9 s
1403.7699 🔍 (source) rocky \rho
2.9 ± 0.5 g cm-3
1404.0683 🔍 (source) fraction of dark starspots N
0.45 ± 0.05
1404.0824 🔍 (source) Fe-peak abundances m _ { C } \sin i
1.35 ± 0.2
1404.1372 🔍 (source) kinetic temperature
320.0 K
1404.1267 🔍 (source) sky-averaged strain amplitude h _ { 0 }
3.7999999999999996e-14
Upper
1404.1372 🔍 (source) kinetic temperature H _ { 2 } CO ratios
0.15 pc
1404.1519 🔍 (source) sky position angles
-186.0
Lower
1404.1519 🔍 (source) bulk Lorentz factor
4.8
Lower
1404.1630 🔍 (source) kinetic energy
5000000000000.0 J
1404.1697 🔍 (source) dark-to-barionic mass ratio
10.0
1404.2018 🔍 (source) dark matter mass range
30.0
Lower
1404.2018 🔍 (source) dark matter mass range m
40.0 GeV
Upper
1404.3189 🔍 (source) limb-darkened angular diameter \theta _ { LD }
17.9 ± 1.6 m as
1404.3725 🔍 (source) kurtosis f _ { NL }
100.0
1404.3624 🔍 (source) stacked radio flux SFR
16.0 ± 5.7 M_\odot yr-1
1404.3741 🔍 (source) Annihilation of light dark matter m _ { DM }
10.0
Lower
1404.3729 🔍 (source) dark photon m _ { \gamma ^ { \prime } }
1.0 MeV
1404.3665 🔍 (source) phantom dark energy EoS w _ { DE }
-1.0
Upper
1404.4996 🔍 (source) turbulent kinetic luminosity
19.0
1404.5526 🔍 (source) strength of feedback t _ { \nu }
20.0 Gyr
1404.5703 🔍 (source) jet kinetic luminosity
0.0035 ± 0.0025
1404.5703 🔍 (source) shock Mach number M _ { sh }
3.0 ± 1.0
1404.5703 🔍 (source) jet kinetic luminosity L _ { j }
1.7499999999999998e+45 ± 1.25e+45 erg s-1
1404.6038 🔍 (source) kinetic temperatures
30.0 K
1404.7126 🔍 (source) broad Iron K \alpha
-11.0
1404.7486 🔍 (source) Fe K \alpha E _ { rest }
6.46 +0.08-0.07 keV
1405.0180 🔍 (source) kinetic energy E _ { k , iso }
3e+52 erg
1405.0180 🔍 (source) kinetic energy E _ { k , iso }
3e+53 erg
1405.0465 🔍 (source) s braking index n
2.0
1405.0750 🔍 (source) neutron skin thickness
208.0
1405.0715 🔍 (source) black hole spin value
0.96 ± 0.14
1405.1022 🔍 (source) dark energy equation of state
-1.0
1405.1022 🔍 (source) dark energy equation of state w _ { 0 }
-0.9997
1405.1121 🔍 (source) disk T _ { max }
15.0 MeV
1405.1203 🔍 (source) Shakura parameter \alpha
1.0
Upper
1405.1869 🔍 (source) black hole mass
82000000.0 ± 3000000.0 M_\odot
1405.2921 🔍 (source) dark mass resolution
6260000.0 M_\odot
1405.3332 🔍 (source) kinetic energy E _ { k }
1.3999999999999999e+51 erg
1405.3286 🔍 (source) peak surface densities \Sigma
1.0 g cm-2
Lower
1405.3659 🔍 (source) rocky density
6.3 ± 2.6 g cm-3
1405.4012 🔍 (source) thicknesses i ) T _ { e }
167.0 ± 3.0 eV
1405.4331 🔍 (source) spectral peak energy E _ { peak } ^ { src }
107.8 ± 15.3 keV
1405.4639 🔍 (source) gas kinetic temperature CH _ { 3 }
405.0 +100.0-67.0 K
1405.4711 🔍 (source) black hole mass M _ { BH }
10.0 ± 0.1 s
1405.5284 🔍 (source) innermost dust disk
0.3 AU
1405.5284 🔍 (source) inner disk
5.0
1405.5521 🔍 (source) Dark Energy equation of state w _ { 0 } , w _ { a }
10.0
Lower
1405.5881 🔍 (source) disk
12.0 ± 4.0 %
1405.5881 🔍 (source) disk
10.0 ± 3.0 %
1405.5881 🔍 (source) disk \Gamma
7.0 ± 2.0 %
1405.5876 🔍 (source) lookback time t _ { L }
82.1 h
Upper
1405.6542 🔍 (source) molecular disk
390.0 ± 20.0 AU
1405.7042 🔍 (source) dark matter
13.0 +17.0-13.0 %
1405.7312 🔍 (source) peak luminosity
1.7900000000000002e+36 erg s-1
1405.7492 🔍 (source) kinetic temperature
15.1 K
1405.7649 🔍 (source) thick-disc scale length
2.5 kpc
1405.7691 🔍 (source) kinetic mixing parameter \epsilon
0.01
Upper
1405.7492 🔍 (source) kinetic temperature
8.8 K
Lower
1405.7788 🔍 (source) peak fractional polarisation
25.0 ± 5.0 %
1406.1185 🔍 (source) Kolmogorov C _ { K }
4.2
1406.0943 🔍 (source) sky area
275.0
1406.1518 🔍 (source) K I absorption
1.168
1406.1518 🔍 (source) K I absorption
1.177
1406.1518 🔍 (source) K I absorption
1.243
1406.1312 🔍 (source) local mass density of BEC axion dark-matter \rho _ { a }
0.02 GeV cm-3
1406.1706 🔍 (source) dark matter \Omega _ { d 0 }
0.269 ± 0.023
1406.2872 🔍 (source) projected dark matter fractions
0.55 ± 0.3
1406.2872 🔍 (source) projected dark matter fractions
0.4 ± 0.3
1406.3345 🔍 (source) intrinsic AGN 2–10 keV luminosity
3.7e+42 ± 1.4e+42
1406.4556 🔍 (source) density of the stochastic background \Omega _ { GW } ( f )
5.6e-06
Upper
1406.4554 🔍 (source) peak \langle [ Cu ii / Cu i ] \rangle
0.56 ± 0.23
1406.4520 🔍 (source) kinetic luminosity of the outflow \dot { E }
3e+43 erg s-1
1406.4913 🔍 (source) bluk density
1450.0 +550.0-549.9999999999999 kg m-3
1406.4977 🔍 (source) keV luminosity
2.8e+41 erg s-1
1406.4977 🔍 (source) keV luminosity
1.6e+41 erg s-1
1406.5253 🔍 (source) bulk density
1.1 +0.7-0.5 g cm-3
1406.5154 🔍 (source) thick slowly rotating disk \Delta V ( NaD )
81.0 ± 12.0 km s-1
1406.5154 🔍 (source) kpc-scale neutral gas outflow perpendicular
154.0 km s
Upper
1406.5517 🔍 (source) gas kinetic temperature
132.0 K
Upper
1406.5297 🔍 (source) characteristic strain amplitude of the GW background A _ { yr }
5.099999999999999e-16
Lower
1406.5320 🔍 (source) uniform-disk diameter \theta _ { \text } UD ( 2013 )
1.076 ± 0.093 m as
1406.5517 🔍 (source) gas kinetic temperature
95.0
Lower
1406.6172 🔍 (source) bulk density
2.1 ± 1.2 g cm-3
1406.6139 🔍 (source) peak bolometric luminosity \log L _ { bol } ^ { max }
0.82 ± 0.12 M_\odot
Lower
1406.6139 🔍 (source) peak bolometric luminosity
43.27 ± 0.06 erg s-1
1406.6363 🔍 (source) keV T
7.0
Upper
1406.6267 🔍 (source) apparent lack t
1.0 Gyr
Lower
1406.6919 🔍 (source) planetesimal disk mass M _ { D }
23.0 ± 11.0
1406.7009 🔍 (source) keV luminosity
7.400000000000001e+32 ± 4.0000000000000003e+31 erg s-1
1406.7009 🔍 (source) peak luminosity
1.2e+34 erg s-1
1406.6896 🔍 (source) local dark matter density
0.0143 ± 0.0011 M_\odot pc-3
1406.6896 🔍 (source) local dark matter density \rho _ { DM } ( z = 0 )
0.542 ± 0.042
1406.6813 🔍 (source) sky-projected obliquity \lambda
72.4
1406.7433 🔍 (source) synchrotron peak
135000000000000.02 Hz
1406.7433 🔍 (source) black hole mass
240000000.0 M_\odot
1407.0047 🔍 (source) Gaussian function peaked \langle v _ { rad } \rangle
21.0 ± 4.6 km s-1
1407.0700 🔍 (source) total disk mass
0.0004 ± 0.00011000000000000002 M_\odot
1407.1078 🔍 (source) disk mass M _ { \star } ^ { D }
51700000000.0 ± 11100000000.000002 M_\odot
1407.1028 🔍 (source) iron K \alpha line
6.426 ± 0.008 keV
1407.1238 🔍 (source) black hole spin
0.92
Lower
1407.1449 🔍 (source) warm debris disk T
290.0 K
Upper
1407.1799 🔍 (source) average peak \tau
0.02
1407.1744 🔍 (source) dark matter halo spin parameter \lambda
0.15
1407.1836 🔍 (source) bispectrum of dark matter k _ { i }
0.1 h
Upper
1407.2333 🔍 (source) break luminosity
8e+51 ± 4.3e+51 erg s-1
1407.2263 🔍 (source) dark matter potential scale velocity
591.0 ± 50.0 km s-1
1407.2281 🔍 (source) far-zone power spectral density peaks S ( f _ { peak } )
5.2000000000000005e-52 s
1407.2127 🔍 (source) bulk density
2100.0 +550.0-450.0 kg m-3
1407.2941 🔍 (source) black hole mass
0.15 +0.1-0.09999999999999999 dex
1407.2699 🔍 (source) outer radius of the Keplerian disk
0.0048 km pc s-1
1407.2944 🔍 (source) shock velocities v _ { s }
250.0 km s-1
Lower
1407.3707 🔍 (source) Crab-like photon spectral index \Gamma
2.6
1407.3955 🔍 (source) average accretion disk size R _ { 1 / 2 }
7.9 +3.8-2.6
1407.5800 🔍 (source) dark matter mass
53000000000.0 +14000000000.000004-14000000000.0 M_\odot
1407.6737 🔍 (source) black hole mass log [ M _ { \bullet } / { M } _ { \odot }
5.5 ± 0.20000000000000018
1407.6873 🔍 (source) sizes of these disks vary
9.3 kpc
1407.6873 🔍 (source) sizes of these disks vary
1.1 kpc
Lower
1407.7282 🔍 (source) ice/rock mass ratio
0.8 ± 0.5
1407.7282 🔍 (source) ice/rock mass ratio
1.01 ± 0.33
1407.7532 🔍 (source) kinetic energy
4e+54 erg
1407.8190 🔍 (source) disk inclination
53.0 +15.0-11.0
1407.8260 🔍 (source) kinematic distance
10.0 kpc
1407.8414 🔍 (source) energy scale of Dark Energy
0.002 eV
1407.8338 🔍 (source) dark contribution to the radiation content \Delta N _ { eff }
0.82 ± 0.55
1408.0169 🔍 (source) peak-to-peak variations
42.0 ± 10.0 mmag
1408.0411 🔍 (source) fraction of the northern sky
14000.0 day
1408.1606 🔍 (source) kinetic energy
1e+52 erg
1408.1516 🔍 (source) Lorentz bulk factor \Gamma
10.0
1408.1516 🔍 (source) bulk Lorentz factors \Gamma
15.0
1408.1949 🔍 (source) projected angular thickness
90.0
1408.1949 🔍 (source) projected angular thickness
3.0 pc
1408.1962 🔍 (source) preshock density
20000.0 cm-3
1408.1787 🔍 (source) disk mass
95000000000.0 +24000000000.0-30000000000.0 M_\odot
1408.1787 🔍 (source) disk scale length
4.9 ± 0.4 kpc
1408.1787 🔍 (source) dark matter density \rho _ { \odot } ^ { DM }
0.0088 +0.0024-0.0018 M_\odot pc-3 (0.35 ^ +0.08 _ -0.07 GeV cm ^ -3)
1408.1949 🔍 (source) radial velocities of ejecta knots
-2300.0
Lower
1408.2994 🔍 (source) uniform disk diameter
41.01 ± 0.41 m as
1408.2994 🔍 (source) power law type limb-darkened disk diameter
42.28 ± 0.43 m as
1408.2994 🔍 (source) limb-darkening exponent
0.155 ± 0.009
1408.3161 🔍 (source) kSZ power D _ { 3000 } ^ { kSZ }
2.9 ± 1.3 K2
1408.3633 🔍 (source) soft stacked effective photon index \Gamma _ { eff }
1.8
1408.3533 🔍 (source) pseudoscalar dark matter masses
1.5 ± 0.5 TeV
1408.4160 🔍 (source) temperatures of the radio background from extended emission T _ { b }
10.0 ± 7.0 mK
1408.4121 🔍 (source) polarization level of the second peak of this GRB
28.0
Upper
1408.4670 🔍 (source) background energy density \Omega _ { GPB }
1.2700000000000002e-09
Upper
1408.4860 🔍 (source) inferred peak total active surface area and active surface fraction A _ { act }
50000.0 m2
1408.4860 🔍 (source) total peak dust mass M _ { d }
530000000.0 ± 150000000.0 kg
1408.4860 🔍 (source) peak dust-to-nucleus mass ratio M _ { d } / M _ { N }
0.00058 ± 0.00016
1408.4803 🔍 (source) accretion disk
0.4
Lower
1408.5388 🔍 (source) dark q _ { DM } ^ { \rho }
0.4 ± 0.1
1408.5596 🔍 (source) inner disk \dot { M } _ { out }
3e-06 M_\odot yr-1
Upper
1408.6280 🔍 (source) rest frame 2-10 keV luminosities log L _ { X }
44.65 ± 1.3500000000000014 erg s-1
1408.6757 🔍 (source) Paraná River discharge peaks
6.3 yr
1408.6757 🔍 (source) Paraná River discharge peaks
7.7 yr
1408.6757 🔍 (source) Paraná River discharge peaks
8.6 yr
1408.6757 🔍 (source) Paraná River discharge peaks
9.9 yr
1409.0042 🔍 (source) power-law of break energy E _ { break }
2.1 ± 0.2 GeV
1409.0042 🔍 (source) dark matter mass m _ { \chi }
49.0 +6.4-5.4 GeV
1409.0861 🔍 (source) molecular fraction in the warm disk surface f _ { H 2 }
0.47
Lower
1409.1131 🔍 (source) disk fraction
19.0 %
1409.1579 🔍 (source) shock advance speed v _ { shock }
2500.0 km s-1
1409.1802 🔍 (source) dark energy density parameter \Omega _ { eDE }
0.009
Upper
1409.1978 🔍 (source) primary-beam-corrected peak flux density of the decrement
0.8
1409.2091 🔍 (source) keV signal rate
0.29 ± 0.01 c
1409.2091 🔍 (source) inner-disk temperature
0.7 keV
1409.2091 🔍 (source) keV signal rate
9.84 ± 0.01 c
1409.2453 🔍 (source) mass of the black hole
12.4 +2.0-1.8 M_\odot
1409.2737 🔍 (source) overall kinematic age
35.5 ± 22.5 Myr
1409.3400 🔍 (source) absolute V -band peak magnitude
-15.83 ± 0.71 mag
1409.3987 🔍 (source) maximum kinetic temperature T _ { k }
26.0 K
1409.3987 🔍 (source) peak optical depth
1.37
1409.4520 🔍 (source) He-like iron Fe
17.0 h
1409.5493 🔍 (source) disk size
8.9 AU
1409.5779 🔍 (source) gravitational binding energy of the stellar envelope outside the expanding shock
0.34
1409.5779 🔍 (source) gravitational binding energy of the stellar envelope outside the expanding shock
0.88
1409.5779 🔍 (source) gravitational binding energy of the stellar envelope outside the expanding shock
0.38
1409.5794 🔍 (source) black hole mass M _ { BH }
4700000.0 ± 1600000.0 M_\odot
1409.6452 🔍 (source) peak luminosity L \mathrm { { } ^ { unabs } _ { 2 - 10 ~ { } keV } }
9.4e+34 erg s-1
1409.6452 🔍 (source) peak luminosity L \mathrm { { } ^ { unabs } _ { 2 - 10 ~ { } keV } }
6.8e+34 erg s-1
1409.7110 🔍 (source) disk surface \Phi _ { EUV }
2.5e+41 ± 1.5e+41 s-1
Upper
1409.8128 🔍 (source) thickness
32.0 AU
1409.8245 🔍 (source) planetary bulk density \rho _ { p }
0.459 ± 0.083 g cm-3
1409.8647 🔍 (source) dark energy equation of state w } _ {
-1.0
1409.8492 🔍 (source) Shakura-Sunyaev parameter \alpha
0.01
Upper
1409.8628 🔍 (source) peak flux kT
0.75 ± 0.15000000000000002 keV
1409.8603 🔍 (source) flare peak
26.0 km s-1
1410.0044 🔍 (source) average density of dark matter \Omega _ { m }
0.09
1410.0172 🔍 (source) Keplerian disk
0.3 M_\odot
1410.0172 🔍 (source) Keplerian disk
54.0 AU
1410.0730 🔍 (source) bulk Lorentz factor \gamma
2.0
Lower
1410.0886 🔍 (source) mean braking index
2.342
1410.0886 🔍 (source) braking index
2.5
1410.1203 🔍 (source) Kerr parameter
0.9
Lower
1410.1203 🔍 (source) Kerr parameter
0.98
Upper
1410.1203 🔍 (source) Kerr parameter
0.1
Lower
1410.1528 🔍 (source) peak-to-peak amplitude
0.45 ± 0.01
1410.2060 🔍 (source) peak flux density
2.0 Jy
1410.2330 🔍 (source) black hole
0.91
Lower
1410.2472 🔍 (source) intrinsic 0.5-2 keV luminosity
7.900000000000001e+40 erg s-1
1410.2758 🔍 (source) blackbody temperature kT _ { BB }
25.0 eV
Upper
1410.2734 🔍 (source) background source number density n _ { g }
30.0
1410.2713 🔍 (source) disk type
50.0
1410.3827 🔍 (source) peak star formation rate SFR
3.0
1410.4567 🔍 (source) caged black hole
2.0
1410.4567 🔍 (source) caged black hole n
3.0
1410.4438 🔍 (source) sky \beta
-3.06 ± 0.02
1410.4438 🔍 (source) sky \Delta \beta
0.2
1410.4841 🔍 (source) inner disk radius R _ { \mathrm {
85.0
1410.4780 🔍 (source) limb-darkened angular diameter \theta _ { 1 D }
0.353 ± 0.013 m
1410.6129 🔍 (source) Kerr black hole
1.0
1410.7144 🔍 (source) daily peak flux
1.55e-06 ± 3.1e-07 ph cm-2 s-1
1410.7347 🔍 (source) warm molecular hydrogen disk
9000000.0 ± 2000000.0000000007 M_\odot
1410.7392 🔍 (source) black hole initial spin parameter a / m
0.75
1410.7588 🔍 (source) disk
1.76 ± 0.6 kpc
1410.8101 🔍 (source) bulk Lorentz factor \Gamma
13.0
1410.8520 🔍 (source) black hole mass M _ { BH }
500000000.0 ± 200000000.0 M_\odot
1410.8519 🔍 (source) thicknesses
0.1
1410.8393 🔍 (source) nickel mass \mathrm { M ( ^ { 56 } Ni )
0.04 ± 0.015
1411.0003 🔍 (source) cloud thickness f _ { sed }
2.0
1411.0097 🔍 (source) kinetic temperatures T _ { kin } )
50.0
Upper
1411.1075 🔍 (source) peak velocity
-1.0
1411.1306 🔍 (source) black hole mass M _ { BH }
2800000.0 +7500000.0-2100000.0 M_\odot
Upper
1411.1454 🔍 (source) Kerr black-hole shadow
5.0 ± 0.2
1411.1731 🔍 (source) mass of dark matter particles 3 ) _ { C }
1.0
1411.1604 🔍 (source) massive stellar mass black hole M
23.0 M_\odot
Lower
1411.1511 🔍 (source) dark energy content \Omega _ { matter }
0.15
1411.1911 🔍 (source) emission peaks
0.18 pc
1411.1930 🔍 (source) black hole mass
500000000.0 M_\odot
1411.2625 🔍 (source) local dark matter density
3.5 mM _ \odot pc-3
1411.2836 🔍 (source) disk free fall time
3.0
1411.2836 🔍 (source) disk crossing time
3.0
Upper
1411.3175 🔍 (source) peak
400000.0 M_\odot
1411.3837 🔍 (source) temperature kT T
1000000.0 K
1411.3858 🔍 (source) black hole mass
3080000.0 ± 2320000.0000000005
1411.3858 🔍 (source) black hole mass
1500000.0
1411.3858 🔍 (source) black hole mass
4099999.9999999995
1411.4302 🔍 (source) age distribution peaks
1.5
Lower
1411.4302 🔍 (source) age distribution peaks
2.0
Upper
1411.4492 🔍 (source) spins of the black holes
0.84
Upper
1411.4603 🔍 (source) A chromospheric thickness
385.0 ± 315.0 km
1411.5316 🔍 (source) crust thickness
50000000000000.0 g cm-3
Upper
1411.5638 🔍 (source) limb-darkened angular diameters
0.3848 ± 0.0055
1411.5638 🔍 (source) limb-darkened angular diameters \theta _ { LD }
0.2254 ± 0.0072 m
1411.5789 🔍 (source) magnetic braking timescale \tau _ { J }
0.96
1411.5789 🔍 (source) magnetic braking timescale \tau _ { J }
5.8 Myr
1411.5974 🔍 (source) keV X-ray luminosity
1.5500000000000001e+40 ± 6e+38 erg s-1
1411.6338 🔍 (source) disk blackbody
0.9 ± 0.09999999999999998 keV
1411.7404 🔍 (source) best-fit blackbody temperature
1134.0 ± 29.0 K
1411.7518 🔍 (source) peak surface field strength
39.0
1412.0172 🔍 (source) A peak of integrated emission
11000000.0 K
1412.0172 🔍 (source) A peak of integrated emission
50.0 km s-1
1412.0476 🔍 (source) peak brightness temperature ratio
0.2
Lower
1412.0699 🔍 (source) thin disk
40.0 pc h
1412.0476 🔍 (source) peak brightness temperature ratio
0.8
Upper
1412.1018 🔍 (source) rest-frame peak energy E _ { p , i }
4.7 MeV
1412.1484 🔍 (source) stars peak [ M / H ]
-1.2 dex
1412.1529 🔍 (source) local bulk flow v _ { bf }
300.0 km s-1
1412.1452 🔍 (source) light Higgsino-like LSP
290.0 ± 60.0 GeV
1412.2132 🔍 (source) peak star formation rate surface density
119.0 ± 8.0 M_\odot yr-1 kpc-2
1412.2251 🔍 (source) photon break energy E _ { br , \gamma }
55.0 +70.0-30.0 GeV
1412.2438 🔍 (source) black hole masses
1900000000.0 M_\odot
Lower
1412.2394 🔍 (source) kinetic temperature
3.0
1412.3106 🔍 (source) median unabsorbed 2–8 keV flux
1.8e-14 +9e-15-6e-15 erg s-1 cm-2
1412.3267 🔍 (source) peak
3.54e+30 erg s-1
1412.4097 🔍 (source) peak luminosities L _ { X }
36.0
Upper
1412.4583 🔍 (source) kinematic distance r
0.642 ± 0.174 kpc
1412.4818 🔍 (source) kinetic temperature
145.0 ± 85.0 K
1412.4818 🔍 (source) kinetic temperature
80.0 ± 10.0 K
1412.5251 🔍 (source) limb-darkened angular diameter
0.674 ± 0.014 m
1412.5658 🔍 (source) peak hydrogen density n _ { H }
4.0 ± 2.0 cm-3
1412.6117 🔍 (source) peak-to-peak modulation in degree of linear polarization \Delta P
0.000294 ± 3.5e-05 (ppm)
1412.5852 🔍 (source) breaking strain
0.1
1412.5852 🔍 (source) breaking strain
2400000000000000.0
1412.7762 🔍 (source) sky brightness
21.4
1412.7924 🔍 (source) mid-plane disk gas density n _ { 0 }
25.075 ± 24.925 cm-3
1412.7924 🔍 (source) disk scale height z _ { 0 }
305.0 ± 295.0 pc
1501.00369 🔍 (source) bulk density
6.0 +1.9-1.4 g cm-3
1501.00989 🔍 (source) peak luminosity L _ { peak }
2.9999999999999995e+45 erg s-1
1501.01978 🔍 (source) super-orbital disk precession period
29.0 ± 1.0
1501.02055 🔍 (source) dark energy equation of state parameter w
0.061
1501.02055 🔍 (source) dark energy equation of state parameter
0.017
1501.02630 🔍 (source) slope broken power law
-1.49 ± 0.08
1501.03502 🔍 (source) ratio of cooling to free-fall time before the activation of the AGN feedback t _ { cool } / t _ { ff }
70.0
Upper
1501.04649 🔍 (source) Yarkovsky dispersion
300.0 +60.0-50.0
1501.05274 🔍 (source) peak-to-peak amplitude
0.03 ± 0.02 mag
1501.05951 🔍 (source) disk radius
0.35 ± 0.05
1501.06559 🔍 (source) mass black hole
50.0 M_\odot
1501.06512 🔍 (source) disk masses range
0.006 ± 0.004
Lower
1501.06832 🔍 (source) column density of the CO–dark H _ { 2 }
-207.0 km c s-1
1501.06832 🔍 (source) column density of the CO–dark H _ { 2 }
1.5e+21 ± 5e+20 cm-2
1501.07269 🔍 (source) black hole mass
11000000000.0 ± 2000000000.0 M_\odot
1501.07503 🔍 (source) dark matter density exponent \gamma
0.68
Upper
1502.00014 🔍 (source) shock temperature
0.67 M_\odot
1502.00039 🔍 (source) jet spectral break frequency \nu _ { break }
100000000000000.0 Hz
Lower
1502.00039 🔍 (source) jet spectral break frequency \nu _ { break }
200000000000.0 Hz
Lower
1502.00634 🔍 (source) center of the final elliptical-like merger remnant M _ { * }
130000000000.0 M_\odot
1502.00488 🔍 (source) shock velocities
22.5 ± 2.5 km s-1
1502.01445 🔍 (source) peak
147.0 km
1502.01445 🔍 (source) peak density
20000.0 cm-3
1502.03220 🔍 (source) peak plasma temperature
32.5 MK
1502.04146 🔍 (source) disk Y _ { e }
0.175 +0.025000000000000022-0.024999999999999994
1502.04125 🔍 (source) peak amplitude \Omega _ { gw }
1.1000000000000001e-54
1502.04125 🔍 (source) peak Signal-to-Noise Ratio SNR
22.0
Upper
1502.04699 🔍 (source) accretion disk luminosity L _ { j } / L _ { d }
10.0
Lower
1502.04949 🔍 (source) peak magnitude M _ { g }
-18.4 ± 0.2
1502.04949 🔍 (source) absolute peak magnitude M _ { g }
-19.3 ± 0.2
1502.04945 🔍 (source) peak absolute magnitude M _ { I }
-19.65 ± 0.19
1502.05792 🔍 (source) black hole ’ s gravitational radius
51.0
Upper
1502.06296 🔍 (source) shell thickness dr
18.5 +1.5-1.4 pc
1502.06771 🔍 (source) black hole mass M _ { BH }
17000000.0 M_\odot
1502.07369 🔍 (source) gas disk dispersal
0.00030000000000000003 M_\odot
1502.07660 🔍 (source) peak energy density \Omega _ { gw } ^ { ( \lambda _ { \chi } ) } / \Omega _ { gw } ^ { ( \lambda _ { \chi }
0.0
1502.07675 🔍 (source) peak-to-peak variation
33.0 ± 1.0
1502.07669 🔍 (source) inner disk radius R _ {
17.0 ± 5.0
1502.07946 🔍 (source) disk masses
20.0 J
Upper
1503.00180 🔍 (source) peak-to-peak activity jitter
2.5
1503.00387 🔍 (source) peak brightness m _ { R }
2011.0
1503.00387 🔍 (source) peak brightness m _ { R }
12.95 ± 0.5
1503.00387 🔍 (source) peak brightness m _ { R }
6.0
1503.00398 🔍 (source) constant infall-peak time t _ { p }
7.0 Gyr
1503.01307 🔍 (source) peak X-ray luminosity L _ { X }
4.9999999999999995e+35 erg s-1
1503.01238 🔍 (source) inner disk temperature T { { } _ { in } }
0.2
Lower
1503.02083 🔍 (source) black hole mass \log ( M _ { BH } / M _ { \odot } )
9.97 ± 0.5
1503.02439 🔍 (source) dark energy w _ { 0 de }
-0.9986 ± 0.0011
1503.02650 🔍 (source) median peak brightness temperature
215.0 ± 13.0 K
1503.02649 🔍 (source) disk inclination
46.72 ± 0.05
1503.02649 🔍 (source) Keplerian motion
1.3 M_\odot s
1503.02439 🔍 (source) equation of state of dark matter w _ { 0 dm }
0.0072 ± 0.017
1503.02668 🔍 (source) inner protoplanetary disk
1.0 AU
1503.03924 🔍 (source) rank correlation coefficient
-0.69
1503.03758 🔍 (source) fraction of the Galactic thin disk R _ { G }
18.4 kpc
Upper
1503.04756 🔍 (source) 4 } keV
3.8e-20 ± 2e-21 c
1503.05179 🔍 (source) gas kinetic temperatures
15.0 K
1503.05558 🔍 (source) black hole mass \log ( M _ { BH } / M _ { \odot } )
8.5
Lower
1503.05422 🔍 (source) bulk velocity
250.0 ± 21.0 (239 \pm 38) km s-1
1503.05446 🔍 (source) Kepler-13Ab \mathrm { d } | \cos i _ { orb } | / \mathrm { d } t
-7e-06 ± 4e-07 % day-1
1503.05446 🔍 (source) gravity-darkening exponent \beta
0.25
1503.05917 🔍 (source) kinematic distance
2.5 ± 0.5 kpc
1503.06130 🔍 (source) dark matter \langle \sigma v \rangle
1.7e-26 ± 3.0000000000000005e-27 cm3 s-1
1503.07244 🔍 (source) jet kinetic power
45.0 erg
Upper
1503.07244 🔍 (source) black hole masses
300000000.0 M_\odot
1503.08333 🔍 (source) characteristic peak duration \Delta t / t
0.2 +0.09999999999999998-0.1
1503.08780 🔍 (source) Galactic disk f _ { RR:MG }
0.01
Upper
1503.08720 🔍 (source) disk
470.0 ± 80.0 M_\odot yr-1
1503.09093 🔍 (source) rise time to the peak t _ { rise }
0.15
Lower
1504.00223 🔍 (source) vorticity peak
8e-06 s-1
1504.01401 🔍 (source) disk
5.0 ± 0.2 kpc
1504.02215 🔍 (source) feedback efficiency
6.000000000000001e-05
1504.02889 🔍 (source) line-of-sight integral of the dark matter density squared \log _ { 10 } ( J )
18.8 ± 0.6 GeV2 cm-5
1504.03301 🔍 (source) peak free energy E _ { free } ( t _ { peak } )
4.5000000000000005e+31 ± 2e+30 erg
1504.04030 🔍 (source) spin of the black hole
0.8 ± 0.2
1504.04019 🔍 (source) dark matter m _ { X }
50.5 ± 49.5 GeV
1504.04130 🔍 (source) sky-projected obliquity \lambda
12.6
1504.04323 🔍 (source) shock speed
590.0
1504.04323 🔍 (source) shock speed
810.0 km s-1
1504.04323 🔍 (source) shock speed
400.0 ± 150.0 km s-1
1504.05702 🔍 (source) inclination relative to the disk
10.0
Upper
1504.06324 🔍 (source) local dark matter density \rho _ { 0 }
0.42 +0.021-0.018 (2 \sigma) ± 0.025 GeV cm-3
1504.06343 🔍 (source) peak energy flux
7.1e-10 ± 1.3000000000000002e-10 erg cm-2 s-1
1504.06343 🔍 (source) peak energy flux
9.6e-10 ± 1.8e-10 erg cm-2 s-1
1504.06673 🔍 (source) central stellar velocity dispersion perpendicular to the disk \sigma _ { z , 0 }
13.5 ± 8.0 km s-1
1504.06673 🔍 (source) kinematic measure V _ { max } / \sigma _ { z , 0 }
5.7 ± 0.6
1504.06948 🔍 (source) preshock densities n _ { 0 }
250.0 ± 150.0 cm-3
1504.08355 🔍 (source) dark matter P
0.0
1504.08355 🔍 (source) dark matter \Sigma _ { 0 }
141.0 M_\odot pc-2
1504.07950 🔍 (source) black hole spin
0.9
Lower
1504.08355 🔍 (source) Planck density B
0.0035299999999999997
1504.07988 🔍 (source) shock wave speed v _ { sh } / c
0.07
1505.01171 🔍 (source) Spearman rank correlation coefficient
0.4
1505.01063 🔍 (source) peak-to-peak amplitude
0.0049 ± 0.0007
1505.01063 🔍 (source) peak-to-peak amplitude
0.0035 ± 0.0007
1505.02163 🔍 (source) disk ’ s aspect-ratio h
1.0
1505.02165 🔍 (source) dynamical evolution of dark energy \Delta w _ { 0 }
0.03
1505.03158 🔍 (source) blackbody temperature
2402.0 ± 35.0 K
1505.03154 🔍 (source) matter–dark energy coupling strength \alpha
0.17
Upper
1505.03607 🔍 (source) disk inclination i
48.0 ± 1.0 day
1505.03522 🔍 (source) peak photon energy E _ { p }
800.0 keV
1505.03522 🔍 (source) kinetic energy \bar { E } _ { K }
2.1e+52 erg
1505.03524 🔍 (source) Compton-thick source N _ { H }
2.2e+24 ± 4.0000000000000003e+23
1505.04256 🔍 (source) break frequency \nu _ { br }
1.0 GHz
1505.05325 🔍 (source) disk aspect ratio H / r
0.2
1505.05347 🔍 (source) kurtosis S _ { 4 g }
-19.5
Lower
1505.05347 🔍 (source) kurtosis M _ { B } ( z
-19.5
Lower
1505.05522 🔍 (source) K-band stellar mass-to-light ratio M / L
0.55 ± 0.15
1505.05919 🔍 (source) disk mass
0.0075 ± 0.0055 M_\odot
1505.06135 🔍 (source) peak flux
6.000000000000001e-08 ± 1.8000000000000002e-08 erg cm-2 s-1
1505.06359 🔍 (source) cosmic microwave background ( CMB ) optical depth due to electron scattering \tau
0.066 ± 0.016
1505.08065 🔍 (source) outer disk R _ { GC }
11.5
Lower
1506.01028 🔍 (source) kinetic luminosity
9e+41 erg s-1
1506.00931 🔍 (source) nickel abundance
6.25
1506.00931 🔍 (source) nickel abundance A ( Ni )
6.1
1506.01007 🔍 (source) disk hole
20.0
1506.01205 🔍 (source) average absorbed 0.5–100 keV flux
8.399999999999999e-10 +1.3000000000000007e-10-1.299999999999999e-10 erg cm-2 s-1
1506.01334 🔍 (source) bulk density
0.259 ± 0.091 g cm-3
1506.02383 🔍 (source) disk r
70.0 AU
1506.02471 🔍 (source) sky-projected spin-orbit angle
257.8 +5.3-5.5 day
1506.02383 🔍 (source) disk
3.0 Myr
1506.02615 🔍 (source) equation of state for dark energy f _ { sky }
0.5
1506.03386 🔍 (source) dark matter particles m _ { DM }
1.0 TeV
1506.03873 🔍 (source) Peak H i column densities range N _ { H I }
1.85e+20 +1.0499999999999998e+20-1.05e+20 cm-2
1506.03820 🔍 (source) disk-averaged HNC/HCN emission ratio
0.15000000000000002 +0.04999999999999999-0.05000000000000002
1506.04056 🔍 (source) disk-to-black hole mass ratios
0.10200000000000001 +0.057999999999999996-0.05800000000000001
1506.03933 🔍 (source) braking index n
3.0
1506.04524 🔍 (source) black hole mass
13000000.0 M_\odot
1506.05120 🔍 (source) Compton-thick fraction f _ { CT }
36.0 +14.0-12.0
1506.05289 🔍 (source) peak X-ray luminosities
32.0 erg s-1
Upper
1506.06142 🔍 (source) kinematic distance D _ { CirX - 1 }
9.4 +0.8-1.0 kpc
1506.05926 🔍 (source) “ Kerr parameter a / M ) _ { max }
0.7
1506.06104 🔍 (source) braking index over the post-magnetar outburst period n
2.19 ± 0.03
1506.06104 🔍 (source) pre-outburst braking index n
2.65 ± 0.01
1506.06144 🔍 (source) break radius r _ { break }
18.0 ± 1.0 kpc
1506.06780 🔍 (source) black hole mass M _ { BH }
5.0
1506.06760 🔍 (source) dark matter density slopes d \log \rho / d \log r
-1.5
1506.07082 🔍 (source) _ { 5 - 12 \mathrm { keV
6.665 ± 5.335 keV
1506.07043 🔍 (source) abundance of cyanogen in dark clouds
10.0
Lower
1506.07213 🔍 (source) A shock height
0.05
1506.07402 🔍 (source) break mass m _ { break }
0.885 M_\odot
1506.08822 🔍 (source) nicknamed ‘ M _ { 200 }
2000000000000000.0 M_\odot
1507.00214 🔍 (source) kinetic luminosity
45.7 erg s-1
Upper
1507.00469 🔍 (source) dark matter density \Omega _ { CDM }
0.26
1507.00704 🔍 (source) central disk
1.8 kpc day
1507.00837 🔍 (source) neutron-skin thickness
0.15 fm
1507.01850 🔍 (source) black holes q
0.4
1507.02187 🔍 (source) kinetic temperatures
18.0 ± 2.0 K
1507.02285 🔍 (source) shock velocity v _ { shock:s }
2040.0 +550.0-410.0 km s-1
1507.02285 🔍 (source) shock velocity v _ { shock:n }
2300.0 +700.0-400.0 km s-1
1507.02354 🔍 (source) break time
539.0 ± 44.0 s
1507.02442 🔍 (source) jet bulk Lorentz factor
3.0 pc
1507.02813 🔍 (source) black-hole mass M _ { \bullet }
28000.0 ± 4000.0 M_\odot
1507.03604 🔍 (source) disk-halo transition region [ Fe / H ]
-1.2
Lower
1507.03956 🔍 (source) incident shock
0.07 +0.03-0.030000000000000006
1507.04333 🔍 (source) black hole mass
5000000.0 M_\odot
1507.05292 🔍 (source) dark matter halo masses
12.7
1507.05292 🔍 (source) dark matter halo masses log ( M _ { DM } / ( h ^ { -1 } M _ { \odot } ) )
13.5
1507.06067 🔍 (source) quark fractions
30.0
Upper
1507.06155 🔍 (source) median disk mass
1e-05 M_\odot
1507.06492 🔍 (source) quintessence dark energy w _ { \phi }
-1.0
Lower
1507.06512 🔍 (source) total kinetic energy of the identified outflows \bf
3.9e+45 erg
1507.06512 🔍 (source) total kinetic energy of the detected bubbles
9.199999999999998e+46 erg
1507.07613 🔍 (source) black-hole mass fractions \overline { M _ { BH } ( massive ) } / M _ { \star }
0.16999999999999998 +0.12-0.11999999999999998
Upper
1507.07588 🔍 (source) kinetic temperature T _ { k }
270.0
Upper
1507.07393 🔍 (source) kink speed
83.0 km s-1
1507.07783 🔍 (source) kinetic energy
51.0 erg
Upper
1507.08147 🔍 (source) peak intensity
0.115 ± 0.085 nW m-2 sr-1
1507.08147 🔍 (source) peak amplitude \Omega _ { GW }
8e-09
1507.08147 🔍 (source) peak amplitude \Omega _ { GW }
1.1999999999999999e-11
1507.08621 🔍 (source) largest known magnetic field B _ { p }
20.0
1507.08740 🔍 (source) peak luminosity L _ { 3 - 79 keV }
5e+38 erg s-1
1508.00575 🔍 (source) kinetic energy E _ { K }
8.199999999999999e+51 ± 4.3e+50 erg
1508.00698 🔍 (source) black hole mass M _ { BH }
350000000.0 ± 80000000.0 M_\odot
1508.01072 🔍 (source) kinetic pressure \beta
1.0
1508.01356 🔍 (source) disk
10.5 ± 1.5
1508.01356 🔍 (source) disk
20.0
1508.02130 🔍 (source) bulk Lorentz \Gamma
520.0
1508.02398 🔍 (source) sky-projected spin-orbit misalignment db / dt
-0.0228 +0.005-0.0018 yr-1
1508.02624 🔍 (source) k-corrected q _ { 22 }
1.35 ± 0.42
1508.02901 🔍 (source) northern shock Mach number M
2.2 +0.07-0.14
1508.03347 🔍 (source) shock
3.175 +1.8250000000000002-1.8249999999999997 pc
1508.03345 🔍 (source) signal-to-background ratio
0.25 ± 0.03
1508.03990 🔍 (source) Southeastern knot n _ { e }
600.0 cm-3
1508.03990 🔍 (source) Southeastern knot Te
13.0
1508.05361 🔍 (source) dark energy equation-of-state parameter w
2.6
1508.04425 🔍 (source) peak column densities
4.0 ± 1.0
1508.04420 🔍 (source) peak bolometric luminosity
1.3000000000000002e+44 erg s-1
1508.04787 🔍 (source) aspect ratio of the disk h _ { 0 }
0.137 +0.005-0.006
1508.04755 🔍 (source) power law limb-darkening coefficient
0.229 ± 0.111
1508.04787 🔍 (source) outer disk \theta _ { PA }
29.0
1508.04787 🔍 (source) inner disk radius
23.6 +0.9-0.6 AU
1508.04755 🔍 (source) power law limb-darkening coefficient
2.759 ± 0.05 m as
1508.05898 🔍 (source) dark energy equation of state w _ { 0 }
-1.0
1508.07394 🔍 (source) emission radii of kHz QPOs cluster
17.5 ± 1.5 km
1508.07394 🔍 (source) emission radii of kHz QPOs
20.0
Lower
1508.07394 🔍 (source) emission radii of kHz QPOs
23.0 km
1508.07394 🔍 (source) kHz QPOs
17.5 ± 1.5 km
1508.07419 🔍 (source) look-back time
11.4
1509.00507 🔍 (source) Keplerian motion
7.6 ± 0.23 Mpc
1509.00315 🔍 (source) local bulk motion
66.0 ± 6.0 km s-1
1509.00318 🔍 (source) peak flux density
0.8 Jy
1509.02165 🔍 (source) sky-averaged strain amplitude A
6.0000000000000005e-15
Lower
1509.02368 🔍 (source) dark-to-luminous mass ratio
1.6 kpc
1509.02543 🔍 (source) disk dust masses
0.0002 M_\odot
1509.02543 🔍 (source) disk dust masses
8e-05 M_\odot
1509.02922 🔍 (source) kinetic energies E _ { \gamma , iso }
2e+51
1509.04192 🔍 (source) shell-like molecular structure
0.8 pc
1509.04192 🔍 (source) kinematical distance
3.7 kpc
1509.04384 🔍 (source) break luminosity
4950000000.0 L_\odot
1509.05334 🔍 (source) local density of dark matter
0.013 ± 0.003 M_\odot pc-3
1509.05334 🔍 (source) local density of dark matter \rho _ { DM }
0.49 ± 0.13 GeV cm-3
1509.05389 🔍 (source) peak brightness B
-20.46 ± 0.21 mag
1509.05689 🔍 (source) warm disk inner edge r
10.0 AU
Lower
1509.05901 🔍 (source) the dark matter effective theory
32000000.0 TeV
Upper
1509.05901 🔍 (source) dark matter fermion of mass m _ { \chi }
30.0 MeV
1509.06190 🔍 (source) background rate
0.0054
1509.06956 🔍 (source) blackbody surface temperature
108.0 +22.0-14.0 eV
1509.07525 🔍 (source) dark matter masses m _ { X }
100.0 GeV
1509.07474 🔍 (source) unabsorbed 0.3–10 keV X-ray flux
1.0200000000000001e-13 erg cm-2 s-1
1509.07606 🔍 (source) bulk density \rho _ { d }
0.4 g cm-3
1509.07850 🔍 (source) kinetic luminosity
43.0
Upper
1509.08367 🔍 (source) shock velocity \varv _ { s }
25.0 km s-1
1509.08469 🔍 (source) disk mass
12.0 M_\odot
1509.08469 🔍 (source) 2 } column density peaks
2.7999999999999996e+24 cm-2
1509.09001 🔍 (source) s rank correlation coefficient \rho
-0.7
1509.08945 🔍 (source) black hole mass M _ { BH }
3000000.0 M_\odot
1509.08920 🔍 (source) disk mass
1.0
1509.08920 🔍 (source) disk mass
10.0
Upper
1509.09001 🔍 (source) s rank correlation coefficient
-0.9
1509.09290 🔍 (source) kinetic symmetry energy of quasi-nucleons E _ { sym } ^ { kin } ( \rho _ { 0 } )
-16.94 ± 13.66 MeV
1509.09065 🔍 (source) peak absolute magnitude M _ { V }
-20.3 ± 1.5
1510.00458 🔍 (source) Birks parameter kB
0.0076 ± 0.0003
1510.00412 🔍 (source) disk gap down
0.1
1510.00458 🔍 (source) Birks parameter kB
0.0066 ± 0.0016
1510.00396 🔍 (source) disk
0.25
1510.00396 🔍 (source) disk q
0.25
Lower
1510.01980 🔍 (source) Keplerian rotation
1.6e-08
1510.02212 🔍 (source) disk
0.0
1510.02277 🔍 (source) black hole mass upper
91199.99999999999 M_\odot
1510.02277 🔍 (source) black hole mass upper
195000.0 M_\odot
1510.03111 🔍 (source) low-kick velocity v _ { k }
30.0 km s-1
Upper
1510.03144 🔍 (source) break magnitude H _ { b }
14.93 +0.73-0.88
1510.04664 🔍 (source) background RM
147.0
1510.05150 🔍 (source) K-band mass-to-light ratios M _ { \star } / L _ { K }
0.3 M_\odot L_\odot-1
1510.05563 🔍 (source) bulk velocity \beta
0.16499999999999998 +0.135-0.13499999999999998
1510.05758 🔍 (source) Jupiter-like mass
1.338 ± 0.065
1510.06184 🔍 (source) bulk Lorentz factors \Gamma
10.0
1510.06416 🔍 (source) daily peak flux
3.01e-06 ± 3.6e-07 ph cm-2 s-1
1510.06810 🔍 (source) local dark matter density
0.0159 +0.0047-0.0057 M_\odot pc-3
1510.06498 🔍 (source) kinetic power
2e+40 ± 1.5e+40 erg s-1
1510.07083 🔍 (source) irregular disk
0.0
1510.07050 🔍 (source) Schechter function ‘ knee ’ mass
9.81 ± 0.02
1510.07057 🔍 (source) peak \log ( Age )
8.4 ± 0.1
1510.07050 🔍 (source) Schechter function ‘ knee ’ mass \log ( { M _ { * } / \mathrm { M _ { \odot } } }
10.0 ± 0.03
1510.07329 🔍 (source) black hole mass M _ { BH }
6200000.0 +1400000.0-1200000.0 M_\odot
1510.07567 🔍 (source) absolute sky brightness
5330.0 ± 30.0 nW m-2 sr-1
1510.07630 🔍 (source) peak metallicities [ Fe / H ]
-1.9
1510.07404 🔍 (source) slim disk
1.0 yr
Upper
1510.08099 🔍 (source) peak-to-peak variability
0.34 ± 0.02 mag
1510.07807 🔍 (source) peak energy of the burst E _ { iso }
5.54e+52 +2.6e+51-2.4e+51 erg
1510.07837 🔍 (source) inner disk radius
2.43 +0.39-0.17
1510.07837 🔍 (source) disk inclination angle
69.5 +12.8-4.2 day
1510.08099 🔍 (source) peak-to-peak variability
0.2 ± 0.02 mag
1510.08179 🔍 (source) outskirts
7.0 Gyr
1510.08464 🔍 (source) J - K _ { s } color
2.62 ± 0.15 mag
1510.08852 🔍 (source) parameter of the dark energy equation of state w
-1.01 ± 0.44
1511.00046 🔍 (source) break-up rotational velocity v _ { e }
530.0 km s-1
1511.00055 🔍 (source) Planck
1000.0
Upper
1511.00055 🔍 (source) Planck \ell
69.7 ± 1.7 km s-1 Mpc-1
Upper
1511.00762 🔍 (source) peak column densities of the Protostellar clump population
0.2 ± 0.02 g
1511.00693 🔍 (source) break flux
8e-12
Lower
1511.06611 🔍 (source) dark matter particle mass m
5.0000000000000005e-22 eV
1511.01940 🔍 (source) kinetic temperature T _ { kin }
80.0 K
1511.02800 🔍 (source) disk mass
3.0
1511.03131 🔍 (source) dark halo mass log ( M _ { DM } / M _ { \scriptstyle \odot }
11.5
1511.03111 🔍 (source) braking index n
0.9 ± 0.2
1511.03558 🔍 (source) kink speed C _ { k }
1330.0 ± 50.0 km s-1
1511.03503 🔍 (source) intrinsic 2–10 keV luminosity L _ { X }
7e+43 +7e+43-4e+43 erg s-1
1511.03903 🔍 (source) inner disk
3.0 AU
1511.04455 🔍 (source) black hole mass
4900000000.0 ± 1600000000.0 M_\odot
1511.05232 🔍 (source) black hole mass M _ { \bullet }
37000000.0 ± 22000000.0 M_\odot
1511.06387 🔍 (source) local dark matter density \rho _ { 0 , DM }
0.009 M_\odot pc-3 (0.34 GeV cm ^ -3)
1511.06511 🔍 (source) planckian universe t
0.0
1511.06930 🔍 (source) bulk flow amplitude U
248.0 ± 58.0 km s-1
1511.07058 🔍 (source) Planck result \Omega _ { \Lambda }
0.686 ± 0.02
1511.07975 🔍 (source) Disk-like state Q
3.0
1511.07975 🔍 (source) cool disk T _ {
-0.15 ± 0.35 keV
1511.09424 🔍 (source) keV line
9.199999999999999e+39
1511.09424 🔍 (source) keV line
1.6e+39 ph
1511.09252 🔍 (source) dark matter mass m _ { \chi }
250.0 GeV
Lower
1512.00325 🔍 (source) keV line intensity amounts
0.0027400000000000002 ± 0.00025 ph cm-2 s-1
1512.00325 🔍 (source) disk
0.58 ± 0.13
1512.00462 🔍 (source) dark matter fraction \mu
1.3
1512.00325 🔍 (source) keV line intensity
0.00096 ± 7.000000000000001e-05 ph cm-2 s-1
1512.00987 🔍 (source) best-fit peak temperatures
23.5 ± 9.5 K
1512.00991 🔍 (source) black hole mass M _ { bh }
29000.0 +67000.0-23000.0
1512.01159 🔍 (source) levels of disk magnetization \lambda _ { sys }
4.0
1512.01458 🔍 (source) total kinetic energy E _ { TOT }
3500000000000000.0 ± 2500000000000000.0 J
1512.01941 🔍 (source) thick-to-thin \nu _ { b }
350000000000000.0 ± 150000000000000.0
1512.01981 🔍 (source) dark matter particles m _ { X }
4.09
Lower
1512.02095 🔍 (source) bulk of the cluster population
0.35 +0.25-0.24999999999999997 M_\odot
1512.02095 🔍 (source) locking period P _ { lock } )
8.0
1512.02095 🔍 (source) disk lifetime
1.0 Myr
1512.02351 🔍 (source) dark matter particle mass m
5.0000000000000005e-22 eV
1512.02414 🔍 (source) disk
100.0 AU
1512.02824 🔍 (source) central black hole
2.9 pc
1512.03067 🔍 (source) background-to-source countrate ratio
0.2
1512.02943 🔍 (source) ( Kerr rotation parameter M _ { h }
4200000.0 ± 200000.0 M_\odot
1512.03835 🔍 (source) Galactocentric radial distances of the metal-poor part of the thin disk [ Fe / H ]
-0.25 dex
Upper
1512.04167 🔍 (source) shock velocity v _ { sh }
1333.0 km s-1
1512.04192 🔍 (source) jet break t
1.4 day
1512.05049 🔍 (source) ejecta knot transverse velocities
12.0
1512.04957 🔍 (source) known distance
12.4 ± 1.3 kpc
1512.05591 🔍 (source) Stokes
0.0019
1512.06188 🔍 (source) blackbody temperature
0.166 ± 0.015 keV
1512.05907 🔍 (source) baryonic-to-dark mass ratio M _ { gas } + M ^ { * } ) / M _ { T }
0.11
1512.07217 🔍 (source) decaying dark matter particle \tau
8e+27 ± 1e+27 s
Upper
1601.00616 🔍 (source) black hole mass M
11.0 +2.1-1.4 M_\odot
1601.00615 🔍 (source) dimensionless spin parameter of the black hole a _ { * }
0.63 +0.16-0.19
1601.00007 🔍 (source) binary black hole merger rate
10.0 Gpc-3 yr-1
1601.00310 🔍 (source) state parameter of the effective dark energy \bar { w } _ { X }
-1.0
Lower
1601.01388 🔍 (source) abundance of dark matter subhalos M
20000000.0 M_\odot
1601.02080 🔍 (source) mass of the black hole
9.25 ± 1.75 M_\odot
1601.02170 🔍 (source) kinematical age
19.0
1601.02628 🔍 (source) s black hole mass
5000.0 ± 1300.0 M_\odot
1601.02618 🔍 (source) peak intensity
2e-23 W s m-2 sr-1
1601.03099 🔍 (source) disk R _ { GC }
9.5 ± 2.5 kpc
1601.02734 🔍 (source) bulk Lorentz factors \Gamma
30.0
Upper
1601.03400 🔍 (source) average dark matter to total mass fraction
65.0 ± 12.0
1601.03551 🔍 (source) mass of the black hole
2600000000.0 M_\odot
1601.03687 🔍 (source) bulk Lorentz factor \Gamma
2.9
Upper
1601.04707 🔍 (source) peak speed
256.0 ± 33.0 km s-1
1601.05151 🔍 (source) black hole mass
2270000000.0 +4040000000.0-1440000000.0 M_\odot
1601.05151 🔍 (source) black hole mass
1200000000.0 M_\odot
1601.05097 🔍 (source) dark matter equation of state w
-0.000896
Lower
1601.05736 🔍 (source) iron-peak [ Ti / Fe ]
0.24 ± 0.09 dex
1601.05901 🔍 (source) quadrupole leakage produce systematic error r
0.001
Upper
1601.07432 🔍 (source) peak luminosity L
4.0
Lower
1601.07711 🔍 (source) black hole spin
28.0 mag
1602.00322 🔍 (source) sky-projected \lambda
-0.4 ± 0.2
1602.00463 🔍 (source) 4 \sigma peak sensitivity
0.18 mC
1602.00463 🔍 (source) 4 \sigma peak sensitivity
2.6000000000000002e-12 erg s-1 cm-2
1602.01105 🔍 (source) dark matter fraction
86.0 c-1
1602.01078 🔍 (source) dark energy equation of state today w _ { DE }
-1.01
1602.01465 🔍 (source) dark photon masses m _ { A ^ { \prime } }
100.0
1602.02732 🔍 (source) rest-frame spectral peak energy E _ { p , i }
200.0 keV
Upper
1602.03183 🔍 (source) disk dust masses
2e-05
1602.03183 🔍 (source) disk dust masses
0.0004 M_\odot
1602.03821 🔍 (source) kinetic energy density \epsilon
3.63 +3.41-3.4099999999999997
1602.04226 🔍 (source) rate of disk-induced BHB mergers R
3.0 yr-1 Gpc-3
1602.05554 🔍 (source) binary black hole merger rate
5.8
1602.05334 🔍 (source) peak brightness M _ { B }
-19.65 ± 0.4 mag
1602.05348 🔍 (source) gas kinetic temperature
53.0 ± 1.0 K
1602.05816 🔍 (source) disk temperature k T _ { in }
0.252 ± 0.003 keV
1602.06016 🔍 (source) dB/km two-way attenuation rate
69.0 km
1602.06286 🔍 (source) thicker hydrogen layers q _ { H }
3.2000000000000005e-05
1602.06280 🔍 (source) kinetic energies
2.7999999999999997e+51 +2.2000000000000003e+51-2.1999999999999996e+51 erg
1602.06280 🔍 (source) kinetic energies E _ { kin }
56.0 N
1602.07604 🔍 (source) thickness
0.09 pc
1602.07410 🔍 (source) proton kinetic scale kv _ { A } / \Omega _ { p }
0.38
1602.07604 🔍 (source) thickness
0.3 pc
1603.00495 🔍 (source) 8 disk scale
100000.0 M_\odot
Upper
1603.00495 🔍 (source) 8 disk scale
20.0 M_\odot
1603.00455 🔍 (source) inner disk temperature kT _ { MCD }
0.13 keV
1603.00305 🔍 (source) braking index n
3.15 ± 0.03
1603.00461 🔍 (source) Ly \alpha break redshifted { z _ { \mathrm { grism } }
11.09 +0.08-0.12
1603.00185 🔍 (source) black hole spin
0.98
1603.00701 🔍 (source) Kr abundance
-3.3 ± 0.3
1603.01271 🔍 (source) shock velocity
2700.0 ± 700.0 km s-1
1603.01563 🔍 (source) kinetic \omega _ { 0 }
0.0
1603.01608 🔍 (source) kSZ effect
3.8
1603.01487 🔍 (source) braking index
3.15
1603.02569 🔍 (source) dark energy equation of state parameter w
-1.0
Upper
1603.02876 🔍 (source) blackbody temperature T _ { eff }
50.0 K
1603.03441 🔍 (source) total kinematic asymmetry frontier ( K _ { tot }
0.14
1603.03441 🔍 (source) total kinematic asymmetry frontier
0.16
1603.03441 🔍 (source) total kinematic asymmetry K _ { tot }
0.16
Upper
1603.03731 🔍 (source) total disk dust mass
0.002 ± 0.001 M_\odot
1603.03690 🔍 (source) total kinetic energy
1.5000000000000001e+50 erg
1603.04171 🔍 (source) spin of the primary black hole \chi
0.313 ± 0.01
1603.04728 🔍 (source) peak magnitude M _ { r }
-17.27 ± 0.07
1603.05287 🔍 (source) scale length of the disk fixed h
2.6 kpc
1603.05287 🔍 (source) disk z _ { 0 }
0.29 +0.02-0.019 kpc
1603.05287 🔍 (source) disk
58200000000.0 +9810000000.0-6700000000.0
1603.05555 🔍 (source) fraction of kinetic to electromagnetic luminosity \epsilon _ { k } Â
9.0 +8.0-6.0
1603.05469 🔍 (source) break energy
2.6 ± 0.3 GeV
1603.05844 🔍 (source) Kinetic temperatures
9.0 K
1603.05783 🔍 (source) kinetic decoupling of light
10.0 GeV
Upper
1603.05975 🔍 (source) braking index n
3.15 ± 0.03
1603.06262 🔍 (source) ratio of the elliptical disk R
9.24 ± 0.2 kpc
1603.06921 🔍 (source) spectral index of the background d \ln \Omega _ { gw } / d \ln f
0.3
Upper
1603.06689 🔍 (source) thickness
1.5e+16 cm
1603.07920 🔍 (source) blackhole masses
3000000000.0 M_\odot
Upper
1603.07084 🔍 (source) peak brightness M _ { B }
-17.37 ± 0.15 mag
1603.07339 🔍 (source) black hole dimensionless spin
1.0
Upper
1603.07920 🔍 (source) blackhole masses
30000000.0 M_\odot
1603.07675 🔍 (source) compact jet bulk velocity v
0.07
Lower
1603.07675 🔍 (source) compact jet bulk velocity v / c
0.07
Lower
1603.08529 🔍 (source) kinematic distance
28.9 ± 3.6 pc
1603.09124 🔍 (source) exponential disk scale H _ { D }
2.7 ± 0.2
1603.09124 🔍 (source) local surface disk density \Sigma ( R _ { 0 } )
26.0 ± 3.0 M_\odot pc-2
Lower
1604.00323 🔍 (source) disk-averaged abundances
8.599999999999999e-11 ± 8.4e-11
1604.00323 🔍 (source) disk-averaged abundances NH _ { 3 }
7.6e-11
1604.00144 🔍 (source) disk fraction of the cluster
27.0 ± 6.0 %
1604.00323 🔍 (source) disk-averaged abundances
4.55e-10 ± 4.45e-10
1604.00523 🔍 (source) disk mass accretion rate
3.9e-05 M_\odot yr-1
1604.00599 🔍 (source) Stokes
252.0 mJy
1604.00680 🔍 (source) dark Noise Equivalent
3.2000000000000003e-19 W s
1604.00599 🔍 (source) Stokes
7.9 %
1604.01216 🔍 (source) s dark matter
900000000000.0 +70000000000.0-80000000000.0 M_\odot
1604.01216 🔍 (source) local dark matter density \rho _ { \odot , dm }
0.32 ± 0.02 GeV cm-3
1604.01698 🔍 (source) fraction of Mknots/clumpy galaxy f _ { clumpy }
0.24
1604.01987 🔍 (source) kinematic age
100.0 yr s
1604.02661 🔍 (source) braking index
8.0
Upper
1604.03106 🔍 (source) peaks \delta P / P
74.0 ± 19.0
1604.03106 🔍 (source) peaks
33.0 ± 12.0
1604.03260 🔍 (source) average 2–10 keV fluxes
9.350000000000001e-11 +2.6499999999999992e-11-2.6500000000000002e-11 erg cm-2 s-1
1604.04252 🔍 (source) inner disk radius
22.2 km
1604.04366 🔍 (source) blackbody radius
9.87 ± 1.86 km
1604.05842 🔍 (source) mean lifetime of protoplanetary disks
3.7 Myr
1604.06705 🔍 (source) Kerr parameter
0.99
1604.07403 🔍 (source) disk dust masses
1.0 Myr
1604.07313 🔍 (source) disk magnetization \mu _ { D }
0.01
1604.08024 🔍 (source) dark-to-stellar mass ratio M _ { vir } / M _ { star }
1000.0
1604.08285 🔍 (source) peak location of the potential r _ { p } / M
1.0
Upper
1604.08701 🔍 (source) peak polarization
0.6 +0.4-0.39999999999999997
Lower
1605.00289 🔍 (source) disk center
0.0
1605.01439 🔍 (source) outskirts region
1.0 ph ys
Lower
1605.01712 🔍 (source) dark energy equation-of-state parameter w
-1.0
Upper
1605.01644 🔍 (source) \Lambda CDM dark matter density parameter today \Omega _ { m 0 }
0.295 ± 0.04
1605.02074 🔍 (source) disk viscosity \alpha
0.001
Upper
1605.02450 🔍 (source) ratio of the radiated energy to the kinetic energy
3400.0
Upper
1605.02450 🔍 (source) ratio of the radiated energy to the kinetic energy
-2.0
Upper
1605.02629 🔍 (source) frequency ratio of the dominant low frequency peak o _ { 1 } / f
1.9
1605.02685 🔍 (source) leaking fraction f _ { R }
15.0 ± 5.0 %
1605.02769 🔍 (source) light-curves peak
5.05 ± 4.95 day
1605.02769 🔍 (source) light-curves peak t _ { p }
-2.0
Upper
1605.03928 🔍 (source) effective decay rate of dark matter \Gamma _ { eff }
2.9e-25 s-1
Upper
1605.04274 🔍 (source) rate excess peak of duration T _ { 90 }
6.1 ± 0.6 s
1605.04640 🔍 (source) blackbody temperature
2100.0 K
1605.04795 🔍 (source) dark mass fraction
7.1 +8.1-7.1
1605.05324 🔍 (source) bulk jet Lorentz factor \Gamma )
35.0
1605.05078 🔍 (source) rest-frame 2-10 keV luminosity
9e+45 +9.1e+45-4.5e+45 erg s-1
1605.05605 🔍 (source) thickness \Delta R / R
0.1
Upper
1605.05605 🔍 (source) kinetic power of the outflow
1.3999999999999998e+43 erg s-1
1605.06283 🔍 (source) peak brightness
-14.8 ± 0.5 mag
1605.07245 🔍 (source) peak absolute magnitude M _ { bol }
-10.4 mag
Upper
1605.07195 🔍 (source) dark Higgs mixing angle \epsilon
-6.0
1605.07595 🔍 (source) dark matter self-interaction cross section \sigma / m
5.83 cm2 g-1
Upper
1605.07973 🔍 (source) stellar wind bulk velocity
85.0 km s-1
1605.08050 🔍 (source) 2–10 keV flux
1.455e-11 ± 1.245e-11 erg s-1 cm-2
1605.08041 🔍 (source) keV luminosity
4e+43 ± 1e+43 erg s-1
1605.07883 🔍 (source) peak retrograde wind speed
-62.0 m s-1
1605.08209 🔍 (source) typical dark matter halo
0.15 ± 0.124 M_\odot
1605.08223 🔍 (source) Yukawa scale length L
2.19 ± 1.02 Mpc
1605.08209 🔍 (source) typical dark matter halo
0.094 ± 0.23 M_\odot pc-3
1605.08789 🔍 (source) protoplanetary disk e-folding timescale
4.5 ± 0.5 Myr
1605.09545 🔍 (source) weak surface friction t _ { s , fric }
55.0 ± 45.0 day
1605.09742 🔍 (source) look-back time
11.4 Gyr s
1606.00442 🔍 (source) inner disk
50.0
Upper
1606.00448 🔍 (source) break strength S
-0.25
Lower
1606.01262 🔍 (source) black hole ’ s redshifted mass M _ { f , z }
64.0 M_\odot
1606.01262 🔍 (source) black hole ’ s dimensionless spin parameter a _ { f }
0.675 +0.05499999999999994-0.05500000000000005
1606.01707 🔍 (source) break energy E _ { b }
297.0 ± 15.0 MeV
1606.02296 🔍 (source) Galactic disk
40.0 pc
1606.03074 🔍 (source) total kinetic energy
5.4e+50 +4.1e+50-2.5e+50 erg
1606.03100 🔍 (source) Planck mass
2.0
1606.03293 🔍 (source) well-marked temperature decrease
40.0 ± 10.0 km
1606.04047 🔍 (source) bulk density
191.0 ± 51.0 g cm-3
1606.04290 🔍 (source) kinetic temperature
453.5 ± 300.5 K
1606.04329 🔍 (source) black hole mass
2000000.0 M_\odot
1606.04527 🔍 (source) self-interaction cross-section of dark matter \sigma _ { DM }
1.28 cm2 g-1
Upper
1606.04889 🔍 (source) black hole binary merger rate
1.5 Gpc-3 yr-1
1606.04667 🔍 (source) preshock densities n _ { 0 }
200.0 cm-3
1606.05307 🔍 (source) blackbody emission kT _ { bb }
2.0 keV
1606.05347 🔍 (source) frequency peaks log P ( days )
10.0 AU
1606.05347 🔍 (source) frequency peaks
3.5
1606.05186 🔍 (source) dark rates
50.0 kHz mm-2
1606.05655 🔍 (source) rose slowly to its peak
-18.19 mag
1606.05646 🔍 (source) accretion disk characteristic size R _ { c }
213.0
1606.05965 🔍 (source) equation of state of dark energy read w ( 0 \leq z \leq 0.1 )
-1.958 +0.509-0.508
1606.05930 🔍 (source) warm dark matter particle mass { m _ { x }
4.6 keV
1606.05930 🔍 (source) warm dark matter particle mass { m _ { x }
9.8
1606.05930 🔍 (source) warm dark matter particle mass { m _ { x }
15.1
Lower
1606.07147 🔍 (source) peak strain amplitude of gravitational waves emitted
5.0
1606.07147 🔍 (source) peak strain amplitude of gravitational waves emitted
-21.0
Upper
1606.07238 🔍 (source) angular momentum of the disk
9.0 M_\odot AU km s-1
1606.07421 🔍 (source) peak p _ { V }
0.03
1606.08380 🔍 (source) present-day dark energy equation of state 1 + w _ { 0 }
2.4e-07
Upper
1606.09179 🔍 (source) radius of these disks
90.0
1607.00003 🔍 (source) dimensionless temperature of the rapidly-rotating ( near-extremal ) black hole
0.0
1607.00003 🔍 (source) dimensionless temperature of the rapidly-rotating ( near-extremal ) black hole R
1.0
1607.00343 🔍 (source) black hole spin
0.98
Lower
1607.00924 🔍 (source) kinetic energy of the explosion
5.4000000000000005e+51 erg
1607.01357 🔍 (source) disks
39.0
Upper
1607.02147 🔍 (source) massive dark matter
2000000000000.0 M_\odot
Lower
1607.02246 🔍 (source) dark matter density profile \gamma
1.26
1607.03147 🔍 (source) dark energy equation of state parameter w _ { DE }
-0.996 ± 0.042
1607.03155 🔍 (source) dark energy equation of state parameter w
-1.01 ± 0.06
1607.02839 🔍 (source) thickness Pr _ { m }
1.0
Lower
1607.02881 🔍 (source) peak luminosity L _ { X }
2e+39 erg s-1
1607.03567 🔍 (source) peak amplitude
2.8e-09
1607.03567 🔍 (source) peak amplitude \Omega _ { GW }
5e-09
1607.04351 🔍 (source) limb-darkened angular diameters \theta _ { LD } ( A )
0.573 ± 0.021 m as
1607.04415 🔍 (source) break magnitude M _ { 1450 } ^ { * }
-26.98 ± 0.23
1607.04674 🔍 (source) shock density contrast
1.38 +0.16-0.15
1607.04674 🔍 (source) shock velocity
2810.0 +210.0-240.0 km s-1
1607.04670 🔍 (source) disk component D / T
0.25 ± 0.04999999999999999
1607.04966 🔍 (source) Shakura-Sunyaev viscosity parameter \alpha
0.2
Upper
1607.05290 🔍 (source) peak A
195.0
1607.05726 🔍 (source) K-band magnitude
17.0
1607.05726 🔍 (source) dark mass
130000.0 M_\odot
Upper
1607.05652 🔍 (source) Hyper-Kamiokande Experiment
733.0 ± 364.0
1607.07125 🔍 (source) black-hole mass
200000000.0 ± 100000000.0 M_\odot
1607.07328 🔍 (source) dark m
20.0
Upper
1607.07487 🔍 (source) braking index n
3.15 ± 0.03
1607.07452 🔍 (source) peak
3.6
1607.07456 🔍 (source) black hole mass
99.0
Upper
1607.08060 🔍 (source) black hole mass M _ { \bullet }
87100000.00000001 +32100000.0-26100000.0 M_\odot
1607.08208 🔍 (source) sky fraction
0.4
1607.08158 🔍 (source) disk effective temperature T \hskip { -1.72 pt } _ { eff }
5000.0 K
1607.08454 🔍 (source) fraction of shock energy to magnetic field
1.6399999999999998e-06 ± 2.5e-07
1607.08668 🔍 (source) shock
12.0 km s-1
1608.00003 🔍 (source) local dark matter density
0.4 GeV cm-3
1608.00258 🔍 (source) black hole
160000.0 S ch
1608.00711 🔍 (source) black hole mass
3000000000.0 +1000000000.0-1100000000.0 M_\odot
1608.00971 🔍 (source) local dark-matter density
0.38 ± 0.04 GeV cm-3
1608.01202 🔍 (source) bulk silicate Earth
-0.29 ± 0.07
1608.01383 🔍 (source) braking index n
3.0
1608.01669 🔍 (source) shock propagation velocity
1570.0 km s-1
1608.01669 🔍 (source) shock structure
75.0 ± 25.0 Myr
1608.01229 🔍 (source) black hole mass M _ { BH }
1600000.0 ± 400000.0 M_\odot
1608.01901 🔍 (source) braking index n
0.031 ± 0.013
1608.02200 🔍 (source) black hole mass
4.0 M_\odot
Upper
1608.02264 🔍 (source) beaming thickness
2.66
1608.02583 🔍 (source) keV luminosity
2.3999999999999997e+33 erg s-1
1608.02396 🔍 (source) black hole ( BH ) masses log ( M _ { BH } /M _ { \odot }
6.45 ± 1.0499999999999998
1608.03373 🔍 (source) postshock densities
3.5 cm-3
1608.03373 🔍 (source) postshock densities n _ { p }
11.0 cm-3
Upper
1608.03893 🔍 (source) black hole mass M _ { BH }
710000.0 ± 400000.0 M_\odot
1608.04056 🔍 (source) mass of the dark matter particles m _ { \chi }
43.0 GeV
1608.04232 🔍 (source) radio sparks \delta t _ { r }
1.78 ± 0.04 min
1608.04189 🔍 (source) conformal temperature of the thermal gravitational-wave background T
0.000501 Mpc-1
Upper
1608.04308 🔍 (source) braking index n
2.0
1608.05158 🔍 (source) grain temperature and incident kinetic energy
0.605 ± 0.385
1608.05063 🔍 (source) bulk Lorentz factor \gamma
2.5
1608.05214 🔍 (source) kinematic radii R
1.5 kpc
Upper
1608.06684 🔍 (source) bulk Lorentz factor
5.1 ± 0.8
1608.06869 🔍 (source) virial black hole mass
3260000.0 +1590000.0-1400000.0 M_\odot
1608.07057 🔍 (source) black hole spin
0.2
1608.07954 🔍 (source) dark matter fraction
17.0
1608.08884 🔍 (source) peak time
-1.57 ± 0.01
1609.00382 🔍 (source) disk inclination
1.5 ± 0.6 AU
1609.00449 🔍 (source) kinematic energy
6.999999999999999e+45 erg
1609.00382 🔍 (source) disk inclination
70.0
1609.00780 🔍 (source) black hole ( BH ) mass M _ { BH }
70000.0 M_\odot
1609.00601 🔍 (source) mean period of single sun-like main
29.6 ± 0.6 day
1609.01014 🔍 (source) dark matter halo masses M _ { H }
4400000000000.0 M_\odot h-1
1609.01293 🔍 (source) black hole spin a ^ { * }
0.92
Lower
1609.01298 🔍 (source) dark–matter halo ’ s density distribution
1.05 ± 0.14
1609.02333 🔍 (source) nickel mass
0.056 ± 0.008 M_\odot
1609.02859 🔍 (source) thick vertical height
6000.0 km
1609.03571 🔍 (source) black hole mass
3.3 ± 0.2
1609.03571 🔍 (source) black hole accretion rates \dot { M } _ { BH }
0.0055 +0.0045000000000000005-0.0045 M_\odot yr-1
1609.03572 🔍 (source) peak of star formation
2.0 Gyr
Upper
1609.03860 🔍 (source) peaking S / N
250.0
1609.04008 🔍 (source) size of the scattering disk
4.8 ± 0.8 m as
1609.04352 🔍 (source) lookback timescale
3.0 Gyr
1609.04845 🔍 (source) daily peak flux
9.3e-07 ± 1.9e-07 ph cm-2 s-1
1609.04808 🔍 (source) black hole mass M _ { BH }
200000000.0 M_\odot
1609.04808 🔍 (source) intrinsic 2–10 keV luminosity
6.0000000000000005e+44 erg s-1
1609.05375 🔍 (source) Kennicutt-Schmidt relation N
0.68 ± 0.04
1609.06307 🔍 (source) characteristic disk temperature \bar { T } ^ { * }
120000.0 K
1609.08002 🔍 (source) black hole mass
20000000.0 M_\odot
1609.08472 🔍 (source) plane-of-sky velocity
524.0 km s-1
1609.08838 🔍 (source) local thick-to-thin disk density ratio f _ { 2 }
11.0 c-1
1609.08838 🔍 (source) local density ratio of the oblate halo to the thin disk f _ { h }
0.16 c-1
1609.08772 🔍 (source) stacked flux
0.04 ± 0.010000000000000002 mJy
1609.09074 🔍 (source) radial projection of the Keplerian orbital velocity
40.0 ± 15.0 km s-1
1609.09512 🔍 (source) Kepler Objects
14.5
1609.09575 🔍 (source) break energy E _ { break }
2.1 keV
1609.09828 🔍 (source) density of dark energy
0.7
1610.00719 🔍 (source) shock velocity
300.0 km s-1
1610.01399 🔍 (source) black hole masses \alpha
1.0 ± 0.5
1610.01399 🔍 (source) black hole masses
-10.0 M_\odot
1610.03092 🔍 (source) mean background densities n _ { avg }
5.05 ± 4.95 cm-3
1610.03861 🔍 (source) peak flux density
0.65 ± 0.06 mJy
1610.03840 🔍 (source) rest mass of the dark matter particles
2.6e-26 ± 2.4e-26 cm3 s-1
1610.03861 🔍 (source) peak flux density
1.19 ± 0.06 mJy
1610.04269 🔍 (source) black hole mass M _ { BH }
1560000.0 M_\odot
1610.04685 🔍 (source) braking index n
3.0
1610.04516 🔍 (source) dark matter fraction
0.37 ± 0.04
1610.05316 🔍 (source) rank correlation coefficient
-0.2
1610.05548 🔍 (source) gas kinetic temperatures
2.0
1610.05625 🔍 (source) known rotation frequency f _ { rot }
0.15 ± 0.02 c day-1
1610.06412 🔍 (source) post-shock temperature
19.2 ± 0.7 keV
1610.06926 🔍 (source) bulk densities e
0.1
Upper
1610.06802 🔍 (source) supermassive black hole ( SMBH ) masses
2900000.0 ± 300000.0 M_\odot
1610.07920 🔍 (source) equation-of-state parameter of dark energy
-0.8
Lower
1610.07920 🔍 (source) equation-of-state parameter of dark energy w
-1.2
Upper
1610.08505 🔍 (source) dark-to-baryonic mass ratios
9.6 +2.5-1.8
1610.08267 🔍 (source) peak-to-peak amplitude
0.12 ± 0.02 mag
1610.09055 🔍 (source) peak column densities
1.1e+24 cm-1
1610.08652 🔍 (source) back hole spin a _ { * }
0.0
1610.08997 🔍 (source) keV luminosity \textrm { log } _ { 10 } ( L _ { \textrm { 2 - - 10 keV } } \textrm { [ erg s } ^ { -1 } ] )
43.0 %
1610.09134 🔍 (source) disk radius
13.0 AU
Upper
1610.09385 🔍 (source) black hole mass
150000.0 M_\odot
1610.09380 🔍 (source) Compton-thick f _ { cov }
35.0
1610.10094 🔍 (source) sky brightness S _ { B }
22.98
1611.00364 🔍 (source) kinematic distance
63.0 ± 5.0 pc
1611.01292 🔍 (source) braking index n
2.598 ± 0.001 ± 0.1
1611.01266 🔍 (source) black hole
11.055 ± 1.8049999999999997 M_\odot
1611.02306 🔍 (source) black hole mass and X-ray luminosity L _ { 2 - 10 }
1.93e+45 erg s-1
1611.02306 🔍 (source) mass of the central black hole \log ( M _ { BH } / M _ { \odot } )
9.08 ± 0.18
1611.03066 🔍 (source) kinetic mixing parameter \kappa
2.2e-14
1611.05692 🔍 (source) Planck \Omega _ { b }
0.048
1611.03632 🔍 (source) bulk density
1.6 ± 0.13 g cm-3
1611.04622 🔍 (source) limb-darkening parameter
1.16 ± 0.49
1611.04622 🔍 (source) limb-darkened disk diameter
49.1 ± 1.5 m as
1611.04511 🔍 (source) break flux
8e-15 erg s-1 cm-2
1611.04511 🔍 (source) break flux
4e+36 erg s-1
1611.04951 🔍 (source) dark matter mass m _ { s }
10.0 MeV
1611.05468 🔍 (source) dark energy equation of state \sigma ( w )
0.033
1611.05866 🔍 (source) debris disk
16.0 ± 8.0 Myr
1611.05866 🔍 (source) fractional disk luminosity L _ { disk } / L _ { * }
0.0033
1611.06229 🔍 (source) circumprimary dust disk
59.0 ± 12.0 AU
1611.06223 🔍 (source) peak temperature
5500000000.0 ± 200000000.00000018 K
1611.07985 🔍 (source) sky-projected obliquity \lambda
-123.0
1611.08052 🔍 (source) KN volumetric rate
10000000.0 Gpc-3 yr-1
1611.08052 🔍 (source) peak i -band absolute magnitude M _ { i }
24000.0 Gpc-3 yr-1
1611.08314 🔍 (source) braking indices n _ { ig }
10.0
Lower
1611.08376 🔍 (source) black hole
2810000000.0 ± 380000000.0 M_\odot
1611.09320 🔍 (source) dark matter masses
325.0 ± 275.0
1611.09438 🔍 (source) normal peak luminosity M _ { B }
-18.9 ± 0.2 mag
1611.10322 🔍 (source) dark matter
0.48
1611.10244 🔍 (source) \nu } peak energies E _ { peak } ^ { src }
1209.0 +553.0-304.0 keV
1611.10244 🔍 (source) \nu } peak energies
682.0 +845.0-207.0 keV
1611.10207 🔍 (source) peak M _ { g }
-21.8 ± 0.1 mag
1611.10207 🔍 (source) kinetic energy
2.5e+52 erg
Upper
1612.00488 🔍 (source) kinetic temperature
20.0
Upper
1612.00848 🔍 (source) bulk radial velocity
41.0 ± 6.0 km s-1
1612.02015 🔍 (source) black hole mass M _ { BH }
4900000000.0 ± 1700000000.0 M_\odot
1612.01996 🔍 (source) Fe K \alpha equivalent width EW
2.5 +2.6-1.0 keV
1612.01996 🔍 (source) Compton-thick column density N _ { H }
1.2499999999999998e+24 cm-2
Lower
1612.01811 🔍 (source) peak distance modulus
18.57 ± 0.048
1612.02776 🔍 (source) sky-projected obliquity { \lambda
-20.7 ± 2.3
1612.03163 🔍 (source) black hole mass M _ { BH }
130000000.0 +290000000.0-90000000.0 M_\odot
1612.03805 🔍 (source) braking index n
2.81 ± 0.12
1612.04395 🔍 (source) black hole M _ { BH }
30000.0 M_\odot
1612.04226 🔍 (source) dark w _ { 1 }
0.37 ± 0.61
1612.04924 🔍 (source) inner disk radius decreased
18.0 km
1612.04851 🔍 (source) bulk density
1.36 ± 0.42 g cm-3
1612.04851 🔍 (source) bulk density
7.63 ± 1.9 g cm-3
1612.04924 🔍 (source) inner disk radius decreased
31.0 km
1612.05281 🔍 (source) central black hole M _ { BH }
300000000.0 M_\odot
1612.05281 🔍 (source) luminosity of the thermal component due to the inner accretion disk L _ { d }
5.9e+45 erg s-1
1612.06924 🔍 (source) 24 \mu m disk fraction
29.0 +14.0-9.0 %
1612.06750 🔍 (source) total mass of nuclear black hole
156000000.0 ± 26000000.0 M_\odot
1612.07513 🔍 (source) bluer peak of polarization \lambda _ { max }
5500.0
Upper
1612.08818 🔍 (source) dark energy \rho } _ { dark }
2.5e-47 GeV4
1612.09307 🔍 (source) warm lines peak
-14.0 km s-1
1612.09588 🔍 (source) breaking b
12000000.0 GeV
Lower
1701.00497 🔍 (source) intrinsic 2–10 keV luminosity L _ { 2 - 10 ,int }
5.55e+40 ± 2.0499999999999998e+40 erg s-1
1701.01176 🔍 (source) mean differential emission measure ( DEM ) peak temperature T _ { e }
8.6 MK
1701.00957 🔍 (source) peak-to-peak
1.0 ± 0.5 K
1701.01490 🔍 (source) central black hole mass
60000000.0 M_\odot
1701.01786 🔍 (source) post-peak mean duration
15.0 ± 5.0 Myr
1701.01604 🔍 (source) gas kinetic temperatures
-2.0
1701.02017 🔍 (source) life time of the disk t
0.4 s
1701.02067 🔍 (source) emission radii of twin kHz QPOs r
22.5 ± 1.5 km
1701.02723 🔍 (source) peak flow
16.7 ± 0.6 m s-1
1701.03152 🔍 (source) counter-clockwise direction
15.9 yr
1701.03103 🔍 (source) kinetic energy of the supernova explosion E _ { exp }
1.5e+51 erg
Lower
1701.03514 🔍 (source) marked overabundance of helium
0.35 ± 0.04
1701.03260 🔍 (source) peak surface brightness
64.6 ± 9.0 Jy
1701.03681 🔍 (source) rms thickness
67.0 kpc
1701.03949 🔍 (source) dimensionless density of dark energy \rho _ { \Lambda } / M _ { pl } ^ { 4 }
-90.0
Upper
1701.03952 🔍 (source) likelihood ratio
14.73
1701.03952 🔍 (source) likelihood ratio
7.45
1701.03952 🔍 (source) likelihood ratio
5.587
1701.03952 🔍 (source) likelihood ratio
2.56
1701.03952 🔍 (source) likelihood ratio
4.57
Lower
1701.03952 🔍 (source) likelihood ratio
49.69
Lower
1701.03952 🔍 (source) likelihood ratio
9.917
Lower
1701.04412 🔍 (source) skewness s
0.23 +0.05-0.22
1701.04641 🔍 (source) kinematic shear viscosity of the surrounding ring material \nu _ { 0 }
340.0 cm2 s-1
1701.04641 🔍 (source) bulk viscosity \xi _ { 0 } / \nu _ { 0 }
17.0
Upper
1701.05877 🔍 (source) self-interaction cross section of dark matter ( { \sigma _ { \textsc { \tiny DM } } / m }
0.47 cm2 g-1
Upper
1701.07006 🔍 (source) disk M _ { thick }
60000000000.0 ± 10000000000.0 M_\odot
Upper
1701.07265 🔍 (source) peak flux density
3.5 ± 1.1 Jy
1701.08258 🔍 (source) sky-projected distances \rho
1500.0 ± 1000.0 km
1701.08768 🔍 (source) black-hole masses
5750000.0 ± 4650000.0 M_\odot
1701.09053 🔍 (source) dark energy dipole \Delta \Omega _ { \Lambda }
0.07
Upper
1702.00676 🔍 (source) kSZ effect \Sigma m _ { \nu }
0.6
1702.00676 🔍 (source) kSZ effect \Sigma m _ { \nu }
0.3
1702.00676 🔍 (source) kSZ effect \Sigma m _ { \nu }
0.15
1702.00676 🔍 (source) kSZ signal D _ { 3000 } ^ { kSZ }
2.9 ± 1.3 K2
1702.01033 🔍 (source) low-surface brightness disk \mu _ { 0 }
20.39 mag
1702.01660 🔍 (source) keV normalization
1.37 cm-2 s-1 sr-1
1702.01660 🔍 (source) keV normalization
10.91 ± 0.16 cm-2 s-1 sr-1
1702.01157 🔍 (source) Eddington luminosity of the central supermassive black hole \overline { Q } / L _ { bol }
4.8 ± 3.1
1702.02013 🔍 (source) edge-on disk n
1.5 ± 0.5
1702.03158 🔍 (source) peak X-ray luminosity
2e+30
1702.03132 🔍 (source) look-back time
11.2
1702.03314 🔍 (source) dark matter particles m _ { X }
2.08
Lower
1702.03968 🔍 (source) peak brightness of absolute magnitude
-21.0
1702.04422 🔍 (source) keV flux
5e-12 erg s-1 cm-2
1702.05280 🔍 (source) Fe K \alpha emission
6.6850000000000005 +0.28499999999999925-0.28500000000000014 keV
1702.06184 🔍 (source) kinetic temperature
5.0
1702.06311 🔍 (source) inferred disk mass
0.00024 M_\odot
1702.06540 🔍 (source) A2218-Flanking \log ( M _ { * } / M _ { \sun } )
9.14
1702.06956 🔍 (source) disk temperature kT
0.18 +0.020000000000000018-0.01999999999999999 keV
1702.06984 🔍 (source) disk
1.6 +0.3-0.4 Gyr
1702.06984 🔍 (source) thin disk
9.7 +0.20000000000000107-0.1999999999999993 Gyr
1702.06984 🔍 (source) thin disk
8.7 ± 0.1 Gyr
1702.06984 🔍 (source) thin disk
6.9 +0.09999999999999964-0.10000000000000053 Gyr
1702.06984 🔍 (source) thin disk
7.8 ± 0.39999999999999947 Gyr
1702.07349 🔍 (source) black hole mass M _ { BH }
3000000000.0 M_\odot
1702.08313 🔍 (source) break frequency log ( f / Hz )
-3.4
1702.08313 🔍 (source) break frequency log ( f / Hz )
-3.0
1703.00016 🔍 (source) scale radius of an exponential disk V _ {
2.2
1703.00400 🔍 (source) accretion disk size r _ { s }
8.0 +11.0-5.0
1703.00970 🔍 (source) outer disk
28.5 ± 10.5
1703.00970 🔍 (source) outer disk inclination
25.0 ± 10.0
1703.01299 🔍 (source) blackbody temperature T
30000.0 K
1703.01299 🔍 (source) peak luminosity
1.1000000000000002e+44 erg s-1
1703.01299 🔍 (source) peak luminosities log ( L [ erg s ^ { -1 } ] )
43.9 ± 0.5
1703.01512 🔍 (source) disk
5.0 AU
Lower
1703.02523 🔍 (source) black hole mass
2300000000.0 M_\odot
1703.03103 🔍 (source) disk radius
13.8 +3.0-1.8
1703.04544 🔍 (source) kinematic distance
90.0 ± 9.0 pc
1703.04937 🔍 (source) bottom quark b \bar { b }
2.85e-24 cm3 s-1
1703.05491 🔍 (source) mass fraction of baryons relative to the total dark matter halo m _ { d }
0.05
Lower
1703.05565 🔍 (source) optical thickness \Gamma
1.2
1703.06399 🔍 (source) optically-thick \tau
5.0
1703.06614 🔍 (source) black hole merger rate
0.8 ± 0.5 Gpc-3 yr-1
1703.07367 🔍 (source) black hole masses
8.0 M_\odot
Upper
1703.07367 🔍 (source) black hole mass
210000000.0 ± 20000000.0 M_\odot
1703.07410 🔍 (source) keV X-ray flux
1.46e-11 +1e-12-1.3e-12 erg s-1 cm-2
1703.07410 🔍 (source) Fe K \alpha equivalent width
0.18 +0.17-0.12
Lower
1703.07410 🔍 (source) Fe K \alpha equivalent width EW
0.61 +0.27-0.25 keV
1703.07182 🔍 (source) black hole spin parameter a _ { * }
0.856 ± 0.006
1703.07816 🔍 (source) blackbody temperature
17000.0 K
1703.08180 🔍 (source) stacked effective power-law photon index \Gamma _ { eff }
0.5 +0.5-0.4
1703.08410 🔍 (source) break radius
270.0 +48.0-76.0 kpc
1703.08477 🔍 (source) black hole mass \log ( M _ { BH } / M _ { \sun } )
9.8
1703.09227 🔍 (source) disk mass ratio in dust M _ { \mathrm { dust,SR 24 S } } / M _ { \mathrm { dust,SR 24 N } }
840.0
Lower
1703.09952 🔍 (source) Planck frequency \sigma
1.0
1703.10009 🔍 (source) “ knee [ Fe / H ]
-1.0 ± 0.1
1703.10221 🔍 (source) ) of dark matter having mass
2.0
Lower
1704.00123 🔍 (source) bolometric disk luminosities \log P _ { jet }
0.96 ± 0.012
1704.00123 🔍 (source) disk radiative efficiency
0.1
1704.00123 🔍 (source) disk Eddington ratios
0.01
Lower
1704.00123 🔍 (source) disk radiative efficiency
0.3
1704.00809 🔍 (source) final recoiling black hole spin \alpha _ { f }
0.93 +0.02-0.03
1704.00418 🔍 (source) MS knee m _ { F 160 W }
19.5
1704.01882 🔍 (source) coating thickness
3.0 ± 0.02 m
1704.02886 🔍 (source) black hole mass
2250000.0 +549999.9999999998-550000.0 M_\odot
1704.03467 🔍 (source) dark energy ln B
-3.2
1704.03467 🔍 (source) dark energy ( \mathrm { ln } B
2.0
1704.03879 🔍 (source) natal kick v _ { k }
50.0 km s-1
Lower
1704.04434 🔍 (source) mass black hole
3.7 K pc
1704.05401 🔍 (source) kinetic energy
5e+52
1704.05468 🔍 (source) black hole mass
20000.0 +20000.0-10000.0 M_\odot
1704.05252 🔍 (source) kinetic temperature T _ { kin }
20.0 K
Upper
1704.05401 🔍 (source) peak absolute V -band magnitude M _ { V }
-19.0
1704.07593 🔍 (source) intensity peak
15.0 km s-1
1704.08266 🔍 (source) slope in the outskirts
0.59
1704.08133 🔍 (source) disk mass
9.5e-10
1704.08266 🔍 (source) slope in the outskirts \beta _ { out }
0.49
1704.08133 🔍 (source) disk mass
3.4000000000000003e-09
1704.08451 🔍 (source) bulk density \rho
47.0 ± 30.0 Pa
1705.00344 🔍 (source) peak absolute magnitude M _ { V }
-9.65
Lower
1705.00281 🔍 (source) typical GRB jet breakout time t _ { b }
60.0 s
1705.00724 🔍 (source) black hole mass
2500000.0 ± 500000.0 M_\odot
1705.00799 🔍 (source) gas phase in the inner disk
15.0 AU
Upper
1705.02053 🔍 (source) mean peak flux
5.9e+21
1705.02346 🔍 (source) black hole mass \log _ { 10 } ( M _ { BH } )
7.25 ± 0.1
1705.02911 🔍 (source) peak flux density
0.7 +0.2-0.1 Jy
1705.03251 🔍 (source) peak iron abundance [ Fe / H ]
-0.38
1705.03251 🔍 (source) peak iron abundance R
-0.38
1705.03477 🔍 (source) disk inclination
69.0 day
1705.04322 🔍 (source) pre-shock density n _ { H }
7.4 ± 1.5 cm-3
1705.06047 🔍 (source) kinetic energies
2e+51 erg
Upper
1705.06185 🔍 (source) peak \gamma -ray flux
1.9e-05 ± 2.0000000000000003e-06 ph cm-2 s-1
1705.06388 🔍 (source) intrinsic 2-10 keV luminosity
3.14e+45 erg s-1
1705.06930 🔍 (source) peak temperatures
128.0
1705.08003 🔍 (source) plane-of-sky velocity
45.0 km s-1
1705.08455 🔍 (source) kinetic energy E _ { K }
2e+51 erg
1705.08470 🔍 (source) disk-to-star mass ratio
0.014
1705.08470 🔍 (source) disk dust mass
0.42
Lower
1705.08470 🔍 (source) mass averaged disk temperature
22.0 K
1705.09008 🔍 (source) disk radius
964.1 ± 4.5
1705.09008 🔍 (source) disk radius
961.1 ± 2.5
1705.09182 🔍 (source) dark matter f _ { PBH }
0.5
Upper
1705.09697 🔍 (source) dark matter content M / L
100.0
1705.10005 🔍 (source) braking index n
3.0
1705.10283 🔍 (source) kinetic temperature T
120.0 K
1706.00825 🔍 (source) kinetic energy
3.9e+51 erg
1706.00825 🔍 (source) kinetic energy
5.850000000000001e+51 +3.95e+51-3.950000000000001e+51 erg
1706.01901 🔍 (source) peak M _ { B }
-17.0 mag
1706.01872 🔍 (source) Stückelberg field \dot { \phi } ^ { 0 }
0.0
1706.01893 🔍 (source) factor of such optically-thick gas f _ { c }
0.051
Upper
1706.03079 🔍 (source) median peak amplitude \Delta m
1.25
1706.03066 🔍 (source) viscosity disk \alpha
5e-05
1706.03806 🔍 (source) disk
100.0 AU
1706.03924 🔍 (source) double-peaked period
11.36 ± 0.02 hr
1706.04570 🔍 (source) disk gas metallicity Z
-4.0
Lower
1706.04570 🔍 (source) disk lifetime Z
0.3
1706.05018 🔍 (source) peak absolute magnitude M _ { g }
-20.4 mag
1706.07055 🔍 (source) dark matter slope \gamma
0.5
1706.06865 🔍 (source) bulk density
0.726 ± 0.062 (Jup)
1706.06758 🔍 (source) peak bolometric magnitudes M _ { b }
-16.5
1706.07512 🔍 (source) critical breaking energy
3.5e-13 ± 1.5000000000000002e-13 J
1706.08517 🔍 (source) kinetic energy
1.0
1706.08517 🔍 (source) kinetic energy
-2e+51 erg
1706.08965 🔍 (source) black hole masses M _ { BH }
20000000.0 M_\odot
Upper
1706.08965 🔍 (source) fallback rate M _ { BH }
7.1
Upper
1706.09565 🔍 (source) disk midplane \beta _ { 0 }
20000.0
1706.09940 🔍 (source) peak wavelength \lambda _ { o }
1598.6 ± 3.3
1706.09940 🔍 (source) disk r
2.0 AU
Upper
1707.00003 🔍 (source) peak magnifications
4.0
Upper
1707.00715 🔍 (source) absolute peak J magnitude M _ { J }
-18.524 ± 0.041 mag
1707.01534 🔍 (source) radial projection of the Keplerian velocity K _ { P }
55.0 ± 9.0 km s-1
1707.01501 🔍 (source) disk
80.0 AU
1707.02042 🔍 (source) black hole mass
350000000.0 ± 150000000.0 M_\odot
1707.02301 🔍 (source) black hole a _ { min }
250.0 ± 50.0 AU
1707.02454 🔍 (source) likely star-formation rate SFR
1250.0 ± 750.0 M_\odot yr-1
1707.02742 🔍 (source) equation of state of dark energy w
-1.036 ± 0.056
1707.04292 🔍 (source) bulk density
3.7 ± 0.9 g cm-3
1707.04001 🔍 (source) black hole masses \log ( M _ { BH } / M _ { \sun } )
7.01 ± 0.07
1707.04644 🔍 (source) kinetic energy E _ { kin }
5.5999999999999994e+51 ± 5e+50
Lower
1707.04962 🔍 (source) bulk densities
0.19 ± 0.01 g cm-3
1707.04962 🔍 (source) bulk densities
0.96 ± 0.15 g cm-3
1707.05052 🔍 (source) black hole mass \nobreak M _ { BH } }
88000000.0 ± 24000000.0
1707.05358 🔍 (source) beaming-corrected blast wave kinetic energy E _ { K }
2.2e+50 erg
1707.05648 🔍 (source) keV luminosities
1.4e+36 erg s-1
1707.05648 🔍 (source) keV luminosities
4.9999999999999995e+35 erg s-1
1707.05784 🔍 (source) kinetic energy E _ { \gamma }
2.2999999999999998e+49 erg
1707.06003 🔍 (source) peak o- \mathrm { H } _ { 2 } S abundances relative
4e-07
Lower
1707.06003 🔍 (source) peak o- \mathrm { H } _ { 2 } S abundances relative H _ { 2 }
2.5e-05
1707.06329 🔍 (source) kinetic temperature T _ { k }
450.0 ± 100.0 K
1707.06463 🔍 (source) disk ’ s rotation velocity
3.4 km s-1
1707.07691 🔍 (source) kick
180.0 km s-1
1707.07511 🔍 (source) black hole spin a _ { k }
3.0
Lower
1707.08907 🔍 (source) optically-thick corona \tau
9.0
1707.09373 🔍 (source) effective dark matter halo mass
40000000000.0 +51000000000.0-29000000000.0 M_\odot
1707.09927 🔍 (source) peak-to-peak lightcurve amplitude
0.76 ± 0.03 mag
1708.00864 🔍 (source) peak luminosity M _ { g }
-21.0 mag
1708.00653 🔍 (source) peak flux
0.8
1708.01032 🔍 (source) keV } luminosity L
8.000000000000001e+37 ± 3e+37 erg s-1
1708.01538 🔍 (source) dark energy equation-of-state w
-0.95 +0.33-0.39
1708.01619 🔍 (source) median peak luminosity M _ { 4000 }
-21.1 mag
1708.02633 🔍 (source) peak pair-to-proton ratio Z _ { \pm }
225.0
1708.03367 🔍 (source) shock front Mach number M
1.26 +0.25-0.15
1708.03367 🔍 (source) shock Mach number M
2.05 +0.31-0.19
1708.03688 🔍 (source) J - K _ { s } color
2.58 ± 0.11 mag
1708.03504 🔍 (source) black hole mass
2300000000.0 M_\odot
1708.04667 🔍 (source) black hole mass M _ { BH }
2.3 M_\odot
Lower
1708.05139 🔍 (source) peak velocities v _ { 98 \% }
1550.0 ± 1050.0 km s-1
1708.05139 🔍 (source) black hole mass dM / dt
0.7 ± 0.3
1708.08209 🔍 (source) black hole mass
6.61 ± 0.25 M_\odot
1708.08209 🔍 (source) black hole mass
5.86 ± 0.24 M_\odot
1708.08937 🔍 (source) outskirts
5.0 kpc
1708.08876 🔍 (source) braking index n
7.4 ± 0.8
1708.09459 🔍 (source) long-term braking index n _ { l }
-1.22 (4)
1709.00417 🔍 (source) polarized flux contrast ratio for the disk { ( F _ { pol } ) } _ { disk } / F _ { \ast }
0.00055 ± 9e-05
1709.00494 🔍 (source) Blazhko periods
50.0
1709.00428 🔍 (source) gas masses in BD disk
0.002
1709.00398 🔍 (source) top-quark mass m _ { t }
173.3 GeV
1709.01244 🔍 (source) sun-like temperatures T _ { eff }
4231.0 K
Lower
1709.02434 🔍 (source) energy scale of the possible cosmic string network G \mu
1.5e-11
Upper
1709.02734 🔍 (source) braking index n
2.0
1709.02734 🔍 (source) braking index
0.9
1709.03118 🔍 (source) packing fraction \phi
0.35
1709.03103 🔍 (source) kinetic temperature T _ { \scriptsize { kin } }
6.0 ± 1.0 K
1709.03414 🔍 (source) disk fraction
40.0 ± 5.0 %
1709.03459 🔍 (source) braking index
3.15
1709.03459 🔍 (source) braking index n
3.0
1709.03459 🔍 (source) braking index n
3.0
Upper
1709.03755 🔍 (source) daily peak flux
2.21e-06 ± 2.6e-07
1709.03999 🔍 (source) sight thicknesses \log n _ { H } / cm ^ { -3 }
-3.3
Lower
1709.04544 🔍 (source) plane-of-sky magnetic field strength B _ { pol }
23.8 ± 12.1
1709.04425 🔍 (source) maximum bulk oxygen abundance
65.0
1709.05346 🔍 (source) kinetic energies E _ { k }
1.5e+51 ± 1.9999999999999997e+50 erg
1709.06087 🔍 (source) 0.3–10 keV X-ray luminosity
6.099999999999999e+33 ± 1.8999999999999997e+33 erg s-1
1709.06022 🔍 (source) maximum backreaction amplitude | k _ { H } |
1.0
Upper
1709.06496 🔍 (source) kinetic temperatures
36.5 ± 1.5 K
Upper
1709.06649 🔍 (source) dark matter fraction
14.0 ± 10.0
1709.07410 🔍 (source) dark matter m _ { \chi }
80.0 ± 20.0 GeV
1709.07704 🔍 (source) look-back | \Delta \mu / \mu |
1.5e-07
Upper
1709.08673 🔍 (source) kinetic energy
4.200000000000001e+50
Upper
1709.09308 🔍 (source) darkening timescale \tau _ { d }
26.7 min
1709.09231 🔍 (source) jet reverse shock E _ { e , max }
0.8 TeV
Lower
1709.08832 🔍 (source) peak absolute magnitude M _ { V }
-17.7 ± 0.2 mag
1709.08832 🔍 (source) kinetic energy
6.9e+51 +1.5e+51-1.3e+51 erg
1709.09350 🔍 (source) dark-matter mass m _ { DM }
0.7 ± 0.2 TeV
Lower
1709.10145 🔍 (source) Chandrasekhar mass
20.0 kyr
Upper
1709.10130 🔍 (source) disk accretion rates
-1.0
1709.10385 🔍 (source) kinematic age
3.7 +1.2999999999999998-1.3000000000000003 Myr
1709.10475 🔍 (source) remarkable ejecta mass
60.0 +42.0-16.0 M_\odot
1710.00129 🔍 (source) black hole mass M _ { BH }
3130000.0 +910000.0-930000.0 M_\odot
1710.00845 🔍 (source) dark energy w _ { 0 }
-1.007 ± 0.089
1710.00846 🔍 (source) dark energy equation of state parameter w
-0.989 ± 0.057
1710.01045 🔍 (source) black hole mass M _ { \bullet }
500000000.0 +800000000.0-300000000.0 M_\odot
1710.01045 🔍 (source) Kerr parameter _ { \bullet }
0.5
Lower
1710.01394 🔍 (source) peak velocity dispersion
381.0 ± 55.0 km s-1
1710.01394 🔍 (source) precession rate of the old disk \Omega _ { P }
0.0 ± 3.9 km s-1 pc-1
1710.01322 🔍 (source) break radius
3.8 kpc
1710.01251 🔍 (source) ’ black hole masses M _ { BH }
2650000000.0 ± 2350000000.0 M_\odot
1710.01748 🔍 (source) bulk Lorentz factor of the jet \Gamma _ { bulk }
11.7
1710.02144 🔍 (source) sky rates \mathcal { R } _ {
0.16 day
1710.02374 🔍 (source) time-dependent dark energy equation of state w _ { 0 }
-0.951 ± 0.112
1710.02334 🔍 (source) crust thickness \Delta r
1.6 +0.7-0.6 km
1710.02438 🔍 (source) shortest coronal activity cycle known to date P _ { cyc }
1.6 yr
1710.03351 🔍 (source) sky area
4.3e-05 s
1710.03153 🔍 (source) circum-triple disk inclination
137.6 ± 2.0
1710.03906 🔍 (source) keV gamma-ray emission DM
11.6
Lower
1710.05534 🔍 (source) bulk rotation velocity
348.0 +75.0-48.0 km s-1
1710.05440 🔍 (source) SSS17a-like transients
16000.0 Gpc-3 yr-1
Upper
1710.05854 🔍 (source) absolute peak magnitude M _ { r }
-15.8 ± 0.1
1710.06101 🔍 (source) kinematic distance
3.2 kpc
1710.06321 🔍 (source) K type star ( \mathrm { magV }
11.6
1710.06808 🔍 (source) splashback-like steepening of the galaxy density profile r _ { sp }
1.13 ± 0.07 Mpc h-1
1710.06992 🔍 (source) shock velocities
5.0
1710.07194 🔍 (source) peak-to-peak amplitude
1.07 ± 0.04
1710.07289 🔍 (source) total kinetic energy E _ { K }
4e+51 erg
1710.08429 🔍 (source) Galactic disk : neutral \sim
89.0
1710.08539 🔍 (source) peak of the outburst \log ( g )
8.8
1710.08539 🔍 (source) disk
0.25
1710.08479 🔍 (source) thick disc
-5.0
Lower
1710.08479 🔍 (source) thick disc \sigma _ { V } / \sigma _ { U }
0.67 ± 0.11
1710.09401 🔍 (source) lookback
5.0 ± 5.0 Myr
1710.09401 🔍 (source) lookback
55.0 ± 45.0 Myr
1710.09401 🔍 (source) lookback
0.55 +0.44999999999999996-0.45000000000000007 Gyr
1710.09401 🔍 (source) lookback
3.0 ± 2.0 Gyr
1710.09401 🔍 (source) lookback
9.3 +4.299999999999999-4.300000000000001 Gyr
1710.09401 🔍 (source) peak star formation rate SFR
0.1
1710.09900 🔍 (source) \gamma - \kappa relation \log ( \kappa _ { tot } )
1.94 ± 0.34 (\gamma _ tot)
1710.10541 🔍 (source) peak-to-peak amplitude
0.79 ± 0.04 mag
1710.10666 🔍 (source) distance to the cluster kinematically
4.29 ± 0.47 kpc
1711.00023 🔍 (source) disk
13.0 ± 2.0
Lower
1711.00023 🔍 (source) disk
45.0 ± 9.0
Upper
1710.11335 🔍 (source) thickness \Delta \phi
1767.0 rad
1711.00292 🔍 (source) peak magnitude M _ { B }
-18.13 ± 0.04 mag
1711.00476 🔍 (source) peak optical depth \tau
0.01
1711.00862 🔍 (source) peak bolometric luminosity
1.7000000000000001e+44 erg s-1
1711.01346 🔍 (source) black hole spin
0.84
Lower
1711.01346 🔍 (source) disk radius R _ {
2.01
Upper
1711.01750 🔍 (source) keV luminosity
1.3
1711.03111 🔍 (source) flux break
3.4999999999999995e-11 ± 4e-12 ph cm-2 s-1
1711.03106 🔍 (source) usual \nu F _ { \nu } peak energy feature E _ { peak }
3.25 ± 2.75 MeV
1711.03558 🔍 (source) kinematics
1.1
Lower
1711.03322 🔍 (source) disk-to-star mass ratio
0.16
1711.03982 🔍 (source) mass of the disk
0.08 M_\odot
Lower
1711.04447 🔍 (source) central supermassive black hole mass M _ { \bullet } ( maser )
37800000.0 ± 100000.0 M_\odot
1711.04787 🔍 (source) mean dark halo mass \log _ { 10 } ( \langle M _ { h } \rangle / h ^ { -1 } M _ { \odot } )
11.29 ± 0.12
1711.04663 🔍 (source) dark halo mass
3200000000.0 M_\odot
1711.04927 🔍 (source) double peaked rotation period
8.1 ± 0.02 h
1711.05304 🔍 (source) presence AGN feedback energy
500000000000.0 M_\odot
Lower
1711.06084 🔍 (source) central surface brightness of stellar disk \mu _ { 0 } ( B )
23.0
1711.06214 🔍 (source) double-peaked period
8.1 ± 0.42 hr
1711.06615 🔍 (source) neutron-skin thickness
208.0
1711.06905 🔍 (source) disk temperature
25.5 ± 2.5
1711.07467 🔍 (source) sky fractions f _ { sky }
0.3
1711.07418 🔍 (source) Fe K \alpha emission region
98.0 pc
1711.07522 🔍 (source) black hole mass M _ { BH }
3800000.0 +300000.0-200000.0 M_\odot
1711.08110 🔍 (source) all-sky rate
1700.0 +1500.0-900.0 F
1711.08166 🔍 (source) disk aspect ratio { ( h / r ) } _ { p }
0.04
1711.08165 🔍 (source) kinematic temperature
24.0 K
1711.08641 🔍 (source) black hole mass
5030000.0 M_\odot
1711.08641 🔍 (source) black hole mass
32000000.0 M_\odot
1711.09430 🔍 (source) dark energy equation of state w _ { DE }
-1.0
1711.09903 🔍 (source) redshift bin the ratio of dynamical to SPT+Planck masses \eta
0.63 +0.13-0.08 ± 0.06
1711.10012 🔍 (source) gas kinetic temperatures
2.0 C
1711.10734 🔍 (source) kink mode wave phase velocities
236.5 ± 34.5 km s-1
1712.00021 🔍 (source) peak M _ { ZAMS }
18.0 M_\odot
Upper
1712.00021 🔍 (source) peak of high-mass neutron stars
1.8 M_\odot
1712.00362 🔍 (source) dark matter particle lifetime
7.3000000000000005e+25 s
1712.01860 🔍 (source) black hole mass
800000000.0 s
1712.02470 🔍 (source) black hole mass
150000.0 M_\odot
1712.02378 🔍 (source) median disk mass
0.018 M_\odot
1712.02378 🔍 (source) median disk mass
0.0025 M_\odot
1712.02804 🔍 (source) disk temperature T _ { \mathrm {
0.06 keV
1712.03241 🔍 (source) sky-projected spin-orbit misalignment \lambda
-5.6 +1.7-1.9
1712.03128 🔍 (source) characteristic dark-matter halo mass
5765000000000.0 +4065000000000.0005-4064999999999.9995 M_\odot h-1
1712.03511 🔍 (source) sight line of the background quasar z _ { q }
1.5266
1712.03977 🔍 (source) scale length of the outer disk
1.6 ± 0.1 kpc
1712.03746 🔍 (source) peak-to-trough variability amplitudes
3.4 ± 0.1
1712.03978 🔍 (source) dark matter ( DM ) fraction R _ { e } f _ { DM }
0.2 ± 0.07
1712.03916 🔍 (source) disk gas
64.0 ± 4.0
1712.03933 🔍 (source) Nickel masses
0.012 ± 0.01
1712.03933 🔍 (source) Nickel masses
0.015 ± 0.006 M_\odot
1712.04535 🔍 (source) peak absolute magnitude U
-22.26 ± 0.06
1712.03949 🔍 (source) accretion disk
77.0 +22.0-18.0 g
1712.04446 🔍 (source) kinetic temperature
40.0 K
1712.05054 🔍 (source) kinetic temperature
86.0 K
1712.05354 🔍 (source) bulge-to-disk mass ratio M _ { \star , T }
3.0 Gyr
1712.05354 🔍 (source) bulge-to-disk age
0.0 Gyr
1712.05354 🔍 (source) bulge-to-disk mass ratio
0.25
1712.06602 🔍 (source) self-interaction cross section per unit dark matter mass \sigma / m _ { \chi }
0.3 cm2 g-1
Upper
1712.06420 🔍 (source) dark-matter particle mass
1240000000.0 M_\odot h-1
1712.07253 🔍 (source) broken power-law spectrum E _ { break }
200.0 keV
1712.06960 🔍 (source) disk-average solar Li abundance
1.09 ± 0.04 dex
1712.07535 🔍 (source) bulk radial velocity v _ { r }
-92.0 +34.0-22.0 km s-1
1712.10161 🔍 (source) braking index n
2.0
Upper
1801.00181 🔍 (source) bulge to disk mass fraction
0.7
1801.00652 🔍 (source) peak mole fraction
18.0
1801.00652 🔍 (source) peak mole fraction
10.0
1801.01126 🔍 (source) ionisation rates quickly
14.0 km s-1
1801.01834 🔍 (source) SN peak luminosity
0.116 ± 0.011 mag
1801.01410 🔍 (source) peak energy
145.0 keV
1801.01410 🔍 (source) peak energy E _ { p }
-0.3
1801.01611 🔍 (source) jet bulk Lorentz factor
17.5
Lower
1801.01478 🔍 (source) equivalent blackbody temperature T _ { BB }
2700.0 ± 270.0 K
1801.01889 🔍 (source) kinetic power
2e+39 erg s-1
1801.02341 🔍 (source) Stokes number \tau _ { f }
0.005
Upper
1801.04124 🔍 (source) Planck SZ proxy mass function
440000000000000.06 s
1801.05340 🔍 (source) kinetic energy
1.32e+51 erg
1801.05340 🔍 (source) kinetic energy
0.077 M_\odot
1801.05850 🔍 (source) peaks i
141.0
1801.06099 🔍 (source) size of the scattering disks
0.63
Lower
1801.06099 🔍 (source) size of the scattering disks
3.2 m as
1801.07360 🔍 (source) dark matter in MACHOs f
0.001
Upper
1801.07046 🔍 (source) kinetic energy
1e+52 ± 3e+51 erg
1801.07360 🔍 (source) dark matter in MACHOs f
0.01
1801.07738 🔍 (source) total sky area
1.77 day
1801.08805 🔍 (source) Stokes numbers
0.01
Lower
1802.00053 🔍 (source) ‘ knee ’ mass
0.18 ± 0.04 dex
1802.00053 🔍 (source) ‘ knee ’ mass \log ( M _ { * } h _ { 70 } ^ { 2 } / M _ { \odot } )
9.94 ± 0.01 ± 0.05
1802.00224 🔍 (source) blackbody temperature of the central stellar
220000.00000000003 K
1802.00743 🔍 (source) keV luminosity
4.7999999999999994e+33 erg s-1
1802.01105 🔍 (source) Ca _ { II } H & K break
0.29 ± 0.05
1802.02320 🔍 (source) kinematic age
1.6 +0.09999999999999987-0.10000000000000009 Gyr
1802.02606 🔍 (source) dark-to-luminous mass ratio M _ { dm } / M _ { \star } ) | _ { R _ { e } }
9.6
1802.02728 🔍 (source) tracker equation of state w _ { DE }
-2.0
1802.02967 🔍 (source) disk scales
100.0
Upper
1802.04019 🔍 (source) disk lifetime
10000.0 yr
1802.04478 🔍 (source) dark matter M _ { 300 }
3700000.0 M_\odot
1802.04478 🔍 (source) resulting dark matter halo mass M _ { 300 }
2700000.0 M_\odot
1802.05068 🔍 (source) break
7.1 ± 0.3 keV
1802.05068 🔍 (source) break
9.0 keV
1802.05806 🔍 (source) jet kinetic power
3.6e+37 +2.9999999999999997e+37-1.6999999999999998e+37 W
1802.05738 🔍 (source) black hole
0.1
Upper
1802.06056 🔍 (source) black hole spin
0.1
Upper
1802.05864 🔍 (source) peak flux density
16.8
Upper
1802.07853 🔍 (source) mass accretion rate on the supermassive black hole
0.022000000000000002 M_\odot yr-1
1802.08270 🔍 (source) supermassive black hole
0.5 pc
1802.08205 🔍 (source) peak luminosities
2.1e+36 erg s-1
1802.08277 🔍 (source) Keplerian disk R
120.0 AU
1802.08692 🔍 (source) X-ray peak offsets
30.0 ± 13.0 %
1802.09291 🔍 (source) local dark matter density \rho _ { DM }
0.018 ± 0.002 M_\odot pc-3
1802.09526 🔍 (source) number of Kepler planets per star
0.9
1802.10175 🔍 (source) dark matter scattering rate
-1.0
1802.09967 🔍 (source) peak of the baryonic contribution V _ { bar } / V _ { p }
0.88
1802.09724 🔍 (source) kinetic temperature of the electrons in the corona kT _ { e }
25.0 ± 2.0 keV
1802.10106 🔍 (source) average postshock pressure
8.6e-10 ± 3e-11 erg cm-3
1802.10165 🔍 (source) abundance of O in the thick disk
-0.32 ± 0.09 dex
1802.10175 🔍 (source) dark matter scattering rate
-1.0
1803.00574 🔍 (source) peak luminosity
5e+40 erg s-1
Lower
1803.00943 🔍 (source) peak intensity 1 ^ { 1 _ { c } }
0.0
1803.01424 🔍 (source) black hole masses M _ { BH }
3500000000.0 ± 2500000000.0 M_\odot
1803.01513 🔍 (source) intrinsic 2–10 keV luminosities
3e+41 erg s-1
1803.02419 🔍 (source) disk inner rim
12.3 ± 0.4
1803.04330 🔍 (source) black hole masses
-2000000.0 M_\odot
1803.04869 🔍 (source) peak brightnesses M _ { g }
-15.75
Lower
1803.05441 🔍 (source) dark matter mass m _ { DM }
1.25 TeV
1803.05650 🔍 (source) keV
0.158 keV
1803.06207 🔍 (source) disk mass
3e-06 M_\odot
1803.07521 🔍 (source) break magnitudes H _ { b }
7.7
1803.08105 🔍 (source) keV rest-frame X-ray luminosity L _ { 2 - 10 }
1.16e+45 +4.3e+44-3.5000000000000003e+44 erg s-1
1803.08427 🔍 (source) dark matter-photon elastic scattering cross section \sigma _ { \gammaDM }
8.0
Upper
1803.09277 🔍 (source) dark matter fraction
18.0
1803.10294 🔍 (source) bulk flow speed v
4000.0 km s-1
1803.10882 🔍 (source) disk \alpha
1.1
1803.10452 🔍 (source) minimum bulk Lorentz factor \Gamma
4.3
1803.11558 🔍 (source) tunneling redshift peaks
0.4
Lower
1804.00365 🔍 (source) kinetic energy
-5e+51 erg
1804.00800 🔍 (source) peak intensity
1.6e-07 erg cm-2 s-1
1804.00635 🔍 (source) peak of the cluster age distribution
130.0 ± 35.0 Myr
1804.01100 🔍 (source) s Rank correlation coefficient \rho
-0.28 ± 0.12
1804.01064 🔍 (source) local kinetic emissivity of giant AGN flares L
3.700000000000001e+44 erg Mpc-3 yr-1
1804.01929 🔍 (source) dust density distribution peaks
0.72
1804.01828 🔍 (source) nickel overabundance Z _ { Ni } / Z
10.0
1804.02360 🔍 (source) disk tilt
30.0 ± 5.0 day
1804.03150 🔍 (source) peak star formation rate
120.0 M_\odot yr-1
1804.04101 🔍 (source) peak flux densities
0.2
Lower
1804.04842 🔍 (source) total molecular gas mass for the nuclear disk M ( H _ { 2 } )
11000000.0 M_\odot
1804.05148 🔍 (source) bulk density
2.8 +0.8-0.6
1804.05122 🔍 (source) proper motion of the innermost knots
1.1 ± 0.4 c
1804.05122 🔍 (source) proper motion of the innermost knots
0.9 ± 0.6
1804.05934 🔍 (source) disk r
0.0
1804.05566 🔍 (source) black hole mass M _ { BH }
1800000000.0 ± 500000000.0 M_\odot
1804.06399 🔍 (source) black hole mass M _ { BH }
6000000000.0 M_\odot
1804.06852 🔍 (source) dark matter fractions \alpha _ { CO }
1.1 +0.8-0.7
1804.06635 🔍 (source) dark matter halo mass
250000000000.0 M_\odot
1804.06635 🔍 (source) dark matter halo circular velocity v _ { c }
6.4
1804.08455 🔍 (source) dark energy equation of state w _ { x }
-1.0
1804.09721 🔍 (source) peak separations
275.0 km s-1
1804.10509 🔍 (source) rotation velocity peak
3.0 km s-1
1804.09958 🔍 (source) peak atomic fractional abundance
2.4e-05
1804.10214 🔍 (source) inner disk radius
1.4 +0.2-0.1
1804.10485 🔍 (source) scale height of the thicker component
0.637 +0.056-0.036
1804.10571 🔍 (source) sky-averaged strain amplitude
3.5e-13
Upper
1804.10571 🔍 (source) sky-averaged strain amplitude of low-frequency CGWs
1.3999999999999999e-14
Upper
1804.10340 🔍 (source) total gas disk mass
0.00051 M_\odot
1804.10874 🔍 (source) peak X-ray luminosity
39.0
Upper
1805.00940 🔍 (source) Stokes number
-3.0
Upper
1805.01408 🔍 (source) density axis ratio of the dark matter halo q
1.3 ± 0.25
1805.01458 🔍 (source) disk-averaged column density N _ { T }
1450000000000.0 +190000000000.0-150000000000.0 cm-2
1805.03114 🔍 (source) 1 keV flux densities
71.0 ± 10.0 nJy
1805.03114 🔍 (source) 1 keV flux densities
24.0 ± 4.0 nJy
1805.03466 🔍 (source) Saturn-like density
0.65 +0.34-0.3 g
1805.03758 🔍 (source) synchrotron peak frequency \log \nu _ { p } ^ { s }
24.33 ± 0.79
1805.04693 🔍 (source) mass of the black hole
560000000.0 M_\odot
1805.05962 🔍 (source) disk-orbit inclination
10.0
1805.05810 🔍 (source) -band peak magnitude
-17.66 ± 0.2 mag
1805.06957 🔍 (source) jet total kinetic energy L _ { j }
4e+44 erg s-1
1805.06934 🔍 (source) inner dark matter density \rho _ { DM } ( 150 pc )
240000000.0 +50000000.0-60000000.0 M_\odot % kpc-3
1805.07372 🔍 (source) nickel mass M _ { Ni }
0.35 M_\odot
Upper
1805.07372 🔍 (source) peak absolute magnitude M _ { r }
22.1
1805.07350 🔍 (source) a dark matter mass M _ { 200 }
190000000000.0 +130000000000.0-90000000000.0 M_\odot
1805.09851 🔍 (source) gas kinetic temperature T _ { k }
4910.0 ± 1900.0 K
Upper
1805.09881 🔍 (source) ratio of kinetic to gravitational potential energy \beta
0.16
Lower
1805.10188 🔍 (source) spin parameter of the black hole a _ { * }
-0.13
Lower
1805.10295 🔍 (source) supermassive black hole r _ { b }
0.7 kpc
1805.10305 🔍 (source) dark matter mass m _ { \chi }
20.0 GeV
Lower
1805.11185 🔍 (source) Kepler magnitude \Delta \tilde { K _ { p } }
-4.2
1805.11047 🔍 (source) Tinker mass function
6300000000000000.0 +1000000000000000.0-800000000000000.0 M_\odot
1805.11047 🔍 (source) Tinker mass function
4400000000000000.5 +800000000000000.0-600000000000000.0 M_\odot
1805.11740 🔍 (source) sky to depths m _ { r }
24.65 +0.5500000000000007-0.5499999999999972
1805.11621 🔍 (source) Ly \alpha peak separation
220.0 ± 20.0 km s-1
1805.11554 🔍 (source) plane-of-sky magnetic field strength
245.0 ± 75.0
1805.11607 🔍 (source) amplitude of the kSZ power spectrum D _ { 3000 } ^ { kSZ }
4.1 K2
1806.00185 🔍 (source) black hole mass
640000000.0 M_\odot
1806.01231 🔍 (source) total [ 0.5-7.0 keV ] diffuse X-ray luminosity L _ { x } ^ { diff }
4.2e+34 erg s-1
1806.01439 🔍 (source) range of disk-thickness Q
1.7
1806.03633 🔍 (source) peak luminosity
6.4e+39 erg s-1
1806.04073 🔍 (source) bulk density \rho _ { P }
0.37 ± 0.05 g cm-3
1806.04089 🔍 (source) black hole spin
0.9
Lower
1806.03843 🔍 (source) peak \Gamma _ { 0 }
2.0
Upper
1806.03843 🔍 (source) peak \alpha
1.0
1806.05192 🔍 (source) velocity kick dispersion \sigma _ { BH }
50.0 km s-1
Upper
1806.05691 🔍 (source) mass of its black hole M _ { BH }
4090000000.0 ± 580000000.0 M_\odot
1806.06828 🔍 (source) mean metallicity of these disk [ M / H ]
-1.3 ± 0.2
1806.06859 🔍 (source) median peak flux density of these galaxies S _ { 870 \mu m }
0.61 ± 0.03 mJy
1806.07147 🔍 (source) mass of the black hole
8.9 ± 1.0 M_\odot
1806.07147 🔍 (source) mass of the black hole
8.9 ± 1.0 M_\odot
1806.07752 🔍 (source) dark matter accretion rate evolves dM _ { halo } / d t
4000.0 M_\odot yr-1
1806.08359 🔍 (source) peak absolute magnitudes \Delta M _ { V , peak }
0.6 ± 0.36 mag
1806.08477 🔍 (source) peak brightness M _ { V }
-17.73 ± 0.28 mag
1806.08359 🔍 (source) peak luminosities \Delta M _ { V, { ~ { }
0.335 ± 0.069 mag
1806.08072 🔍 (source) nickel mass
0.073 M_\odot
1806.10150 🔍 (source) two X-ray line peaks \Delta v
0.06 c
1806.10623 🔍 (source) peak luminosity
3e+41 erg s-1
1806.10944 🔍 (source) peak luminosity
3e+36 erg s-1
1806.11504 🔍 (source) known super-Earths R _ { p }
1.5 ± 0.5
1807.03737 🔍 (source) kinematic distance
4.9 ± 0.4 kpc
1807.00778 🔍 (source) amount of axion dark matter \Omega _ { a } / \Omega _ { dm }
0.37 +0.09000000000000002-0.08999999999999997
Lower
1807.01315 🔍 (source) peak heating rate
1.1 erg cm-3 s-1
1807.01949 🔍 (source) disk R _ { \mathrm {
1.7 ± 0.4
1807.01949 🔍 (source) black hole spin a _ { * }
0.92 ± 0.06
1807.02992 🔍 (source) compact dark matter halo R _ { C } / R _ { D }
2.0
Upper
1807.03664 🔍 (source) break radius r _ { s }
11.8 ± 0.3 kpc
1807.04281 🔍 (source) peak absolute magnitude M _ { V }
-18.5 mag
1807.04592 🔍 (source) disk total SFR
1.96 ± 0.12 M_\odot yr-1
1807.04565 🔍 (source) dark matter mass M _ { 200 }
1280000000000.0 +680000000000.0-500000000000.0 M_\odot
1807.04592 🔍 (source) disk scale length
2.48 ± 0.05 kpc
1807.05144 🔍 (source) SiS peak fractional abundances
2e-06
1807.05144 🔍 (source) SiS peak fractional abundances
2e-06
1807.05144 🔍 (source) SiS peak fractional abundances
5e-07
Lower
1807.05144 🔍 (source) SiS peak fractional abundances
2e-05
1807.05144 🔍 (source) CS peak fractional abundances
8e-06
1807.05144 🔍 (source) CS peak fractional abundances
1.0
Lower
1807.05144 🔍 (source) SiS peak fractional abundances
2e-07
Lower
1807.05144 🔍 (source) CS peak fractional abundances
3.0000000000000004e-08
Lower
1807.05144 🔍 (source) CS peak fractional abundances
2e-05
1807.05144 🔍 (source) CS peak fractional abundances
1e-07
1807.05994 🔍 (source) dark halo q _ { \rho }
0.82 +0.25-0.13
1807.06021 🔍 (source) dark-energy figure
139.0 ± 23.0
1807.06001 🔍 (source) peak flux
0.00267
Lower
1807.05768 🔍 (source) disk-averaged gas-phase t-HCOOH column density
3000000000000.0 ± 1000000000000.0
1807.08574 🔍 (source) soft disk black-body component kT
0.45
1807.09365 🔍 (source) disk
9.0 Gyr
1807.09195 🔍 (source) baryonic feedback parameter A _ { baryon }
1.07 +0.31-0.39
1807.09284 🔍 (source) disk
3.5 ± 0.5 Gyr
1807.10646 🔍 (source) peak temperatures
0.25 +0.15000000000000002-0.15 GK
1807.11050 🔍 (source) keV
3.7
Upper
1807.11526 🔍 (source) peak apparent magnitude B _ { max }
14.31
1807.11481 🔍 (source) disk size
1.5 ± 0.30000000000000004
1807.11481 🔍 (source) disk size R _ { disk }
5.46
1807.11544 🔍 (source) peak surface brightness \mu _ { B }
28.8 mag
1807.11707 🔍 (source) PN kinematical age \log ( t _ { PN } /yr
4.2
1808.01958 🔍 (source) black hole masses M / M _ { \odot }
6200000000.0
1808.01958 🔍 (source) black hole masses
3300000000.0
1808.02220 🔍 (source) disks
1.0 Myr
Upper
1808.02493 🔍 (source) disk size
5.25 ± 0.25
1808.02890 🔍 (source) PS18kh radiated E
3.4500000000000006e+50 ± 2.2e+49 erg
1808.03016 🔍 (source) disk to Q
1.4
Upper
1808.04373 🔍 (source) disk { ( F _ { pol } ) } _ { disk } / F _ { \ast }
6.2e-05 ± 6e-06
Lower
1808.04382 🔍 (source) peak brightness M _ { g }
-21.1 mag
1808.04083 🔍 (source) thickness of the surface of last scatter
19.0 ± 0.065 Mpc
1808.05985 🔍 (source) isophotal extinction-corrected K _ { s } -band magnitude K _ { s } ^ { o }
11.0
1808.06140 🔍 (source) rotation curve decompositions disk mass-to-light ratios
0.5
1808.06140 🔍 (source) rotation curve decompositions disk mass-to-light ratios
0.8 M_\odot L_\odot-1
1808.06140 🔍 (source) rotation curve decompositions disk mass-to-light ratios
0.2
1808.06617 🔍 (source) peak X-ray luminosity L _ { X }
4.9999999999999995e+39 erg s-1
1808.07108 🔍 (source) peak mass surface density
6.0 M_\odot pc-2
1808.06955 🔍 (source) peak X-ray luminosity
3.5e+37 erg s-1
1808.07483 🔍 (source) peak velocity
207.0 km s-1
1808.08187 🔍 (source) bulk density
5.7 +1.6-1.4 g cm-3
1808.08398 🔍 (source) AGN feedback \dot { E } _ { wind } / L _ { bol }
4.0 ± 1.0
1808.09476 🔍 (source) kinetic energies E _ { \gamma }
4.9e+48 erg
1808.09476 🔍 (source) jet break time t _ { jet }
32.0 day
1808.10487 🔍 (source) peaks
45.0 ± 5.0 Myr
1809.00288 🔍 (source) disk radius range
24.45 +8.55-8.549999999999999 km
1809.00318 🔍 (source) intrinsic 2-10 keV luminosity L _ { X }
2.6000000000000003e+44 erg s-1
1809.00864 🔍 (source) peak column density N ( H _ { 2 } )
7e+22 cm-2
1809.02625 🔍 (source) disk eccentricity
0.15000000000000002 +0.04999999999999999-0.05000000000000002
1809.03805 🔍 (source) peak ram pressure
240.0 Myr
1809.04178 🔍 (source) bulk projected motion
117.0 km s-1
1809.04664 🔍 (source) keV luminosity L _ { PWN }
9e+32 erg s-1
1809.05536 🔍 (source) bulk motion Lorentz factor \Gamma
250.25 ± 249.75
1809.05615 🔍 (source) radial projection of the Keplerian velocity K _ { P }
148.0 ± 7.0 km s-1
1809.05507 🔍 (source) dark energy \xi
0.6
Upper
1809.05938 🔍 (source) dark matter mass to stellar mass ratio M _ { dm } / M _ { star }
1.0
Upper
1809.07446 🔍 (source) black-body peak luminosity L _ { peak }
1.2e+44 erg
1809.07034 🔍 (source) phantom dark energy equation of state parameter w
-1.0
Upper
1809.08241 🔍 (source) kinematically distinct p
0.28
1809.08245 🔍 (source) break radius r _ { b }
41.4 +2.5-2.4 kpc
1809.08798 🔍 (source) main absorption peaks
15.15
1809.08798 🔍 (source) main absorption peaks
766.0
1809.08798 🔍 (source) main absorption peaks
13.05
1809.08798 🔍 (source) main absorption peaks
1054.0
1809.08798 🔍 (source) main absorption peaks
9.49
1809.08798 🔍 (source) main absorption peaks
1176.0
1809.08798 🔍 (source) main absorption peaks
8.5
1809.08798 🔍 (source) main absorption peaks
1290.0 (7.75)
1809.08798 🔍 (source) main absorption peaks
1370.0 (7.30)
1809.08869 🔍 (source) bulk density
7.1 ± 1.8 g cm-3
1809.08869 🔍 (source) rock mass fraction
80.0
1809.09104 🔍 (source) bulk
0.5
1809.09473 🔍 (source) peak strain amplitude
8e-16
1809.10803 🔍 (source) Galactic disk-like ages
8.0 Gyr
Upper
1809.10466 🔍 (source) Keplerian orbit
0.3 M_\odot
1810.00011 🔍 (source) knee M _ { \star }
-18.0
1810.01275 🔍 (source) dimensionless black hole spin parameter
0.92 ± 0.04
1810.01275 🔍 (source) disk flux fraction
0.97
1810.01941 🔍 (source) bulk velocity
-660.0 km s-1
1810.01589 🔍 (source) peak acceleration c
0.42 ± 0.2
1810.01589 🔍 (source) peak velocity c
0.6
1810.02771 🔍 (source) bulk density
3.99 ± 0.26 g cm-3
1810.02824 🔍 (source) \textcolor blacklight-weighted ages t _ { z \sim 1.1 }
3.2 ± 0.7 Gyr
1810.02824 🔍 (source) black Z _ { z \sim 1.1 }
1.16 ± 0.29
1810.02933 🔍 (source) black hole mass \log ( M _ { BH } / M _ { \sun } )
9.6 ± 0.4
1810.03277 🔍 (source) blackbody emitted
18.0 +2.0-1.0 %
1810.03339 🔍 (source) peak energy in the same E _ { p }
125.0 +141.0-37.0 keV
1810.03686 🔍 (source) minimum kinetic energy L _ { K } / L
0.005 (R / 1.2 pc)
Upper
1810.03864 🔍 (source) mean SHMR relation.Taking r _ { tr }
20.0 kpc
1810.04083 🔍 (source) disk
25.0 Myr
1810.04947 🔍 (source) Stokes circular polarization parameter
2.7e-13 K
1810.06524 🔍 (source) two-ring disk R _ { disk }
116.0 R_\odot
1810.06588 🔍 (source) disk radii r
0.3
Lower
1810.08226 🔍 (source) peak brightness temperature
45.0 ± 5.0 K
1810.09846 🔍 (source) weak-field parameter \gamma _ { cr }
0.998
1810.08618 🔍 (source) black hole spin / M _ { BH }
0.75
1810.09466 🔍 (source) local dark matter density \rho _ { dm } ( R _ { \odot } )
0.3 ± 0.03 GeV cm-3
1810.09889 🔍 (source) virial radius crossing lookback time ( infall time
9.3 ± 1.8 Gyr
1810.10720 🔍 (source) peak luminosity L _ { pk }
4e+44 erg s-1
1810.11022 🔍 (source) breakout
0.1
Lower
1810.11502 🔍 (source) H envelope thicknesses
-5.8
1810.11490 🔍 (source) thickness
0.3
1810.12466 🔍 (source) dark matter fractions f _ { DM }
0.88 ± 0.06999999999999995
1810.12607 🔍 (source) supermassive black hole mass
60000000000.0 M_\odot
1810.13081 🔍 (source) gas masses of the disk
0.0029 M_\odot
1810.12922 🔍 (source) kinematic age
4.6 +3.4000000000000004-3.3999999999999995 Myr
1811.00008 🔍 (source) kinetic temperatures
36.5 ± 1.5 K
1810.13226 🔍 (source) nuclear-quark transition \Sigma _ { NQ }
10.0 MeV fm-2
1810.13226 🔍 (source) vacuum-quark transition \Sigma _ { VQ }
15.0 MeV fm-2
1811.00012 🔍 (source) bulk outflow velocity
0.28 c
1811.02505 🔍 (source) gas and dark-matter
1.7 ± 0.5
1811.02505 🔍 (source) dark matter
0.5 ± 0.5
1811.00523 🔍 (source) Stokes number of the pebbles St
0.01
1811.00822 🔍 (source) bulk flow of the local Universe
259.0 ± 15.0 km s-1
1811.01963 🔍 (source) break magnitude M _ { 1450 } ^ { * }
-24.9 +0.75-0.9
1811.01958 🔍 (source) dark matter fraction
0.08
1811.02374 🔍 (source) dark energy equation of state w
-0.978 ± 0.059
1811.02377 🔍 (source) dark energy equation-of-state parameter w
0.042
1811.03627 🔍 (source) detectable cold dark matter \mu _ { l }
1.17 ± 1.08
1811.04996 🔍 (source) ratio of stellar to dark matter mass
0.03
Lower
1811.04996 🔍 (source) ratio of stellar to dark matter mass
0.3
1811.05506 🔍 (source) peak magnitude
-12.3
Lower
1811.05292 🔍 (source) sky-projected obliquity angle \lambda
3.0 ± 5.0 day
1811.05506 🔍 (source) peak magnitude
-13.1
Upper
1811.05506 🔍 (source) peak magnitude
-16.8
Lower
1811.05506 🔍 (source) peak magnitude
-16.2
Lower
1811.05989 🔍 (source) uniform-disk diameter
16.23 ± 0.2 m as
1811.05988 🔍 (source) dark matter ’ s lifetime \tau
3e+28 ± 2e+28 s
1811.06061 🔍 (source) kinematic distance
4.7 kpc
1811.06511 🔍 (source) three-dimensional splashback radius r _ { sp }
1.85 +0.26-0.3 Mpc h-1
1811.06674 🔍 (source) Eddington rate of the central black hole M _ { \bullet }
29000000.0 M_\odot
Upper
1811.06511 🔍 (source) splashback radius M _ { i } - 5 \log h
-19.44
1811.07180 🔍 (source) isothermal blackbody temperature T _ { BB }
55.0 K
1811.07425 🔍 (source) dark energy density z
0.33
1811.09713 🔍 (source) shock Mach number M _ { \text } SW
2.6 +0.3-0.2
1811.08148 🔍 (source) black hole spin
0.983
Upper
1811.08148 🔍 (source) black hole spin a _ { * }
-0.44
Lower
1811.08148 🔍 (source) black hole spin \alpha _ { 13 }
-0.44
Lower
1811.08104 🔍 (source) peak 6 \sigma feature of optical depth \tau _ { peak }
0.001 ± 0.0002
1811.08858 🔍 (source) disk ’ s central radius a _ { 0 }
46.0 ± 2.0
1811.08916 🔍 (source) black-hole masses M _ { bh }
2000000000.0 ± 1000000000.0 M_\odot h-1
1811.09598 🔍 (source) dark energy equation of state w _ { 0 }
62.0
1811.09793 🔍 (source) lifetime of superheavy dark matter \tau _ { \phi }
5e+21 s
1811.10056 🔍 (source) peak luminosity
1.49e+43 erg s-1
1811.10056 🔍 (source) nickel mass
0.55 ± 0.04 M_\odot
1811.10717 🔍 (source) optically-thick \log N ( \ion { H } 1 )
17.2
Lower
1811.10595 🔍 (source) stellar-mass black hole
65.0 ± 35.0 M_\odot
1811.10953 🔍 (source) bulk density
1.67 ± 0.47 g cm-3
1811.10953 🔍 (source) bulk density would decrease
1.48 ± 0.42 g cm-3
1811.10953 🔍 (source) Phaethon ’ s bulk density
100.0 km
Lower
1811.10997 🔍 (source) photon coupling of the ultra-light dark-matter axion-like
4.9999999999999997e-23 eV
1811.11215 🔍 (source) kinetic temperatures T _ { k }
515.0 ± 485.0 K
1811.11363 🔍 (source) peak time
4.0
1811.10932 🔍 (source) black hole spin
0.98
Lower
1811.12862 🔍 (source) gas kinetic temperature
170.0 ± 40.0 K
1812.01439 🔍 (source) mean corrected peak brightness M _ { R }
-19.02 ± 0.02
1812.01011 🔍 (source) black hole
5.5 ± 1.5
Upper
1812.01377 🔍 (source) keV
3.58 ± 0.02 keV-1 kg-1 day-1
1812.01930 🔍 (source) fraction of the dark matter f _ { PBH }
10.0
Upper
1812.02178 🔍 (source) peak position of the
7.7
1812.02730 🔍 (source) dark energy density \Omega _ { \Lambda }
2.0
1812.03154 🔍 (source) K stars abundances
0.08 ± 0.05 dex
1812.04044 🔍 (source) peak absorption optical depth
0.5
1812.04044 🔍 (source) peak absorption optical depth
0.2
Lower
1812.04316 🔍 (source) energy-transfer rate ( kinetic energy ratio of the molecular outflow
0.007
Lower
1812.04587 🔍 (source) bulk speed
3.095 ± 2.845 kpc
1812.05385 🔍 (source) excitation peak CO ( 2 - 1 ) / CO ( 1 - 0 )
1.1 ± 0.3
1812.05639 🔍 (source) size of this system ’ s accretion disk \log ( r _ { s } / cm )
15.86 +0.25-0.27
1812.07350 🔍 (source) keV photon index
1.5 ± 0.4
1812.08180 🔍 (source) peak epoch of star formation z
1.0
1812.08892 🔍 (source) black hole masses \langle \log M _ { BH } { / M _ { \sun } } \rangle
5.18 ± 0.54
1812.09846 🔍 (source) time-averaged jet kinetic power
1.95e+46 ± 1.85e+46 erg s-1
1812.10522 🔍 (source) dark matter abundance { \langle \sigma _ { ann } v \rangle } _ { f }
3e-26 cm3 s-1
Upper
1901.00070 🔍 (source) peak CS abundances
7.000000000000001e-09
1901.00507 🔍 (source) dark matter self-interaction cross section g
1500.0
1901.00874 🔍 (source) peak absolute magnitude M _ { R }
18.2 mag
1901.00888 🔍 (source) outskirts
17.0 pc
1901.00810 🔍 (source) mass of the black hole
10.31 M_\odot
1901.01300 🔍 (source) disk R
8.0 kpc
1901.01237 🔍 (source) peak formation efficiency N ( HMXB ) / SFR
49.0 ± 14.0
1901.01353 🔍 (source) absolute peak magnitude M _ { B }
-19.25 ± 0.15 mag
1901.01054 🔍 (source) black hole mass
8.0
Upper
1901.01438 🔍 (source) peak coma scattering cross-section
27000.0 km2
1901.01411 🔍 (source) peak heating rate
-26.0 erg cm-3 s-1
Upper
1901.01595 🔍 (source) lookback time
11.0 +0.6-1.0 Gyr
1901.01707 🔍 (source) super-linear Kennicutt-Schmidt relation n _ { KS }
1.47
1901.02877 🔍 (source) median time between two peaks of star formation
0.42 +0.15-0.1
1901.02689 🔍 (source) disk-averaged column density N _ { avg }
500000000000.0 cm-2
Upper
1901.03321 🔍 (source) Planck mass c _ { M }
0.0
1901.07456 🔍 (source) black-hole masses
2000000000.0 M_\odot
Upper
1901.03943 🔍 (source) quark mass \delta m _ { q } / m _ { q }
0.006 ± 0.002
1901.04558 🔍 (source) bulk density \rho
8.84 +2.5-2.03 g cm-3
1901.04745 🔍 (source) peak flux
0.8 mJy
1901.04896 🔍 (source) Keplerian radial velocities
25.0 ± 3.0 M_\odot
1901.05029 🔍 (source) disk mass
4e-05 M_\odot
1901.06072 🔍 (source) peak emission
68.1 Jy
1901.06448 🔍 (source) size of the disk
0.6 Gm
1901.06241 🔍 (source) black-hole mass
7500000.0 ± 2500000.0 M_\odot
1901.07108 🔍 (source) Fe K \alpha emission line EW _ { \textnormal { rest }
0.5
Lower
1901.09806 🔍 (source) size of the Saturnian disk R _ { max }
3.6 Gm
1901.08262 🔍 (source) unabsorbed X-ray flux peaked t
155.0 day
1901.09573 🔍 (source) kinetic energy median K _ { med }
0.8
1901.10487 🔍 (source) black hole mass M _ { BH }
330000000.0 ± 200000000.0 M_\odot
1902.00235 🔍 (source) Suzaku
180.0 ks
1902.00235 🔍 (source) Suzaku M _ { T _ { X } }
1.54 +0.65-0.47
1902.01213 🔍 (source) central spike velocity amplitude
13.8 ± 3.2 km s-1
1902.01319 🔍 (source) optical thickness \tau
0.02
Lower
1902.01297 🔍 (source) dark matter mass resolution
2000.0 M_\odot
1902.01297 🔍 (source) dark matter mass resolution
200000.0 M_\odot
1902.01417 🔍 (source) rate of planets per FGK star
0.27
Upper
1902.02190 🔍 (source) disk blackbody kT _ { disc }
1.8 keV
1902.02373 🔍 (source) black hole upper mass M _ { SMBH } ^ { upper }
60000000.0 ± 20000000.0 M_\odot
1902.02437 🔍 (source) dark matter particle mass m _ { \chi }
10.0 MeV
1902.02924 🔍 (source) disk
-1.1
1902.03150 🔍 (source) disk D _ { L }
2.85 +0.88-0.5 kpc
1902.04163 🔍 (source) blackhole mass
20000000.0 M_\odot
1902.05299 🔍 (source) peak number density
10000000.0 cm-3
1902.05846 🔍 (source) dark energy equation of state w _ { DE }
-1.0
Lower
1902.06581 🔍 (source) typical dark matter halo mass \log _ { 10 } ( M _ { h } / h ^ { -1 } M _ { \odot } )
14.0 +0.3-0.5
1902.07723 🔍 (source) disk inclination i
21.0
1902.08339 🔍 (source) SM brane thickness L ^ { -1 }
2.0
Upper
1902.08456 🔍 (source) unshocked-ejecta masses
0.16
1902.08456 🔍 (source) postshock electron temperature
0.68 ± 0.05 keV
1902.08456 🔍 (source) postshock electron temperature
0.84 ± 0.2 keV
1902.08456 🔍 (source) unshocked-ejecta masses
0.18
1902.09242 🔍 (source) bulk density \rho
2.7 ± 0.3 g
1902.10180 🔍 (source) Planck column densities N _ { n H _ { 2 } }
5e+21 cm-2
Lower
1902.10175 🔍 (source) black hole masses
130000000.0 ± 50000000.0 M_\odot
1902.10011 🔍 (source) radio luminosity of any secondary supermassive black hole L _ { 10 GHz }
5.799999999999999e+33 erg s-1
Upper
1902.10845 🔍 (source) black hole mass
47300000.00000001 ± 14000000.0 M_\odot
1903.00005 🔍 (source) shock velocity
150.0 km s-1
1903.01070 🔍 (source) disk dissipation timescale
1.9 ± 0.1 Myr
1903.00837 🔍 (source) disk blackbody luminosity
-1.5 ± 0.32
1903.02554 🔍 (source) shocked mass ratio
100.0
1903.03188 🔍 (source) inner disk R
6.0 kpc
Upper
1903.03120 🔍 (source) black hole mass M _ { BH }
3300000.0 +5000000.0-2000000.0 M_\odot
1903.03620 🔍 (source) Stokes number
-3.44
Lower
1903.03620 🔍 (source) Stokes number \Sigma _ { d } / \Sigma _ { g }
0.035 +0.015-0.015000000000000003
Upper
1903.04840 🔍 (source) ejecta kinetic energy
1.25e+51 erg
1903.04840 🔍 (source) ejecta kinetic energy
56.0 N
1903.04840 🔍 (source) ejecta kinetic energy
0.04 M_\odot
1903.05439 🔍 (source) bulk density
1.75 ± 0.07 g cm-3
1903.06190 🔍 (source) total CO content of the disk R _ { gas } / R _ { dust }
4.0
Lower
1903.07092 🔍 (source) dark energy equation of state w _ { DE }
-1.0
Lower
1903.07878 🔍 (source) peak luminosity L _ { peak }
2e+39 erg s-1
1903.09262 🔍 (source) radioactive nickel mass
0.17 M_\odot
1903.09164 🔍 (source) cosmic gas density peaks
6.5 +1.8-1.4
1903.09594 🔍 (source) black hole spin
0.75
1903.10702 🔍 (source) peak-to-peak signal
2.62 ± 0.02 %
1903.10758 🔍 (source) mass of the dark-matter halo
6200000000000.0 M_\odot h-1
1903.10758 🔍 (source) mass of the dark-matter halo
12000000000000.0 M_\odot h-1
1903.11839 🔍 (source) peak
229.0 ± 11.0 ms-1
1904.00522 🔍 (source) bulk density
2600.0 kg m-3
1904.00522 🔍 (source) bulk density
1885.0 kg m-3
1904.01136 🔍 (source) Herschel dust peak
4.3 ± 1.6
1904.00657 🔍 (source) bulk viscosity coefficient \eta
0.00152
Upper
1904.01425 🔍 (source) peak brightness M _ { r }
-17.0 mag
1904.02172 🔍 (source) s inner disk [ M / H ]
0.06 dex
1904.03198 🔍 (source) peak luminosity M _ { B , peak }
-19.69 ± 0.12 mag
1904.03679 🔍 (source) peak-to-peak lightcurve amplitude R - filter A
0.032 ± 0.005 mag
1904.03694 🔍 (source) accretion disk contribution
23.0 ± 13.0
1904.03694 🔍 (source) accretion disk contribution
11.0 ± 5.0 %
1904.03694 🔍 (source) accretion disk contribution
46.0 ± 28.0
1904.04350 🔍 (source) break
18.52 ± 0.27 kpc
1904.04716 🔍 (source) solar metallicity disk Z
0.15000000000000002 +0.04999999999999999-0.05000000000000002
1904.04966 🔍 (source) broken radius r _ { b }
160.0 +18.0-19.0 kpc
1904.04836 🔍 (source) kinematic temperature
72.0 +50.0-37.0 K
1904.04881 🔍 (source) disk
180.0 km s-1
1904.06471 🔍 (source) I disk mass M
3.8
1904.06146 🔍 (source) black hole mass M _ { \bullet }
9300000.0 +1260000.0-1380000.0 M_\odot
1904.06135 🔍 (source) Dark Energy density ratio \Omega _ { \Lambda }
0.668 ± 0.023
1904.06476 🔍 (source) thick N _ { H }
2.15e+24 cm-2
Lower
1904.07064 🔍 (source) peak surface density \Sigma
13.0 g cm-2
Upper
1904.07221 🔍 (source) plane-of-sky amplitude
120.0 ± 60.0
1904.07810 🔍 (source) scale of lepton number breaking v _ { \sigma }
1400000.0 m
Lower
1904.07997 🔍 (source) planetary bulk density
0.711 +0.214-0.136 g cm-3
1904.08945 🔍 (source) keV luminosity \log L _ { 2 - 10 } / erg s ^ { -1 }
42.8
1904.10002 🔍 (source) likelihood peaks
10.8
1904.10002 🔍 (source) likelihood peaks
12.3 km
1904.10571 🔍 (source) persistent blackbody temperature T
20.0
Lower
1904.10356 🔍 (source) line peak velocities v _ { LSR }
10.7 ± 0.2 km s-1
1904.11009 🔍 (source) peak luminosity L _ { bol }
3.0000000000000003e+44
Lower
1904.11028 🔍 (source) K \alpha line EW
2.3 ± 0.3 keV
1904.12114 🔍 (source) bulk surface temperature T _ { eff } ^ { \infty }
2.3 ± 0.1
1904.12876 🔍 (source) black hole mass
16000000.0 M_\odot
1904.13155 🔍 (source) mean orbital-mass-to-K-band luminosity ratio
20.0 ± 3.0
1905.00576 🔍 (source) disk-averaged CH _ { 3 } D volume mixing ratio
6.157e-06
1905.01081 🔍 (source) isoscalar skewness parameter Q _ { sat } : L _ { sym }
37.2 +9.2-8.9 MeV
1905.02226 🔍 (source) ejecta mass to kinetic energy ratio M _ { ej }
5.5 ± 1.5 M_\odot
1905.02226 🔍 (source) shock velocity v _ { sh }
0.15 c
1905.02217 🔍 (source) median lookback time of GC formation in these galaxies
8.34
Lower
1905.03755 🔍 (source) peak flux
1.06 AU
1905.04440 🔍 (source) 2–10 keV flux
1.206e-10 ± 7e-13
Lower
1905.04316 🔍 (source) B } } dark photon dark matter mass m _ { A }
4e-13 eV
1905.04656 🔍 (source) black hole mass
5.14
Lower
1905.04656 🔍 (source) black hole mass
7.83 M_\odot
Upper
1905.05191 🔍 (source) dark-matter relic abundance \Omega h ^ { 2 }
0.1
1905.05166 🔍 (source) dark energy equation of state w _ { DE }
-2.0
Lower
1905.05166 🔍 (source) dark energy equation of state w _ { DE }
-2.0
Lower
1905.04977 🔍 (source) sky \delta
0.0
Lower
1905.05628 🔍 (source) dark energy sound speed c _ { s } ^ { 2 }
0.0
1905.05414 🔍 (source) kinematic age
10000000.0 yr
1905.07994 🔍 (source) log-likelihood ratio
-1.0
1905.08270 🔍 (source) peak astrometric shift
5.6 +143.2-5.2 mmag
1905.08270 🔍 (source) peak astrometric shift
2.7 +3.5-1.5 m as
1905.08258 🔍 (source) power law disk
58.9 ± 4.5 AU (1 \farcs 2 \pm 0 \farcs 10)
1905.08270 🔍 (source) peak astrometric shift
0.329 +0.065-0.059 m as
1905.08258 🔍 (source) power law disk
0.0
1905.08258 🔍 (source) power law disk
43.9 ± 5.8 AU
1905.08258 🔍 (source) power law disk
92.2 ± 2.4 AU (1 \farcs 88 \pm 0 \farcs 49)
1905.08802 🔍 (source) peak polarization
3.7 ± 0.5 %
1905.08530 🔍 (source) bulk flow amplitudes
308.0 ± 26.0 km s-1
1905.08530 🔍 (source) bulk flow amplitudes
318.0 ± 29.0 km s-1
1905.08530 🔍 (source) bulk flow amplitudes
286.0 ± 25.0 km s-1
1905.08497 🔍 (source) kinematic distance
9.3 +0.5-0.6 kpc
1905.08751 🔍 (source) quark chemical potential \mu _ { q }
0.5
Lower
1905.08861 🔍 (source) disk of extent
2.7 pc
1905.09253 🔍 (source) black hole ’ s mass
10.39 +0.61-0.62 M_\odot
1905.09491 🔍 (source) dark matter fractions
0.66
1905.09491 🔍 (source) dark matter fractions
0.58
1905.09491 🔍 (source) dark matter fractions
0.62
1905.09667 🔍 (source) apparent face-on 2-10 keV luminosity L _ { X, 2 -
8e+38 erg s-1
Upper
1905.09667 🔍 (source) apparent face-on 2-10 keV luminosity L _ { X, 2 -
10.0
Lower
1905.10051 🔍 (source) shock velocity \varv _ { s }
7.5 ± 2.5 km s-1
1905.10193 🔍 (source) sky area
3.5
1905.11087 🔍 (source) gas kinetic temperature
15.0 ± 5.0 K
1905.11156 🔍 (source) limb-darkened angular diameter
0.386 ± 0.009 m as
1905.11085 🔍 (source) Milky-Way CO-to-H _ { 2 } conversion factor
562000000.0 ± 53000000.0 M_\odot
1905.11561 🔍 (source) blackbody temperature
0.58 ± 0.03 keV
1905.11561 🔍 (source) unabsorbed 2–10 keV band flux
2.33e-12 ± 2e-14 erg cm-2 s-1
1905.11352 🔍 (source) weak energy flux F _ { \gamma }
2.6000000000000002e-12 erg cm-2 s-1
1905.12657 🔍 (source) inner disk radius
10.39 +9.51-3.02
1905.12657 🔍 (source) inner disk radius
11.92 +8.62-11.92
1905.12983 🔍 (source) disk mass
4.5 ± 2.5 M_\odot
1905.13486 🔍 (source) dark matter mass
3.4799999999999997e-06
1905.13592 🔍 (source) faint peak \Delta M _ { K }
0.4
1906.00157 🔍 (source) radius of the accretion disk
0.625 ± 0.125
1906.00157 🔍 (source) radius of the accretion disk p
0.63
1906.02737 🔍 (source) average intrinsic velocity dispersion of disk galaxies \sigma _ { 0 }
45.0
1906.02725 🔍 (source) shock speed
14.0
1906.02793 🔍 (source) peak fluxes { \log F _ { peak }
-12.6 (erg cm ^ -2 s ^ -1)
Lower
1906.03837 🔍 (source) dark count rate
1.2
1906.03875 🔍 (source) inner disk R
8.0 kpc
Upper
1906.05371 🔍 (source) on Stokes numbers \tau _ { s }
0.01
1906.05696 🔍 (source) Yarkovsky effect
410777.0
1906.05535 🔍 (source) disk inclination angle
47.0
1906.05577 🔍 (source) overall thickness
2.5 mm
1906.05577 🔍 (source) overall thickness
2.2 mm
Lower
1906.05577 🔍 (source) overall thickness
90.0
Lower
1906.07171 🔍 (source) spin of the supermassive black hole M87* a
0.75 ± 0.15
1906.06985 🔍 (source) accretion shock height
75.0 km
1906.07249 🔍 (source) shock velocity V _ { s }
915.0 ± 70.0 km s-1
1906.07730 🔍 (source) keV non-thermal flux
3.17e-14 erg s-1 cm-2
1906.07708 🔍 (source) phases of the disk evolution t
1.0 Myr
Upper
1906.07959 🔍 (source) Stokes numbers \it St
0.1
1906.07909 🔍 (source) black hole masses log ( M _ { BH } / M _ { \odot } )
6.55 ± 0.9500000000000002
1906.08009 🔍 (source) age of the thin disk
8.8 ± 0.2 Gyr
1906.08419 🔍 (source) local density of dark matter \rho _ { dm } ( R = R _ { \odot } )
0.51 ± 0.09 GeV %3 cm-1
1906.10260 🔍 (source) dimensionless Kerr spin parameter \chi _ { birth }
0.5
1906.10260 🔍 (source) dimensionless Kerr spin parameter \chi _ { birth }
0.2
1906.10260 🔍 (source) dimensionless Kerr spin parameter \chi _ { birth }
0.1
1906.10260 🔍 (source) dimensionless Kerr spin parameter \chi _ { birth }
0.0
1906.10438 🔍 (source) keV un-absorbed flux
1.1e-14 erg cm-2 s-1
1906.12236 🔍 (source) black body temperature
0.18 ± 0.02 keV
1907.01012 🔍 (source) disk inclination angle
4.1 +0.8-0.6
1907.00731 🔍 (source) kinetic energy of the outflow
3.5e+54 ± 1e+54 erg
1907.00839 🔍 (source) kappa parameter \kappa
12.1
Lower
1907.02083 🔍 (source) stellar companions quickly \Delta t
10.0 kyr
1907.03746 🔍 (source) disk height a _ { BH }
3.0
Upper
1907.04356 🔍 (source) disk \chi _ { eff }
0.0
1907.06648 🔍 (source) central starburst disk
1.6 kpc
1907.07190 🔍 (source) peak metallicity [ Fe / H ]
-0.5
1907.07458 🔍 (source) black hole mass
219000000.0 ± 30000000.0
1907.08297 🔍 (source) NS birth kicks \sigma _ { k }
265.0 km s-1
1907.08605 🔍 (source) mean stacked mass
143000000000000.0 ± 40000000000000.0 M_\odot
1907.08625 🔍 (source) keV } { } luminosity L _ { X }
4.0000000000000003e+37 erg s-1
1907.10240 🔍 (source) H i disk R _ { HI / R _ { 25 } }
3.3
1907.10946 🔍 (source) sound speed of dark energy ( c ^ { 2 } _ { sDE }
0.14
1907.10985 🔍 (source) peak offset
50.0 kpc
1907.11731 🔍 (source) host dark matter halo masses
2000000000000.0 M_\odot h-1
1907.12628 🔍 (source) leakage current of the DAMIC detector
4e-22 ± 2e-22 A cm-2
1907.12216 🔍 (source) phantom dark energy equation of state w _ { DE }
-1.0
1907.12485 🔍 (source) Galactic disk
6.0 ± 0.3 km s-1
1907.13128 🔍 (source) bulk Lorentz factor \Gamma _ { 0 }
103.0
1907.13298 🔍 (source) input dark energy EoS w
-1.0
1908.00556 🔍 (source) peak SNR
4.17
1908.00556 🔍 (source) peak SNR
6.7
1908.01666 🔍 (source) dark matter halo mass
200000000000000.0 +190000000000000.0-100000000000000.0 M_\odot
1908.02295 🔍 (source) gas-kinetic temperature \mu _ { CRIT }
16.0
1908.02685 🔍 (source) peak thermal energies
1.94e+30 ± 1.3e+29 erg
1908.02496 🔍 (source) synchrotron peak frequencies \nu _ { Syn } ^ {
10.0
Lower
1908.03232 🔍 (source) limb-darkened angular diameter
0.443 ± 0.007 m as
1908.03624 🔍 (source) plane-of-sky magnetic field strength
470.0 ± 190.0
1908.03624 🔍 (source) plane-of-sky magnetic field strength
40.0
1908.03624 🔍 (source) plane-of-sky magnetic field strength
60.0 ± 34.0
1908.04908 🔍 (source) peak X-ray luminosity
1.1e+38 erg s-1
1908.06645 🔍 (source) peak-to-peak amplitude
0.141 ± 0.009 mag
1908.08048 🔍 (source) disk surface
0.3
Lower
1908.09269 🔍 (source) kinematic distance
4.6 ± 0.8 kpc
1908.09849 🔍 (source) virial black-hole mass log \frac { M _ { BH } } M _ { \odot }
9.05 +0.5499999999999989-0.5500000000000007
1908.09840 🔍 (source) disk depletion timescale \tau _ { dep }
1.0 Myr
1908.10006 🔍 (source) disk temperature
0.6 keV
1908.10514 🔍 (source) cloud kinetic temperatures range
11.4 ± 2.2 K
1908.11325 🔍 (source) dark matter mass g _ { BL }
2.7000000000000004e-08 m
Lower
1909.00488 🔍 (source) mass of a warm dark matter particle m _ { wdm }
2.3
Lower
1909.01457 🔍 (source) dark matter abundance { \langle \sigma _ { ann } v \rangle } _ { f }
3e-26 cm3 s-1
Upper
1909.01913 🔍 (source) outer disk temperature
180.0 K
1909.01699 🔍 (source) measured braking index n
3.15 ± 0.03
1909.02958 🔍 (source) peak flux density
1.1 ± 0.9 mJy
1909.03195 🔍 (source) shell thickness
0.35 pc
1909.04162 🔍 (source) disk grain size distribution index
-3.4
1909.04444 🔍 (source) K band lens flux K _ { L }
17.92 ± 0.05
1909.04545 🔍 (source) peak magnitude M _ { r }
-17.98
1909.04545 🔍 (source) peak bolometric luminosity
1.3999999999999998e+43 erg s-1
1909.05269 🔍 (source) dark halo slope \alpha _ { DM }
-1.0
1909.06393 🔍 (source) fireball kinetic energy E _ { 0 }
1.4999999999999999e+49 +3.6e+49-1.1e+49 erg
1909.06490 🔍 (source) dimensionless black hole spin parameter a _ { * }
0.5
1909.07398 🔍 (source) bulk Lorentz factor \Gamma
65.0 ± 35.0
1909.07742 🔍 (source) logarithmic growth of structure times the amplitude of dark matter density fluctuations f ( z _ { eff } ) \sigma _ { 8 } ( z _ { eff } )
0.454 ± 0.139
1909.09080 🔍 (source) dark halo mass \log M _ { halo } / M _ { \odot }
12.7
1909.09787 🔍 (source) azimuthal kink mode number m
1.0
1909.13814 🔍 (source) coupling strength of dark matter to ordinary matter \alpha
10.0
1909.10531 🔍 (source) bulk Lorentz factor \Gamma _ { 0 }
300.0
Upper
1909.10531 🔍 (source) bulk Lorentz factor
150.0
1909.11109 🔍 (source) northern sky \delta
-40.0
Lower
1909.11672 🔍 (source) black hole accretion rate BHAR
0.42 ± 0.01 M_\odot yr-1
1909.11679 🔍 (source) thick disk
0.6
1909.11679 🔍 (source) thick disk h _ { z , e }
7.5 kpc
1909.11293 🔍 (source) total angular momentum of the known minor planets
1.7817e+46 cm2 g s-1
1909.12376 🔍 (source) thickness
15.0 %
1909.13147 🔍 (source) sharp peak M _ { r }
-13.93 mag
1909.13512 🔍 (source) black hole mass M _ { BH }
12000000000.0 M_\odot
1909.13617 🔍 (source) peak absolute magnitude V
-19.95 ± 0.08
1910.00986 🔍 (source) Peak extinction
1.1 km-1
Lower
1910.00973 🔍 (source) Hyades-like age open log ( t / yr )
8.8
1910.01641 🔍 (source) median black hole mass
8.6 M_\odot
1910.01649 🔍 (source) thermal dark matter mass m _ { \chi }
0.4
Lower
1910.02412 🔍 (source) black hole mass
36500000.0 +4900000.0-5699999.999999999 M_\odot
1910.02412 🔍 (source) black hole mass
230200000.0 +78100000.0-65599999.99999999 M_\odot
1910.03130 🔍 (source) disk viscosity \alpha
0.0002
Upper
1910.02664 🔍 (source) disk n _ { 1 D }
0.95 ± 0.16
1910.03609 🔍 (source) A peak flux
2.158e-05 ± 6.3e-07 ph cm-2 s-1
1910.04124 🔍 (source) blackbody temperature
85.0 eV
1910.04604 🔍 (source) keV luminosities
3.7499999999999997e+45 ± 3.2499999999999995e+45 erg s-1
1910.05360 🔍 (source) disk gas density n _ { disk } ( 20 ~ { } \textrm { kpc } , 0 )
0.06 +0.015-0.02
1910.05436 🔍 (source) peak luminosity M _ { B }
-15.4 mag
1910.05420 🔍 (source) bulk Lorentz factor \Gamma
728.0
1910.07385 🔍 (source) H envelope thicknesses
-10.0
Lower
1910.09411 🔍 (source) kinematic shift
1166.0 ± 65.0 km s-1
1910.10155 🔍 (source) black hole mass growth rate \dot { M } _ { BH }
49.0 M_\odot yr-1
1910.11979 🔍 (source) black hole spin ^ { \ast }
0.92
Lower
1910.11979 🔍 (source) black hole mass a ^ { \ast }
0.92
Lower
1910.13015 🔍 (source) sky density
697.0 ± 15.0
1910.13754 🔍 (source) gas kinetic temperature
15.0
Lower
1911.00177 🔍 (source) scale height of the disk z _ { h }
0.634 ± 0.063 kpc
1910.14314 🔍 (source) black hole mass M _ { BH }
8000000.0 M_\odot
Upper
1910.14314 🔍 (source) black hole mass
32000000.0 ± 2000000.0 M_\odot
1911.00777 🔍 (source) average dark matter fraction
0.4
1911.00777 🔍 (source) average dark matter fraction
0.2
1911.02012 🔍 (source) planet bulk density
3.11 +0.44-0.45 g cm-3
1911.01852 🔍 (source) black hole ( BH ) mass M _ { \bullet }
51300000.0 +15700000.0-15500000.0 M_\odot
1911.02663 🔍 (source) mass of warm dark matter thermal relics m _ { WDM }
4.6 keV
Lower
1911.02662 🔍 (source) total abundance of dark subhalos normalised to standard cold dark matter n _ { sub } / n _ { sub , CDM }
0.4 +0.3-0.2
1911.02284 🔍 (source) Fe \hbox { K } \alpha~ {
7.8
1911.03502 🔍 (source) off-axis linear polarisation leakage
1.4
Upper
1911.03488 🔍 (source) annihilation of dark matter of mass m _ { \chi }
780.0 GeV
1911.03479 🔍 (source) kpc-scale molecular gas surface densities \Sigma _ { H _ { 2 } }
8.0
Lower
1911.04312 🔍 (source) black hole mass
5900000000.0 ± 600000000.0 M_\odot
1911.04761 🔍 (source) bulk Lorentz factor \Gamma
20.0
1911.04793 🔍 (source) disk { ( F _ { pol } ) } _ { disk } / F _ { \ast }
0.00031 ± 0.00012
Lower
1911.04736 🔍 (source) K-band flux ratio
1.0 %
1911.05882 🔍 (source) maximum-likelihood mass m _ { 1 }
70.0 M_\odot
Lower
1911.06050 🔍 (source) primary black hole mass
58.25 +11.73-12.53 M_\odot
1911.07734 🔍 (source) peak luminosity M _ { B }
-19.2 ± 0.2 mag
1911.09167 🔍 (source) dark matter core of size r _ { c }
1.5 kpc
Lower
1911.08778 🔍 (source) peak 8.4-GHz spectral luminosity
4e+28 erg
1911.09073 🔍 (source) mass of thermal warm dark matter m _ { X }
10.0
Lower
1911.11144 🔍 (source) warm-dark matter masses m _ { WDM }
8.0
1911.10740 🔍 (source) circularly averaged surface brightness radial profile peaks
1e-17 erg s-1 cm-2
1911.10740 🔍 (source) circularly averaged surface brightness radial profile peaks
-1.4099999999999999e+44 erg s-1
1911.11491 🔍 (source) black hole masses
289000000.0 ± 204999999.99999997 M_\odot
1911.11491 🔍 (source) stellar kinematics
135000000.0 ± 9000000.0 M_\odot
1911.12398 🔍 (source) accretion disk R _ { disk }
170.0
1911.13049 🔍 (source) bulk density \rho
1.98 ± 0.68 g cm-3
1912.02170 🔍 (source) rocky to non-rocky planets
0.1
1912.02170 🔍 (source) rocky to non-rocky planets
8.5 ± 4.6
1912.02824 🔍 (source) black hole-to-host total stellar mass ratio M _ { BH } / M _ { stellar }
0.3
1912.02403 🔍 (source) rank correlation coefficient \rho
0.55
1912.02812 🔍 (source) peak-to-trough flux variation
2.7
1912.03414 🔍 (source) solar mass supermassive black hole
1500000000.0 M_\odot
1912.03530 🔍 (source) black hole ( BH ) masses
8.18
Lower
1912.03640 🔍 (source) dark matter mass m
50.0 GeV
Upper
1912.04414 🔍 (source) Planck masses
0.84
1912.05627 🔍 (source) disk-regeneration
22.0 %
1912.05986 🔍 (source) peak brightness
19.7 ± 0.02 mag
1912.07734 🔍 (source) black hole masses \log { M _ { BH } }
6.34
Lower
1912.08698 🔍 (source) all-sky rate
1.3 +1.7-0.8 yr-1
1912.09486 🔍 (source) span dark matter masses
5e-26 cm3 s-1
1912.10012 🔍 (source) thick inner disk
30.0 AU
1912.09958 🔍 (source) power spectra significant peaks drift
18.47
Lower
1912.10354 🔍 (source) shock velocity v
0.23 ± 0.17 c
1912.10533 🔍 (source) black hole masses
94.0 +44.0-28.0 M_\odot
1912.10533 🔍 (source) black hole masses
62.0 +30.0-25.0 M_\odot
1912.11301 🔍 (source) LSRK velocity
3.415 +2.2249999999999996-2.225 km s-1
1912.11301 🔍 (source) LSRK velocity
12.3 +4.129999999999999-4.130000000000001 km s-1
1912.11883 🔍 (source) disk-to-planet mass conversion efficiencies M _ { p } / ( M _ { gas } + M _ { p } )
10.0
1912.12145 🔍 (source) keV X-ray luminosity L _ { x }
5e+38 erg s-1
1912.12597 🔍 (source) bulk jet Lorentz factor \Gamma
14.6 ± 3.8
1912.12813 🔍 (source) kinetic temperature T _ { kin }
228.0 K
2001.00369 🔍 (source) projected Keplerian velocity \varv _ { K } \sin i _ { disc }
25.0 km s-1
2001.00506 🔍 (source) total 2-10 keV luminosity
8e+42 erg s-1
2001.00755 🔍 (source) cool disk kT _ {
0.22 keV
2001.02217 🔍 (source) bulk density \rho _ { b }
7.4 ± 1.1 g cm-3
2001.03504 🔍 (source) black hole mass M _ { BH } / \mathrm { M } _ {
50000000.0
Upper
2001.02662 🔍 (source) peak temperature
5150000000.0 +149999999.99999946-150000000.00000036 K
2001.03214 🔍 (source) spin of the black hole a ^ { * }
0.0
Lower
2001.03086 🔍 (source) central black hole mass
9700000.0 +1500000.0-1800000.0 M_\odot
2001.03627 🔍 (source) disk
15.0 kpc
2001.04172 🔍 (source) mass black hole
20.0 c
2001.04408 🔍 (source) dark energy fraction \Omega _ { DE }
0.46
Lower
2001.04506 🔍 (source) feedback kinetic energy
9.6e+45 erg
2001.04506 🔍 (source) feedback kinetic energy
2.7999999999999997e+46 erg
2001.04468 🔍 (source) mean protostellar dust disk masses
25.9 +7.7-4.0
2001.04468 🔍 (source) mean protostellar dust disk masses
14.9 +3.8-2.2
2001.04468 🔍 (source) mean protostellar dust disk masses
11.6 +3.5-1.9
2001.04581 🔍 (source) black hole mass
24200000.0 +2200000.0-2000000.0 M_\odot
2001.04506 🔍 (source) feedback gas mass
2894.0
2001.05092 🔍 (source) dark energy density \alpha
0.000283
Upper
2001.05499 🔍 (source) peak X-ray intrinsic luminosity
3e+40 ± 4.0000000000000004e+39 erg s-1
2001.05898 🔍 (source) keV luminosity
7.6e+32 +3.8e+32-8.000000000000001e+31 erg s-1
2001.06450 🔍 (source) keV absorbed fluxes
2.2e-11 ± 2e-12 erg s-1 cm-2
2001.06450 🔍 (source) peak
3.2e-11 +2e-12-2.9999999999999997e-12 erg s-1 cm-2
2001.06450 🔍 (source) peak spin-down
1.73 ± 0.01
2001.07667 🔍 (source) peak excess absorption
7.26 ± 0.24
2001.08667 🔍 (source) jerk parameter j _ { 0 }
0.87 +0.06-0.09
2001.08667 🔍 (source) jerk parameter j _ { 0 }
0.94 +0.04-0.06
2001.08667 🔍 (source) jerk parameter j _ { 0 }
0.91 +0.06-0.1
2001.08667 🔍 (source) jerk parameter j _ { 0 }
1.0
2001.08761 🔍 (source) peak flux ratio
2.0
2001.08753 🔍 (source) black hole mass M _ { BH }
2900000000.0 ± 400000000.0 M_\odot
2001.08910 🔍 (source) dark current rate
1e-07
2001.09175 🔍 (source) bulk density
1.74 +0.44-0.33
2001.11642 🔍 (source) quantum black hole
2.0 H awk
2002.00305 🔍 (source) bulk Lorentz factor \Gamma _ { bulk }
295.0 ± 125.0
2002.00393 🔍 (source) peak luminosity M _ { g }
-13.68 ± 0.22 mag
2002.01956 🔍 (source) weak-lensing mass
350000000000000.0 ± 120000000000000.0 M_\odot
2002.02498 🔍 (source) black hole gravitational radius of influence
1.0 pc
2002.02975 🔍 (source) peak frequency M _ { IMBH }
5000.0 M_\odot
2002.02894 🔍 (source) peak flux densities
3.8
Lower
2002.02975 🔍 (source) peak frequency M _ { IMBH }
8000.0 M_\odot
2002.02975 🔍 (source) peak frequency M _ { IMBH }
10000.0 M_\odot
2002.02975 🔍 (source) peak frequency M _ { IMBH }
20000.0 M_\odot
2002.03315 🔍 (source) black hole a _ { * }
0.8899999999999999 +0.050000000000000044-0.04999999999999993
2002.04003 🔍 (source) disk ionisation \log \xi
4.1
Lower
2002.04199 🔍 (source) probable mass of the black hole
10.0 ± 1.9000000000000004 M_\odot
2002.04342 🔍 (source) disk-to-star accretion rates
-4.0 M_\odot yr-1
Upper
2002.04454 🔍 (source) black hole
0.98
Lower
2002.06197 🔍 (source) kinematic SZ ( kSZ ) power D _ { 3000 } ^ { kSZ }
3.0 ± 1.0 K2
2002.05806 🔍 (source) peak X-ray mass outflow rate
1.8 M_\odot yr-1
2002.08078 🔍 (source) flare peak luminosity L _ { x , peak }
6.299999999999999e+29 erg s-1
2002.08564 🔍 (source) accretion disk
0.2
Upper
2002.08610 🔍 (source) shock front v _ { s }
1630.0 km s-1
2002.09243 🔍 (source) overall spherical disk of angular diameter
4.4 ± 0.2 m as
2002.09552 🔍 (source) disk surface density \Sigma _ { 0 }
0.12 g cm
2002.10076 🔍 (source) sky-projected distance
41.0 kpc
2002.11132 🔍 (source) post-shock electron/ion temperature ratio T _ { e } / T _ { i }
0.1
2002.11132 🔍 (source) post-shock electron/ion temperature ratio
1.0
Lower
2002.11922 🔍 (source) black hole spin
0.67 +0.15-0.08
2003.00028 🔍 (source) fast kinematics
129.0 ± 5.0 km s-1
2003.01140 🔍 (source) bulk density
5.24 +0.94-0.81 g cm-3
2003.01448 🔍 (source) A black hole mass $M _ { BH } $ }
70000000.0 M_\odot
2003.01999 🔍 (source) peak flux
2e-07 erg cm-2 s-1
2003.02489 🔍 (source) peak velocity
112.0 km s-1
2003.03465 🔍 (source) black hole spin a ^ { * }
0.94
Lower
2003.03465 🔍 (source) disk wind v _ { out }
0.067 +0.001-0.004 c
2003.05469 🔍 (source) black hole
5200000.0 M_\odot
2003.05625 🔍 (source) thickness \Delta R _ { I } / R _ { I }
0.05
Upper
2003.06405 🔍 (source) synchrotron peak frequency
5.0
Lower
2003.07579 🔍 (source) blackbody temperature
1.85 +0.07-0.15 keV
2003.07579 🔍 (source) blackbody temperature
1.79 +0.09-0.18 keV
2003.07579 🔍 (source) color temperature of the inner accretion disk
0.86 +0.08-0.02 keV
2003.07579 🔍 (source) color temperature of the inner accretion disk
0.82 ± 0.02 keV
2003.08692 🔍 (source) kinetic luminosity
2e+43 erg s-1
2003.09437 🔍 (source) mass of the kilonova ejecta M _ { ej }
0.015 M_\odot
Upper
2003.09581 🔍 (source) peak extinction complexes A _ { V }
12.0 ± 5.0 mag
2003.10460 🔍 (source) peak neutrino fluxes
-4.0
Upper
2003.11096 🔍 (source) kick velocity V _ { k }
100.0 km s-1
2003.11252 🔍 (source) bulk Lorentz factor \Gamma
30.0
2004.01102 🔍 (source) spectra of kinetic turbulence
0.3
2004.01102 🔍 (source) spectra of kinetic turbulence
0.6
2004.03551 🔍 (source) blackbody temperature
890.0 +60.0-70.0 K
2004.03792 🔍 (source) mass of the black hole
9.1 +1.6-1.2 M_\odot
2004.04542 🔍 (source) keV energy L _ { X }
3.4e+30 erg s-1
2004.05075 🔍 (source) bulk of the electrons dissipate
200000000000000.0 cm-3
2004.05168 🔍 (source) peak-to-peak amplitude
5.76 ± 0.04 %
2004.05075 🔍 (source) bulk of the electrons dissipate n _ { e }
35.0 ± 5.0 km
2004.06495 🔍 (source) dark matter density parameter \Omega _ { \phi }
0.23 +0.033-0.031
2004.08182 🔍 (source) skewness b _ { 1 rb }
0.8
Upper
2004.09029 🔍 (source) peak absolute magnitude M
-17.0
Lower
2004.09369 🔍 (source) thickness ratio
0.7 ± 0.3
2004.09818 🔍 (source) fast-rotating disk V _ { rot } / \sigma
1.0
Lower
2004.10504 🔍 (source) bulk density
2162.0 kg m-3
2004.10752 🔍 (source) shock Mach number M
3.79
2004.10552 🔍 (source) peak flux density
19.35 ± 1.1
2004.11444 🔍 (source) black n
1.08
2004.11444 🔍 (source) \textcolor black n
0.93
2004.11444 🔍 (source) black r _ { e }
176.0 pc
2004.12105 🔍 (source) half-thickness
8.0 m c
2004.12105 🔍 (source) half-thickness
105.0 pc
2004.12105 🔍 (source) half-thickness
438.0 pc
2004.12439 🔍 (source) angle accretion disk wind
43.0
2004.13163 🔍 (source) effective dark matter density \omega _ { eff }
0.0
Upper
2004.13163 🔍 (source) spin tensor for cold dark matter \omega _ { DM }
0.0
2004.13029 🔍 (source) super-Keplerian speed
0.8
2004.13946 🔍 (source) number density peak T _ { kin }
16.1 K
2004.13768 🔍 (source) local dark matter density M _ { vir }
822000000000.0 ± 52000000000.0 M_\odot
2004.14029 🔍 (source) peak flux density
0.065 Jy
Lower
2004.14232 🔍 (source) disk mass age
5.0 Myr
Lower
2005.00047 🔍 (source) Sun-like M _ { * }
0.99 ± 0.03
2005.01782 🔍 (source) peak B -band magnitude M _ { B }
-15.1 ± 0.2 mag
2005.01782 🔍 (source) kinetic energy E _ { k }
1.8000000000000001e+50 ± 1.0000000000000001e+49 erg
2005.02401 🔍 (source) kinematics of its metal-rich [ Fe / H ]
-1.2
Lower
2005.02417 🔍 (source) bulk Lorentz factor \Gamma
2.0
Lower
2005.02592 🔍 (source) solar-like surface \sigma
2.0
2005.03020 🔍 (source) Keplerian orbital velocity K _ { p }
53.0 ± 13.0 km s-1
2005.03517 🔍 (source) kinematic distance d
6.6 ± 0.7 kpc
2005.04852 🔍 (source) absorption iron K-edge
9.0 keV
Upper
2005.08112 🔍 (source) peak time
200.0 day
2005.07933 🔍 (source) CO intensity peak
9.0 km s-1
2005.09077 🔍 (source) black hole mass
930000000.0000001 M_\odot
2005.09131 🔍 (source) dark matter density
0.006 +0.005-0.003 M_\odot pc-3
2005.08718 🔍 (source) intrinsic 2–10 keV luminosities
3.9e+43 +2.2000000000000003e+43-1.7e+43 erg s-1
2005.09457 🔍 (source) projected kick velocity
763.0 ± 73.0
2005.10818 🔍 (source) characteristic strain amplitude of the GW background at frequency 1 { yr ^ { -1 } }
2e-16 +1.3999999999999998e-16-8e-17
2005.10818 🔍 (source) characteristic strain amplitude of the GW background at frequency 1 { yr ^ { -1 } }
5.4
Lower
2005.11071 🔍 (source) X-ray peaks
8.57 s
2005.11537 🔍 (source) peak
6.9e-06 M_\odot yr-1
2005.12265 🔍 (source) thickness
80.0 pc
2005.11880 🔍 (source) look-back time
10.8 Gyr
2005.11891 🔍 (source) dark photon mass
8.800000000000001e-05
2005.11891 🔍 (source) dark photon mass
0.001 MeV c-2
2005.11891 🔍 (source) coupling constant of dark photons { U ( 1 ) } _ { B - L }
1.3e-06
2005.12426 🔍 (source) isotropic kinetic energy E _ { 1 }
3e+51 +3.5e+52-3e+51 erg
2005.12357 🔍 (source) zenith sky brightness
-5.4 ± 0.9
2005.12166 🔍 (source) peak amplitude
2.0
2005.12166 🔍 (source) peak amplitude
124.0
2005.12426 🔍 (source) bulk Lorentz factor \Gamma _ { 0 , 1 }
60.0
Upper
2005.12426 🔍 (source) shock energy E _ { total }
4.2e+52 +5.6e+53-4e+52 erg
2005.12018 🔍 (source) local dark matter density
0.0133 +0.0024-0.0022 M_\odot pc-3
2005.14693 🔍 (source) Stokes numbers \it St
0.1
Upper
2005.14693 🔍 (source) thickness H _ { d }
0.1 H
Lower
2006.02211 🔍 (source) black hole mass
50.0 M_\odot
2006.01019 🔍 (source) quark-antiquark potential V _ { 1 }
0.08 GeV
2006.01552 🔍 (source) disk mass
2.5
Lower
2006.02382 🔍 (source) peak
155.0 ± 4.0 day
2006.03601 🔍 (source) thick disc
0.1 AU
2006.03601 🔍 (source) thick disc
0.53
2006.04106 🔍 (source) total Milky-Way luminosity L _ { MW }
1.6999999999999998e+37 +5e+36-4e+36 erg s-1
2006.05280 🔍 (source) keV flux
1e-10 erg cm-2 s-1
2006.07921 🔍 (source) disk inclination
36.0
2006.10057 🔍 (source) W _ { JK } color index T _ { eff }
3800.0 K
Upper
2006.10642 🔍 (source) disc thickness z _ { 1 / 2 }
0.8 kpc
2006.10737 🔍 (source) break frequency \nu _ { b }
1600000000000.0 +3000000000000.0-1000000000000.0 Hz
2006.10737 🔍 (source) strong-shock acceleration \alpha
0.5
2006.11229 🔍 (source) disk lifetime
1.0 Myr
Lower
2006.11306 🔍 (source) maximum fraction of bright kilonovae
25.0
Upper
2006.11528 🔍 (source) quantifying the broken degree of Lorentz invariance \eta
6.499999999999999e-07 +1.5e-06-1.4e-06
2006.14122 🔍 (source) kick velocity v _ { k }
200.0 km s-1
2006.13614 🔍 (source) blackbody temperature
57.9 ± 0.7 K
2006.14030 🔍 (source) bulk density
0.25 ± 0.04999999999999999
2006.14250 🔍 (source) shock velocity
1.0
Lower
2006.14546 🔍 (source) bulk density
1.14 +0.26-0.24 g cm-3
2006.14630 🔍 (source) dark matter halo mass M _ { halo }
100000000000.0 ± 30000000000.0 M_\odot
2006.14564 🔍 (source) plane-of-sky velocities
-340.0 km s-1
2006.15198 🔍 (source) black hole mass M _ { SMBH }
1100000000.0 +900000000.0-500000000.0 M_\odot
2006.15047 🔍 (source) binary black-hole merger rate
26.6 +18.2-13.8 Gpc-3 yr-1
2006.15028 🔍 (source) V -band peak magnitude
-14.58
2006.15023 🔍 (source) fraction of dark matter f _ { PBH }
1.0
2007.00214 🔍 (source) dimensionless black hole spin
0.1
2007.00008 🔍 (source) kinetic energy E _ { kin }
7e+51 ± 2e+51 erg
2006.16970 🔍 (source) kinematic age
82.0
2007.00361 🔍 (source) s rank correlation coefficient R
0.69
2007.01342 🔍 (source) keV luminosities
-2.32e+46 erg s-1
Upper
2007.03583 🔍 (source) holes to dark matter
0.3
Upper
2007.03583 🔍 (source) holes to dark matter
3.0
Upper
2007.03197 🔍 (source) projected disk rotation velocity
40.3 ± 3.8 km s-1
2007.03197 🔍 (source) projected disk rotation velocity
36.3 ± 3.9 km s-1
2007.04324 🔍 (source) black hole spin value a
0.997 +0.001-0.002
2007.04465 🔍 (source) inner-disk radius kT _ { in } )
1.12 ± 0.04 keV
2007.05349 🔍 (source) black-body temperature
63.0
2007.05349 🔍 (source) black-body temperature
10.0
2007.04735 🔍 (source) mass of the supermassive black hole
2000000000.0 M_\odot
2007.04992 🔍 (source) disk fraction
9.0 ± 9.0 %
2007.05338 🔍 (source) dark neutral scalar mass splitting \lambda _ { 5 }
3.1000000000000005e-09 m
2007.05536 🔍 (source) black hole mass
550000.0 +409999.99999999994-380000.0 M_\odot
2007.05726 🔍 (source) peak flux ( integrated flux
0.32 J m-2
2007.05726 🔍 (source) peak speed
6.26 m s-2
2007.06618 🔍 (source) disk integrated nightside temperature
806.0 ± 48.0 K
2007.08796 🔍 (source) average differential background rate
0.0022 ± 0.0005
2007.10426 🔍 (source) average kinetic temperature
21.0 K
2007.11085 🔍 (source) distances to the black hole X-ray binaries
8.0 ± 1.0 kpc
2007.10995 🔍 (source) bulk density \rho _ { b }
7.8 +1.2-1.1 g cm-3
2007.11545 🔍 (source) peak X-ray luminosities
5.0000000000000005e-17
Lower
2007.11545 🔍 (source) peak X-ray luminosities
1.3999999999999999e-12 erg cm-2 s-1
Upper
2007.11221 🔍 (source) Saturn-like oblateness
0.098
2007.12067 🔍 (source) dark \alpha _ { n }
1.2e-07
Upper
2007.12231 🔍 (source) kinetic temperatures T _ { kin }
100.0 K
2007.13006 🔍 (source) dark matter
10.74 ± 0.82
2007.13144 🔍 (source) kinetic energy E _ { k }
4e+51 erg
2007.13343 🔍 (source) seven kick velocity dispersion
100.0
2007.13343 🔍 (source) seven kick velocity dispersion \sigma _ { k }
500.0 km s-1
Upper
2007.14121 🔍 (source) black hole spin
0.75
Lower
2007.14977 🔍 (source) kinetic power
8.1
2007.14977 🔍 (source) kinetic power \dot { E }
5.8
2007.16166 🔍 (source) feedback A _ { b }
1.01 +0.8-0.85
2007.16166 🔍 (source) feedback
0.0
2007.16166 🔍 (source) feedback parameter A _ { b }
1.21 +0.61-0.54 (1.60 _ -0.52 ^ +0.53)
2007.16166 🔍 (source) feedback A _ { b }
0.81