Suggested: Dimensionless, km s-1
Exclude
Name/Symbol Condition
Name: line
Mean: 7.14e+03 ± 1.26e+05
Median: 3
Range: -1.7e+03 ‒ 2.46e+06
1186 results.
arXiv Name Symbol Parsed Bound
astro-ph/9311070 🔍 (source) nonlinear mass
180.0
astro-ph/9409022 🔍 (source) line-of-sight distance R _ { 0 }
8.0 kpc
astro-ph/9603076 🔍 (source) linear distance
22.0 ± 0.8 Mpc
astro-ph/9605189 🔍 (source) line-of-sight velocity dispersion \sigma _ { * }
15.7 ± 1.5
astro-ph/9606031 🔍 (source) line-of-sight stellar velocity dispersion \sigma _ { * }
11.4 ± 1.5
astro-ph/9612198 🔍 (source) peak line temperature
0.75 K
astro-ph/9702080 🔍 (source) line ratio
0.4
Lower
astro-ph/9702198 🔍 (source) line-of-sight expansion velocity
112.5 ± 37.5 km s-1
astro-ph/9704234 🔍 (source) line-of-sight ejection velocities
51.0
astro-ph/9706242 🔍 (source) Sun-Galactic centre line
28.0 ± 7.0
astro-ph/9709131 🔍 (source) lines per unit \log N ( \mbox { H { \sc i } }
12.0
Lower
astro-ph/9710114 🔍 (source) iron emission line
6.7 keV
astro-ph/9711082 🔍 (source) line intensity
2.8 ± 0.3 Jy km s-1
astro-ph/9711082 🔍 (source) linewidth
420.0 ± 60.0 km s-1
astro-ph/9711164 🔍 (source) broad iron line
6.58 ± 0.04 keV
astro-ph/9711176 🔍 (source) line-of-sight velocity dispersion \sigma _ { los }
164.0 km s-1
astro-ph/9801137 🔍 (source) percentage of absorption-line galaxies
84.0 ± 9.0 %
astro-ph/9801137 🔍 (source) percentage of absorption-line galaxies
59.0 ± 11.0 %
Upper
astro-ph/9803137 🔍 (source) rest-frame equivalent width of the emission line ( W _ { Ly \alpha } ^ { rest }
95.0
astro-ph/9803214 🔍 (source) mean linear spin-down rate \dot { P }
5.126e-14
astro-ph/9803342 🔍 (source) Ca linear depletion \delta ( Ca )
0.00014
astro-ph/9803342 🔍 (source) Ca linear depletion \delta ( Ca )
0.00028
astro-ph/9804194 🔍 (source) Gaussian dispersion of the emission lines
70.0
astro-ph/9804229 🔍 (source) Balmer absorption-line velocities
1.4 M_\odot
astro-ph/9804290 🔍 (source) line ratios \sigma _ { \xi }
1.0
Lower
astro-ph/9805356 🔍 (source) linear size of the radio structure
2.0 Mpc
astro-ph/9806219 🔍 (source) velocity dispersion of the emission line gas \sigma
70.0 km s-1
astro-ph/9807004 🔍 (source) line { ( D / H ) } _ { Capella }
1.5600000000000003e-05 ± 1.0000000000000002e-06
astro-ph/9807013 🔍 (source) linear polarization
9.0
astro-ph/9808157 🔍 (source) decline rate \Delta m _ { 15 }
1.11 ± 0.06
astro-ph/9809025 🔍 (source) linear distance
660.0 ± 66.0 kpc
astro-ph/9809025 🔍 (source) total line-of-sight reddening E ( B - V )
1.16 ± 0.08 mag
astro-ph/9809098 🔍 (source) rms line width
0.86 keV
astro-ph/9809103 🔍 (source) velocity width of the scattered line { ( m _ { p } / m _ { e } ) } ^ { 1 / 2 }
43.0
astro-ph/9810002 🔍 (source) linear diameter
2.5 ± 0.4 pc
astro-ph/9810018 🔍 (source) iron emission line
6.4 keV
astro-ph/9810365 🔍 (source) linear spin-down rate
5.1271e-14
astro-ph/9812089 🔍 (source) linear regression slope
0.6
astro-ph/9901112 🔍 (source) tachocline
0.05 ± 0.03 R_\odot
astro-ph/9901134 🔍 (source) CO line ratios J
0.7
astro-ph/9901280 🔍 (source) line frequency N _ { HI }
200.0 ± 40.0
astro-ph/9901280 🔍 (source) line frequency d N / dz
200.0 ± 40.0
astro-ph/9902231 🔍 (source) line fluxes
1.3e-16 erg cm-2 s-1
astro-ph/9902250 🔍 (source) absorption line indices Mg _ { 2 }
-3.0
Upper
astro-ph/9903208 🔍 (source) line intensity peak
3.0
astro-ph/9903457 🔍 (source) line-of-sight stellar velocity dispersion \sigma
33.0 ± 3.0
astro-ph/9904397 🔍 (source) decline rates
0.0141 ± 0.0002
astro-ph/9904397 🔍 (source) decline rates
0.0184 ± 0.0003
astro-ph/9904397 🔍 (source) decline rates
0.0181 ± 0.0003
astro-ph/9906202 🔍 (source) projected linear distance
-0.07 ± 0.07 c
astro-ph/9906202 🔍 (source) projected linear distance
0.19 ± 0.27
astro-ph/9906202 🔍 (source) projected linear distance
0.3 ± 0.07
astro-ph/9906346 🔍 (source) linear polarization in the afterglow
1.6 ± 0.2 %
astro-ph/9907352 🔍 (source) broad skewed iron line W _ { K \alpha }
266.0 eV
astro-ph/9907345 🔍 (source) decline rate
-18.67 ± 0.3 mag
astro-ph/9907345 🔍 (source) decline rate
-18.4 ± 0.3 mag
astro-ph/9907345 🔍 (source) decline rate
-18.62 ± 0.3 mag
astro-ph/9908123 🔍 (source) line-of-sight
69.0 pc
astro-ph/9908205 🔍 (source) line flux
0.2
astro-ph/9908205 🔍 (source) line flux \phi
0.2
astro-ph/9908205 🔍 (source) density of the narrow line region \log n _ { e }
13.4 ± 0.2
astro-ph/9908254 🔍 (source) size of the pulsar declines
440.0 ± 90.0 km
astro-ph/9910431 🔍 (source) rates of decline
0.015 ± 0.001 mag yr-1
astro-ph/9911142 🔍 (source) line T _ { s }
775.0 ± 100.0 K
astro-ph/9911151 🔍 (source) linearly extrapolated normalization \sigma _ { 8 } ^ { L }
0.79 ± 0.08
astro-ph/9911196 🔍 (source) linear variance per unit \ln k of \Delta _ { \rho } ^ { 2 } ( k )
0.72 ± 0.09
astro-ph/9911299 🔍 (source) Fe K line emission
6.3 ± 0.2 keV
astro-ph/9911350 🔍 (source) optical linear diameter
1.4 ± 0.2 kpc
astro-ph/9912017 🔍 (source) line flux ratio
6717.0
astro-ph/9912123 🔍 (source) light curve decline rate \Delta m _ { 15 }
0.87
Lower
astro-ph/9912123 🔍 (source) light curve decline rate \Delta m _ { 15 } ( B )
0.87
Lower
astro-ph/9912244 🔍 (source) linear phase t
8.0 ± 7.0 day
astro-ph/9912389 🔍 (source) disk line
6.8 keV
astro-ph/0001030 🔍 (source) line equivalent width
0.6 +0.84-0.36 keV
astro-ph/0001107 🔍 (source) line energy E _ { K \alpha }
6.62 ± 0.07 keV
astro-ph/0001127 🔍 (source) line-of-sight column density
2.7e+19 cm-2
Lower
astro-ph/0002033 🔍 (source) linear size of the radio structure
50.0 h
astro-ph/0002033 🔍 (source) linear size of the radio structure H _ { 0 }
50.0
astro-ph/0002366 🔍 (source) neutron capture line
2.223 MeV
astro-ph/0002484 🔍 (source) line ratio I _ { [ CI ] } / I _ { CO }
0.2
astro-ph/0003291 🔍 (source) line flux log ( L _ { H \alpha } / L _ { bol } )
-4.3
astro-ph/0004169 🔍 (source) nova line flux
0.0038 ph
Upper
astro-ph/0004263 🔍 (source) line-of-sight velocity dispersion \sigma
1390.0 +120.0-110.0 km s-1
astro-ph/0004298 🔍 (source) line ratio n _ { e }
4100.0 cm-3
astro-ph/0004334 🔍 (source) linear redshift distortion parameter \beta
0.41 +0.13-0.12
astro-ph/0005567 🔍 (source) rest frame line energy
6.69 ± 0.11 keV
astro-ph/0006055 🔍 (source) line energy
6.73 +0.13-0.12 keV
astro-ph/0006153 🔍 (source) line-of-sight velocity dispersion \sigma _ { los }
164.0 km s-1
astro-ph/0006206 🔍 (source) absorption-line redshift
1.02
astro-ph/0006229 🔍 (source) resonance line P _ { 2 } / P _ { 0 }
0.5
astro-ph/0007010 🔍 (source) light curve tail declines E _ { K }
7e+51 erg
astro-ph/0007326 🔍 (source) emission line luminosities L _ { \gamma }
0.69 ± 0.11
astro-ph/0008375 🔍 (source) temporal baseline
7.5 ± 2.5 yr
astro-ph/0009017 🔍 (source) average linewidth
0.22 ± 0.03 keV
astro-ph/0009065 🔍 (source) luminosity decline rate \Delta m _ { B } ( 15 )
1.31 ± 0.08
astro-ph/0009083 🔍 (source) sight to the broad-line region E _ { B - V }
0.5
astro-ph/0010363 🔍 (source) linear extent
2.0 AU
astro-ph/0010442 🔍 (source) projected linear extent of the radio structure
3.14 Mpc
astro-ph/0010610 🔍 (source) line-of-sight column density
2.7e+19 cm-2
Lower
astro-ph/0011030 🔍 (source) radial ( line-of-sight ) thicknesses
0.2 pc
Upper
astro-ph/0101060 🔍 (source) line-of-sight hydrogen density column T
6.6 ± 0.3 keV
astro-ph/0103089 🔍 (source) linear polarization \alpha
0.275 +0.024999999999999967-0.025000000000000022
astro-ph/0103413 🔍 (source) iron line EW
50.0
astro-ph/0104238 🔍 (source) dust temperatures decline T _ { d }
7.0 K
astro-ph/0104280 🔍 (source) linear size L
6.0 pc
astro-ph/0104317 🔍 (source) emission line widths
44.0 ± 15.0 km s-1
astro-ph/0105219 🔍 (source) line ratio T _ { ex }
720.0 +135.0-100.0 K
astro-ph/0105267 🔍 (source) linear polarization levels
2.3 %
Lower
astro-ph/0105472 🔍 (source) linear correlation coefficient
0.0004 ± 0.001
astro-ph/0105490 🔍 (source) decline rate parameter \Delta m _ { 15 } ( B )
1.93
astro-ph/0105490 🔍 (source) decline rate parameter
1.9 mag
astro-ph/0106279 🔍 (source) line flux
1.3500000000000002e-15 ± 3.5e-16 erg cm-2 s-1
astro-ph/0107189 🔍 (source) Balmer line intensities Y _ { p } ( Tree(positive_expression, [LeafSymbol('Hc')]) )
0.2384 ± 0.0025
astro-ph/0107196 🔍 (source) linear density \delta _ { L , R }
0.0
Lower
astro-ph/0107468 🔍 (source) line flux
1.9e-05 ± 9e-06 ph cm-2 s-1
astro-ph/0108100 🔍 (source) line-of-sight velocity dispersion
10.7 km s-1
astro-ph/0108100 🔍 (source) line-of-sight velocity dispersion
8.5 km s-1
astro-ph/0108192 🔍 (source) linear limb-darkened radii
98.0 R_\odot
astro-ph/0108192 🔍 (source) linear limb-darkened radii
114.0 R_\odot
astro-ph/0108192 🔍 (source) linear limb-darkened radii
56.0 R_\odot
astro-ph/0108345 🔍 (source) line-of-sight velocity
26.0 ± 0.5 km s-1
astro-ph/0109100 🔍 (source) median line-width parameter b
27.0 km s-1
astro-ph/0110158 🔍 (source) linear diameter
0.54 K pc
astro-ph/0110265 🔍 (source) rapid decline t _ { 3 }
9.0 day
astro-ph/0111268 🔍 (source) hyperfine ratio of the two OH lines \tau _ { 1667 } / \tau _ { 1665 }
2.6 ± 0.8
astro-ph/0111413 🔍 (source) line-of-sight optical depths \tau _ { 0.3 \mu }
35.0 ± 5.0
astro-ph/0112400 🔍 (source) rotational lines T
600.0 K g as
astro-ph/0201016 🔍 (source) rate of decline \Delta m _ { 15 } ( B )
2.21
astro-ph/0201116 🔍 (source) projected linear size
330.0 h
astro-ph/0201194 🔍 (source) emission line I _ { \tiny AB }
25.4
astro-ph/0201194 🔍 (source) \alpha line flux
3e-17 erg cm-2 s-1
astro-ph/0201319 🔍 (source) } emission line flux
0.00019 L_\odot
astro-ph/0201496 🔍 (source) line intensity
8.199999999999999e-15 erg s-1 cm-2
astro-ph/0202043 🔍 (source) line flux
3.6e-05 ph
astro-ph/0202083 🔍 (source) emission line E
6.415 ± 0.007 keV
astro-ph/0202093 🔍 (source) intrinsic line width \sigma
32.0 ± 7.0 eV
astro-ph/0202227 🔍 (source) line fluxes
5000.0
astro-ph/0202227 🔍 (source) line fluxes T
20000.0 K
Upper
astro-ph/0202514 🔍 (source) linear size
6.8e+17 cm
astro-ph/0203091 🔍 (source) line-free
2.6000000000000002e-30 ± 7e-31 erg cm-2
astro-ph/0204084 🔍 (source) projected linear distance
17.8 h
astro-ph/0204241 🔍 (source) linear size
1.5 kpc
astro-ph/0204300 🔍 (source) width of the iron fluorescent line
2.0 keV
astro-ph/0204417 🔍 (source) projected linear extent
2.0 pc
astro-ph/0205161 🔍 (source) line-of-sight velocity dispersion \sigma
20.2 ± 0.5
astro-ph/0205255 🔍 (source) linear v \sin i _ { \mathrm {
1.03
astro-ph/0205347 🔍 (source) line { Fe
6.8
astro-ph/0206087 🔍 (source) line ratio
0.34 ± 40.0 %
astro-ph/0206077 🔍 (source) intrinsic linewidth \langle \Deltav _ { int }
15.0 km s-1
astro-ph/0206276 🔍 (source) total line-of-sight velocity dispersion
1.1 ± 0.2 km s-1
astro-ph/0206276 🔍 (source) dynamical line-of-sight velocity dispersion
0.7 km s-1
Upper
astro-ph/0206276 🔍 (source) total line-of-sight velocity dispersion
0.9 ± 0.2 km s-1
astro-ph/0206276 🔍 (source) dynamical line-of-sight velocity dispersion
0.32
astro-ph/0206415 🔍 (source) line-of-sight velocity dispersion \sigma _ { v }
1330.0 km s-1
astro-ph/0207072 🔍 (source) HHT-KittPeak baseline
190.0 km
astro-ph/0207303 🔍 (source) broad line width \Delta v _ { FWHM }
340.0 km s-1
astro-ph/0207562 🔍 (source) line widths b
48.5 ± 32.5 km s-1
astro-ph/0208531 🔍 (source) linewidth \Delta v
0.8 km s-1
astro-ph/0209087 🔍 (source) oxygen line emission N / O
9.0
Lower
astro-ph/0209507 🔍 (source) flux decline rates before flattening
0.127 ± 0.005
astro-ph/0209507 🔍 (source) flux decline rates before flattening
0.082 ± 0.001
astro-ph/0209507 🔍 (source) flux decline rates before flattening
0.074 ± 0.001
astro-ph/0209507 🔍 (source) flux decline rates before flattening
0.062 ± 0.001
astro-ph/0209507 🔍 (source) flux decline rates before flattening
0.04 ± 0.001 mag day-1
astro-ph/0209536 🔍 (source) line–of–sight velocity dispersion \mathrm { \sigma _ { v }
1325.0 ± 75.0 km
astro-ph/0210071 🔍 (source) line width
0.24 ± 0.07 km s-1
astro-ph/0210397 🔍 (source) line-profile
-43.3 ± 0.7
astro-ph/0210654 🔍 (source) emission line flux
2.46e-16 ± 5e-17 erg s-1 cm-2
astro-ph/0211180 🔍 (source) nonthermal line width
0.78 km s-1
astro-ph/0211465 🔍 (source) line-of-sight velocity dispersion \sigma _ { e }
400.0 km s-1
Upper
astro-ph/0211476 🔍 (source) luminosity decline
0.625 M_\odot c
astro-ph/0212407 🔍 (source) line-of-sight velocity dispersion \sigma _ { \| }
530.0 +190.0-90.0 km s-1
astro-ph/0212506 🔍 (source) column density sightline D I / O I
0.032400000000000005 +0.0327-0.0206
astro-ph/0212543 🔍 (source) B -band decline rate \Delta m _ { 15 } ( B )
0.93
astro-ph/0301297 🔍 (source) Fe-K line EW
382.0 eV
Upper
astro-ph/0301333 🔍 (source) angle to the line-of-sight v
0.997
astro-ph/0301322 🔍 (source) baseline I
15.1
astro-ph/0301333 🔍 (source) angle to the line-of-sight v
0.992
astro-ph/0301511 🔍 (source) line
0.22
Lower
astro-ph/0301635 🔍 (source) linear size
7.7 h
astro-ph/0302080 🔍 (source) linear size
620.0 kpc
astro-ph/0302116 🔍 (source) line flux
2.9999999999999997e-20 W m-2
astro-ph/0302319 🔍 (source) NIII line
991.0
astro-ph/0302415 🔍 (source) linear polarization
2.0
astro-ph/0303051 🔍 (source) line width \sigma
3.4 ± 0.5 eV
astro-ph/0303134 🔍 (source) line widths
80.0 ± 5.0 km s-1
astro-ph/0303554 🔍 (source) line-of-sight velocity dispersion \sigma
530.0 +190.0-90.0 km s-1
astro-ph/0303592 🔍 (source) linear bias parameter b
1.37 ± 0.3
astro-ph/0303634 🔍 (source) linear diameters D [ A ]
1.224 ± 0.003
astro-ph/0305129 🔍 (source) broad line region size
3.0 ± 1.5
astro-ph/0305571 🔍 (source) line-of-sight column density N _ { H }
4.0000000000000003e+23 cm-2
astro-ph/0306322 🔍 (source) linear polarization P
80.0
astro-ph/0306377 🔍 (source) projected linear separation
184.0 AU
astro-ph/0306385 🔍 (source) characteristic non-linear mass scale M
8.7
astro-ph/0306421 🔍 (source) total baseline
2.5
astro-ph/0306585 🔍 (source) linear bias b
3.5 ± 0.3
astro-ph/0306601 🔍 (source) snow line
1.0 AU
astro-ph/0306604 🔍 (source) linear diameter
1.711 ± 0.013
astro-ph/0306621 🔍 (source) median line flux ratio F _ { [ OII ] } / F _ { H \alpha }
0.23
astro-ph/0308432 🔍 (source) line-of-sight size L
0.25 pc
astro-ph/0309160 🔍 (source) ion-to-neutral linewidth ratio
0.82 ± 0.04
astro-ph/0309148 🔍 (source) linear diameter
2.048 ± 0.025
astro-ph/0309214 🔍 (source) line ratios r _ { 31 }
1.72
astro-ph/0309214 🔍 (source) line ratios r _ { 31 }
0.22
Lower
astro-ph/0309214 🔍 (source) line ratios r _ { 31 }
0.66
astro-ph/0309484 🔍 (source) intrinsic line width
2.95 +0.45-0.51 keV
astro-ph/0310037 🔍 (source) mean decline rate
1.1 mag day-1
astro-ph/0310128 🔍 (source) Rosseland linear radius R
86.0 ± 3.0 R_\odot
astro-ph/0310267 🔍 (source) broad-line quasars L _ { bol } / L _ { Edd }
1.0
astro-ph/0310466 🔍 (source) flux decline rate
0.11 mag day-1
astro-ph/0310553 🔍 (source) neutral iron line
94.0
Lower
astro-ph/0310553 🔍 (source) neutral iron line
887.0 eV
astro-ph/0311379 🔍 (source) emission line strength M _ { b _ { J }
-19.5
Upper
astro-ph/0311497 🔍 (source) line–of–sight velocity dispersion \sigma _ { v }
1438.0 +109.0-86.0 km s-1
astro-ph/0312068 🔍 (source) linear radius
2.048 ± 0.025 R_\odot
astro-ph/0312068 🔍 (source) linear radii R [ A ]
1.224 ± 0.003 R_\odot
astro-ph/0312296 🔍 (source) projected linear size
1.35 Mpc
astro-ph/0401051 🔍 (source) total line flux
2.7999999999999996e-16 ± 3e-17 erg cm-2 s-1
astro-ph/0401510 🔍 (source) diffuse sightline ratio
161.0 ± 17.0 c
astro-ph/0401510 🔍 (source) average hydrogen density along the sightline n ( H )
8.5 ± 5.5 cm-3
astro-ph/0401618 🔍 (source) non-linear coupling parameter
95.0
astro-ph/0402036 🔍 (source) linear diameter
5.25 ± 1.75 pc
astro-ph/0402272 🔍 (source) time baseline \Delta t
1.3 yr
astro-ph/0403161 🔍 (source) \alpha line luminosity
1.1
Lower
astro-ph/0403243 🔍 (source) H _ { \beta } emission line luminosity R ( light - days
24.05
astro-ph/0403421 🔍 (source) linear polarization
10.0
astro-ph/0403497 🔍 (source) sky-projected baseline length
45.8 m
astro-ph/0403665 🔍 (source) emission line velocity amplitude
58.2 ± 3.7 km s-1
astro-ph/0403688 🔍 (source) metal lines absorb
2.3 ± 0.5 %
astro-ph/0403715 🔍 (source) line-of-sight velocity dispersions
962.0 km s-1
astro-ph/0404263 🔍 (source) line width \sigma _ { K \alpha }
0.18 keV
Upper
astro-ph/0405501 🔍 (source) keV line flux
7.3e-05 ± 9e-06 ph cm-2 s-1
astro-ph/0405525 🔍 (source) linear polarization degree \Pi _ { GRB }
41.0 +57.0-44.0 %
astro-ph/0405530 🔍 (source) line width
4.5 ± 1.5 km s-1
astro-ph/0405539 🔍 (source) rms line width
20.0 eV
astro-ph/0406036 🔍 (source) linear mass-clustering amplitude \sigma _ { 8 }
0.8
astro-ph/0406151 🔍 (source) P \alpha /P \beta line flux ratio
1.05 ± 0.2
astro-ph/0406462 🔍 (source) line-of-sight velocity dispersion \sigma _ { rad }
20.0 km s-1
astro-ph/0406513 🔍 (source) amplitude of the linear redshift-space distortions relative to the galaxy overdensity field \beta ( L _ { * } , 0 )
0.58 ± 0.08
astro-ph/0406577 🔍 (source) Line ratios T
30.0 ± 10.0 K
astro-ph/0407123 🔍 (source) \alpha line luminosity
44.0
Upper
astro-ph/0407123 🔍 (source) \alpha line luminosity
-1.0
astro-ph/0407123 🔍 (source) \alpha line luminosity
2.4 keV
astro-ph/0407416 🔍 (source) linear energy
2100000000000000.0 GeV
astro-ph/0407377 🔍 (source) linear theory power spectrum amplitude \Delta ^ { 2 } _ { L } ( k _ { p }
0.009 s km-1
astro-ph/0407521 🔍 (source) O vi line width
2100.0 ± 200.0 km s-1
astro-ph/0407643 🔍 (source) linear velocity gradient
1.4 km s-1 pc-1
astro-ph/0407643 🔍 (source) linear velocity gradient
0.7 km s-1 pc-1
astro-ph/0408031 🔍 (source) Lyman- \alpha line flux
2.2000000000000003e-17 erg cm-2 s-1
astro-ph/0408392 🔍 (source) high-ionization forbidden emission line
4227.0
astro-ph/0408446 🔍 (source) linear polarization L
379.0
astro-ph/0408562 🔍 (source) linear momentum
430.0 ± 140.0 M_\odot km s-1
astro-ph/0409036 🔍 (source) decline rate parameters \Delta m _ { 15 }
1.1
astro-ph/0409054 🔍 (source) velocity integrated line luminosity L _ { HCN } ^ { \prime }
6700000000.0 ± 2200000000.0 K km pc2 s-1
astro-ph/0409153 🔍 (source) line width \Delta v _ { FWHM }
4.9 km s-1
astro-ph/0409305 🔍 (source) line-of-sight velocity dispersion \sigma _ { los }
162.0 +44.0-30.0 km s-1
astro-ph/0409305 🔍 (source) line-of-sight velocity dispersion \sigma _ { los }
136.0 +26.0-20.0 km s-1
astro-ph/0409305 🔍 (source) line-of-sight velocity dispersion \sigma _ { los }
150.0 +55.0-38.0 km s-1
astro-ph/0409494 🔍 (source) luminosity decline rate \Delta m _ { 15 } ( B )
1.04 ± 0.04 mag
astro-ph/0410232 🔍 (source) linear radius R _ { UD } ^ { K }
2.3 ± 0.5 AU
astro-ph/0410247 🔍 (source) line center
330.0 ± 100.0 km s-1
astro-ph/0410385 🔍 (source) Fe xxvi X-ray absorption lines
6.97 ± 0.05 keV
astro-ph/0410372 🔍 (source) emission line
4.45 ± 0.05 keV
hep-ph/0410283 🔍 (source) baseline L
60.0 ± 10.0 km
astro-ph/0411003 🔍 (source) X-ray flux decayed linearly
6.900000000000001e-05 ± 9.000000000000001e-07 c
Upper
astro-ph/0411085 🔍 (source) velocity-integrated line flux
0.81 ± 0.12 Jy km s-1
astro-ph/0411133 🔍 (source) linear radii
320.0 +50.0-40.0 R_\odot
astro-ph/0411252 🔍 (source) emission line properties H \beta )
1710.0 km s-1
astro-ph/0411252 🔍 (source) emission line properties H \beta )
0.32
astro-ph/0411351 🔍 (source) width of the annihilation line
2.37 ± 0.25 keV
astro-ph/0411351 🔍 (source) line energy
510.954 ± 0.075 keV
astro-ph/0411328 🔍 (source) line velocity width \sigma
60.0 eV
astro-ph/0411531 🔍 (source) linear polarization P / \sigma _ { P }
3.0
Lower
astro-ph/0412053 🔍 (source) dust temperature and the molecular line properties L _ { sub } / L _ { bol }
1.0
astro-ph/0412557 🔍 (source) line width parameter b _ { \sigma }
1.4
astro-ph/0412583 🔍 (source) line-of-sight velocity dispersion \sigma _ { H }
88.0 ± 20.0 km s-1
astro-ph/0501037 🔍 (source) frequency of emission-line galaxies W _ { \lambda }
20.0
Lower
astro-ph/0501161 🔍 (source) line-of-sight magnetic field strength
3.0 ± 0.3 m
astro-ph/0501253 🔍 (source) emission line ratios
0.8
Lower
astro-ph/0501545 🔍 (source) line-of-sight extinction E ( B - V )
1.41 ± 0.04
astro-ph/0501545 🔍 (source) line-of-sight extinction E ( B - V )
1.32 ± 0.04
astro-ph/0501664 🔍 (source) common decline rate \Delta m _ { 15 }
1.1
astro-ph/0502011 🔍 (source) baseline rms
50.0 mK
astro-ph/0502011 🔍 (source) baseline rms \sigma _ { rms }
2.6 km s-1
astro-ph/0502128 🔍 (source) line
6.2 keV
astro-ph/0502293 🔍 (source) linear radius
1570.0 ± 400.0 R_\odot
astro-ph/0502482 🔍 (source) line-of-sight velocity dispersion \Delta v
650.0 km s-1
astro-ph/0503055 🔍 (source) median CO line luminosity \langle L _ { \tiny { CO } } ^ { \prime } \rangle
38000000000.0 ± 20000000000.0 K km pc2 s-1
astro-ph/0503055 🔍 (source) median CO fwhm linewidth \langle fwhm \rangle
780.0 ± 320.0 km s-1
astro-ph/0503205 🔍 (source) line-of-sight \tau _ { 2.2 }
5.3
astro-ph/0503250 🔍 (source) line-of-sight cluster magnetic B _ { \| }
2.1
astro-ph/0503320 🔍 (source) \alpha line f _ { Ly \alpha,TOT }
1.94e-12 erg s-1 cm-2
astro-ph/0503482 🔍 (source) outburst decline time scale
1.2 day mag-1
astro-ph/0503623 🔍 (source) Fe xxv emission line
6.71 +0.03-0.02 keV
astro-ph/0503623 🔍 (source) iron line
6.5 +0.3-0.2 keV
astro-ph/0503623 🔍 (source) iron line width \sigma
32.0 +13.0-14.0 eV
astro-ph/0504106 🔍 (source) Fe xi electron density diagnostic line intensity ratio
184.8
astro-ph/0504137 🔍 (source) blueshifted iron line v / c
0.18
astro-ph/0504402 🔍 (source) linear relation [ X / H ]
1.0
astro-ph/0504494 🔍 (source) line-of-sight D _ { \sun }
7.2 ± 1.0 kpc
astro-ph/0504555 🔍 (source) line-of-sight rotation speed of the star v \sin I _ { \star }
4.7 ± 0.16 km s-1
astro-ph/0504604 🔍 (source) line widths \Delta v _ { FWHM }
500.0 ± 130.0 km s-1
astro-ph/0506026 🔍 (source) keV line flux
0.0010500000000000002 ± 6e-05 ph cm-2 s-1
astro-ph/0506249 🔍 (source) rms linear theory variance in spheres of radius 8 h ^ { -1 } Mpc \sigma _ { 8 }
0.88 +0.12-0.1
astro-ph/0506590 🔍 (source) emission line
19.19 +0.05-0.09
astro-ph/0507055 🔍 (source) projected linear size H _ { o }
71.0 km s-1 Mpc-1
astro-ph/0507094 🔍 (source) emission line width \sigma
320.0 km s-1
astro-ph/0507163 🔍 (source) HCN/ ^ { 12 } CO line intensity ratio
0.25
astro-ph/0507470 🔍 (source) linear correlation coefficient
0.36
astro-ph/0507470 🔍 (source) linear correlation coefficient r
98.0
astro-ph/0507583 🔍 (source) linear theory matter fluctuation amplitude \sigma _ { 8 }
0.77 ± 0.05
astro-ph/0507653 🔍 (source) H \beta linewidth \sigma
27.0 km s-1
astro-ph/0507653 🔍 (source) H i FWHM linewidth
33.0 +60.0-12.0
astro-ph/0507706 🔍 (source) /H \alpha line ratio [ S II ] / H \alpha
0.4
Upper
astro-ph/0508656 🔍 (source) absorption-line frequency W _ { \lambda } ( { CIII }
12.0 +3.0-2.0
astro-ph/0508656 🔍 (source) absorption-line frequency d N _ { CIII } / dz
12.0 +3.0-2.0
astro-ph/0509166 🔍 (source) linear radius
0.863 ± 0.003 R_\odot
astro-ph/0509589 🔍 (source) line intensity \int T _ { A } d
28.0 mK km s-1
astro-ph/0509648 🔍 (source) line-strength ratios f ( 1370 Å )
0.0588 ± 0.006
astro-ph/0509827 🔍 (source) inclination of Alderamin to the line i
88.2 +1.8-13.3
astro-ph/0510099 🔍 (source) line ratio O ii ] I ( 3729 )
3726.0
astro-ph/0510395 🔍 (source) line-of-sight magnetic field
-220.0 ± 38.0
astro-ph/0510422 🔍 (source) linear size
0.5 pc
astro-ph/0510542 🔍 (source) line luminosity L _ { HCN ( J = 5 - 4 ) } ^ { \prime }
40000000000.0 ± 5000000000.0 K km pc2 s-1
astro-ph/0510649 🔍 (source) linear ephemeris of the light maxima JD _ { max }
2449862.0
astro-ph/0511065 🔍 (source) maximum baseline length
480.0 km
astro-ph/0511387 🔍 (source) line energy
6.51 +0.21-0.12 keV
astro-ph/0511667 🔍 (source) H \delta line strength d H \delta / dr _ { p }
0.35 ± 0.06
astro-ph/0601465 🔍 (source) decline rate
0.018
astro-ph/0602105 🔍 (source) linear radii
0.38
Lower
astro-ph/0602181 🔍 (source) emission lines
54.0 ± 8.0 km s-1
astro-ph/0602217 🔍 (source) snow line
1.7000000000000002 +0.09999999999999987-0.10000000000000009 AU
gr-qc/0602117 🔍 (source) linear momentum flux \eta = \frac { m _ { 1 } m _ { 2 } } { ( m _ { 1 } + m _ { 2 } ) } ^ { 2 }
0.2
astro-ph/0603192 🔍 (source) line–of–sight ( LOS ) velocity dispersion \sigma _ { V }
1767.0 +121.0-99.0 km s-1
astro-ph/0603244 🔍 (source) line fluxes
2.5
Lower
astro-ph/0603244 🔍 (source) line fluxes
-2.0
Upper
astro-ph/0603314 🔍 (source) linear function a _ { 0 }
0.289 ± 0.051
astro-ph/0603392 🔍 (source) decline rate \Delta m _ { 15 }
4.37 ± 0.25
astro-ph/0603654 🔍 (source) optical emission-line flux ratios \left \langle ICF \right \rangle
1.08 ± 0.09
Lower
astro-ph/0604341 🔍 (source) position angle of linear polarization \theta _ { * }
155.0 ± 15.0
astro-ph/0604541 🔍 (source) temporal baseline
2.8
Lower
astro-ph/0605277 🔍 (source) crystalline silicates T _ { gr }
445.0 ± 155.0 K
astro-ph/0605437 🔍 (source) HCO ^ { + } line luminosity L ^ { \prime } _ { HCO ^ { + } }
3500000000.0 K km pc2 s-1
astro-ph/0606210 🔍 (source) \alpha line EW _ { Ly \alpha } ^ { rest }
46.0 ± 5.0
astro-ph/0606502 🔍 (source) extended emission-line
2.5000000000000002e+57 erg
astro-ph/0606543 🔍 (source) line-of-sight absorption column
1.2e+23 cm-2
astro-ph/0606736 🔍 (source) line flux
2.5e-05 ± 3e-06 cm-2 s-1
astro-ph/0607267 🔍 (source) line luminosity L _ { H _ { 2 } O } ^ { \prime }
18000000000.0 K km pc2 s-1
Upper
astro-ph/0607378 🔍 (source) linear relation \log ( M _ { bh } )
7.81 (\pm 0.08)
astro-ph/0608110 🔍 (source) linear function z
0.05
Lower
astro-ph/0608301 🔍 (source) metal-line absorber Z / Z _ { \sun }
-0.3
Upper
astro-ph/0608406 🔍 (source) emission-line time delay \tau _ { cent }
3.73 ± 0.75 day
astro-ph/0608598 🔍 (source) fast decline t _ { 2 }
11.0 day
astro-ph/0609360 🔍 (source) steep decline dN _ { cluster } / d \tau
10.0
Upper
astro-ph/0609405 🔍 (source) line polarization features P
0.5
Upper
astro-ph/0609611 🔍 (source) line-of-sight turbulent velocity
0.37 ± 0.08 km s-1
astro-ph/0609774 🔍 (source) line-of-sight velocity dispersions
17.0 km s-1
astro-ph/0610092 🔍 (source) phantom divide line w
-1.0
astro-ph/0610273 🔍 (source) median line width
6.5 km s-1
astro-ph/0610420 🔍 (source) linear size of the planetary nebula D _ { PN }
1.72 pc
astro-ph/0610824 🔍 (source) linewidths \sigma
125.0 km s-1
Upper
astro-ph/0611126 🔍 (source) non-linearity parameter f _ { NL }
1.0
astro-ph/0611547 🔍 (source) line of sight i
15.0
astro-ph/0611779 🔍 (source) maximum linear radius
1.52 ± 0.15 pc
astro-ph/0612409 🔍 (source) Fe ii line equivalent width
1.72 ± 0.25
astro-ph/0612409 🔍 (source) Fe ii line equivalent width
0.28 ± 0.21
astro-ph/0612409 🔍 (source) Fe ii line equivalent width
0.96 ± 0.21
Lower
astro-ph/0612723 🔍 (source) linear radius R _ { \star }
1.7 ± 0.1 R_\odot
astro-ph/0612723 🔍 (source) linear radius \sigma ( M _ { \star } )
0.15000000000000002 +0.04999999999999999-0.05000000000000002 M_\odot
astro-ph/0701120 🔍 (source) linear radius R
2.672 ± 0.028 R_\odot
astro-ph/0701140 🔍 (source) line-of-sight depth \sigma _ { los }
1.5 ± 0.2 kpc
astro-ph/0701275 🔍 (source) linear correlation coefficient
0.38
astro-ph/0702191 🔍 (source) CO line luminosity L \arcmin _ { CO }
690000000.0 K km pc2 s-1
astro-ph/0702307 🔍 (source) phase-averaged linear polarisation degree P _ { L }
9.4
astro-ph/0702523 🔍 (source) line-of-sight velocity dispersion \sigma _ { v }
433.0 +152.0-74.0 km s-1
astro-ph/0702566 🔍 (source) post–maximum decline \Delta { m _ { 15 } ( B ) } _ { true }
1.12
astro-ph/0702663 🔍 (source) Ca line equivalent width ( EW )
165.0 ± 4.0 m
0704.0603 🔍 (source) line-of-sight velocity \log \tau _ { 5 }
-0.4
0704.1636 🔍 (source) linear phase curves
0.1
0704.1636 🔍 (source) linear phase curves
0.18
0704.3722 🔍 (source) linear radius
0.779 ± 0.052
0705.0726 🔍 (source) rms intrinsic scatter of the decline-rate-corrected SN rise time
0.96 +0.52-0.25 day
0705.0726 🔍 (source) light-curve decline rate
18.81 ± 0.36 day
0705.1311 🔍 (source) ratio of the quadratic to linear biasing coefficients b _ { 2 } / b _ { 1 }
-0.4
Lower
0705.1311 🔍 (source) ratio of the quadratic to linear biasing coefficients b _ { 2 } / b _ { 1 }
-0.4
Lower
0705.1615 🔍 (source) non linear coupling parameter f _ { NL }
-300.0
Lower
0705.1615 🔍 (source) non linear coupling parameter f _ { NL }
-300.0
Lower
0705.1843 🔍 (source) linear effective bias parameter
3.0
0705.2381 🔍 (source) decline rates
0.17 ± 0.11
0705.2381 🔍 (source) decline rates
0.19 ± 0.1
0705.2772 🔍 (source) effective line-of-sight extent of the gas
10.1 kpc
0705.2772 🔍 (source) effective line-of-sight extent of the gas
3.4 (1.0)
0705.3181 🔍 (source) phantom divide line w
-1.0
0706.0938 🔍 (source) linear growth rate of perturbations z
0.15
0706.0987 🔍 (source) mean velocity of the UV lines
-16.0 ± 4.0 km s-1
0706.1828 🔍 (source) line-of-sight absorption N _ { H }
1e+22 ± 1e+22 cm-2
0707.2339 🔍 (source) line
0.72 ± 0.09 mJy
0707.2425 🔍 (source) narrow iron line width \sigma
22.0 eV
Upper
0707.2339 🔍 (source) line
610.0 ± 110.0 km s-1
0707.2443 🔍 (source) linear bias b
1.74 ± 0.16
0708.0010 🔍 (source) line-of-sight velocities
2.5 km s-1
0708.1045 🔍 (source) line ratio R _ { \mathrm { HCN } / \mathrm { HCO } + }
1.0
Upper
0708.2863 🔍 (source) mean line-width
0.38 km s-1
0708.3109 🔍 (source) projected linear separation
1.0
0708.3258 🔍 (source) line of sight velocity dispersion
580.0 ± 140.0 km s-1
0708.3377 🔍 (source) recombination-line velocity
76.1 ± 0.6 km s-1
0708.3377 🔍 (source) recombination-line velocity
82.7 ± 2.0 km s-1
0708.3377 🔍 (source) recombination-line velocities
89.6 ± 2.1 km s-1
0708.3377 🔍 (source) recombination-line velocities
103.0 ± 0.5 km s-1
0708.4321 🔍 (source) non-linear parameter of the curvature perturbation f _ { NL }
-5.0 c
0709.0523 🔍 (source) \cotracer linewidths { { \Delta } v
0.4 km
0709.1136 🔍 (source) decline rate of the radio emission steepens t ^ { + \beta } ) \beta
-0.7
0709.4030 🔍 (source) O vi absorber line frequency d N / dz
40.0 +14.0-8.0
0710.1634 🔍 (source) line width \log M _ { BH } / M _ { \odot }
8.44 ± 0.14
0710.4525 🔍 (source) HCN line luminosity L _ { HCN } ^ { \prime }
3300000000.0 K km pc2 s-1
Upper
0710.5273 🔍 (source) projected linear separation
12.3 AU
0710.5701 🔍 (source) value of decline t _ { 2 }
6.5 ± 1.0 day
0711.1904 🔍 (source) mean He II Ly \alpha line transmission \bar { F }
0.304 ± 0.002
0711.1999 🔍 (source) line width
4.3 km s-1
0711.2215 🔍 (source) emission line
52.594
0711.4822 🔍 (source) Galactic line-of-sight column density N _ { H }
5.7e+19 cm-2
0712.0680 🔍 (source) Pearson linear correlation coefficient
0.94
0712.2882 🔍 (source) Linear polarization
1.0 ± 0.2 %
0712.2882 🔍 (source) Linear polarization
0.7 ± 0.1
0801.2258 🔍 (source) line-of-sight velocity dispersion
250.0 km s-1
0801.2379 🔍 (source) fast decline t _ { 2 }
9.0 ± 0.5 day
0801.2534 🔍 (source) sightline [ { Z / H }
-1.7
Lower
0801.3729 🔍 (source) broad line region mass
0.35 +0.050000000000000044-0.04999999999999999 M_\odot
0801.4338 🔍 (source) iron line equivalent
3.7000000000000002e+22
0801.4338 🔍 (source) iron line equivalent N _ { H }
6.1e+23 cm-2
0802.0698 🔍 (source) line-of-sight distance
794.0 ± 40.0 kpc
0803.2473 🔍 (source) emission line star
215.0
0803.3731 🔍 (source) linear polarisation level
16.0
Upper
0804.1226 🔍 (source) line-of-sight velocity dispersion { \sigma _ { v }
1268.0 +93.0-84.0 km s-1
0804.1871 🔍 (source) line-of-sight velocities
56.0 km s-1
Upper
0804.4129 🔍 (source) apparent linear expansion rate for the dust shell
0.35 ± 0.03 m as day-1
0804.4439 🔍 (source) luminosity decline rate \Delta m _ { 15 } ( B )
1.17 ± 0.12 mag
0805.0596 🔍 (source) nonlinear fractional density contrast of the sphere 1 + \delta
1.76 ± 0.17
0805.2293 🔍 (source) { 13 } CO/ ^ { 12 } CO line ratio
0.1 J
0806.2217 🔍 (source) slope of this linear portion a
0.41 ± 0.01
0806.2969 🔍 (source) line–of–sight velocity dispersion of galaxies \sigma _ { V }
560.0 ± 140.0 km s-1
0807.1185 🔍 (source) line-of-sight velocity
220.0 km s-1
0807.1752 🔍 (source) linear scale heights
103.0 pc F W H
0807.2860 🔍 (source) line intensity ratio
1299999.9999999998 +100000.00000000009-99999.99999999987 K
0807.2899 🔍 (source) } CO line ratio
1.7
0807.3686 🔍 (source) line of sight \langle n _ { e } \rangle
0.018 ± 0.002 cm-3
0808.2193 🔍 (source) fast decline rate
0.042 mag day-1
0808.2742 🔍 (source) projected linear size of the radio structure H _ { 0 }
71.0 km s-1 Mpc-1
0808.2796 🔍 (source) apparent line variation
0.04
0809.0327 🔍 (source) line-of-sight velocity dispersion
3.9 ± 0.3 km s-1
0809.1066 🔍 (source) line-of-sight stellar velocity dispersion \sigma _ { \star }
43.0 ± 3.0 km s-1
0809.1426 🔍 (source) rate of incline { ( 1 + z ) } ^ { n } , n
5.0 ± 0.4
0809.1959 🔍 (source) linear slope \beta
0.05 ± 0.004
0809.2624 🔍 (source) linear separation
8700.0 AU
0809.2780 🔍 (source) integrated line flux
0.106 ± 0.012 Jy km s-1
0809.4177 🔍 (source) line ratio HCN
0.07
Lower
0809.4177 🔍 (source) line ratio HCN ( 1–0 ) / ^ { 12 } CO ( 1–0
0.12
0810.0635 🔍 (source) slow luminosity decline \gamma _ { R }
237.0
0810.1712 🔍 (source) mean line width
0.48 km s-1
0810.2424 🔍 (source) H \alpha emission line EW _ { obs }
85.0 ± 35.0
0810.3405 🔍 (source) integrated line flux
0.66 Jy
0811.0118 🔍 (source) line-of-sight velocity ( median error
2.1 km s-1
0811.1205 🔍 (source) luminosity decline rate \Delta m _ { 15 } ( B )
1.05 ± 0.03 mag
0811.1382 🔍 (source) frequency along quasar lines of sight { [ dN / dz ] } _ { QSO }
0.24
0811.2223 🔍 (source) non linearity parameter f _ { NL }
100.0
0811.3929 🔍 (source) decline rate
56.0 C
Upper
0812.0379 🔍 (source) HI line width ( W _ { 20 } /2
238.0 km s-1
0812.1580 🔍 (source) median line-of-sight velocity dispersion \sigma _ { LOS }
230.0 km s-1
0812.1756 🔍 (source) non-linear coupling parameter f _ { NL }
-94.0
Lower
0812.2975 🔍 (source) iron K \alpha emission line
6.39 ± 0.03 keV
0812.3409 🔍 (source) integrated line intensity
1.2 ± 0.2 Jy km s-1
0812.3409 🔍 (source) line width
410.0 ± 120.0 km s-1
0812.3409 🔍 (source) line intensity
1.0 ± 0.1 Jy km s-1
0812.3409 🔍 (source) line width
280.0 ± 50.0 km s-1
0901.0642 🔍 (source) /H \alpha emission line ratio
0.42
0901.1138 🔍 (source) total line-of-sight depth
2.0 +0.4-0.6 Mpc
0901.1385 🔍 (source) linearly polarized intensity
3.6
0901.3097 🔍 (source) total line-of-sight reddening E ( V - I )
0.07 ± 0.04 mag
0901.4627 🔍 (source) Ly \alpha line flux
1.47e-17 erg s-1 cm-2
0902.1125 🔍 (source) distribution of line-of-sight velocities on the surface \log \tau _ { 5 }
-1.0
0902.2131 🔍 (source) line-of-sight peculiar velocity v _ { r }
-140.0 ± 460.0 km s-1
0903.3583 🔍 (source) full-width-half-maximum velocity of the broad iron line v
0.37 c
Lower
0903.4002 🔍 (source) line-of-sight velocity \delta _ { p , tri }
10.0
Upper
0903.4698 🔍 (source) H beta line width
79000000.0 M_\odot
0904.0005 🔍 (source) linear polarisation
0.09 %
0904.0005 🔍 (source) linear polarisation
30.0 +10.0-6.0
0904.0196 🔍 (source) lithium line Li i \lambda
6707.8
0904.1007 🔍 (source) least-squares best-fit line Z ( z ) / Z _ { \odot }
0.46 ± 0.05
0904.3136 🔍 (source) decreases linearly
-0.047 ± 0.003 dex kpc-1
0904.4901 🔍 (source) mean HVC column density per sight line \langle \log { N } _ { SiIII } \rangle
13.42 ± 0.21
0905.0499 🔍 (source) linear source power spectrum \Delta ^ { 2 }
0.35 +0.15000000000000002-0.14999999999999997
0905.1041 🔍 (source) iron line EW
0.7
0905.1958 🔍 (source) line-of-sight velocity dispersion \beta
0.4
0905.4742 🔍 (source) line ratio
0.8
0906.0823 🔍 (source) SiO line width
15.0 km s-1
0906.1532 🔍 (source) line unit
2.66 +0.37-0.3
0906.3010 🔍 (source) fractional linear polarization
29.0
Lower
0906.3347 🔍 (source) absorber line density d N _ { C IV } / d X
4.1 +0.7-0.6
0906.3347 🔍 (source) absorber line density \log N ( C ^ { Tree(positive_expression, [LeafNumber('3')]) } )
4.1 +0.7-0.6
0906.4600 🔍 (source) line-of-sight velocity
42.0 km s-1
0907.0171 🔍 (source) narrow H i line widths v _ { FWHM }
1.8
Lower
0907.1057 🔍 (source) linear cloud size l
520.0 +240.0-190.0 pc
0907.1087 🔍 (source) } O line luminosities L _ { H _ { 2 } O }
7470.0 L_\odot
Upper
0907.1661 🔍 (source) HI column density sightline N _ { HI }
3.2e+19 cm-2
Upper
0907.2240 🔍 (source) line-of-sight extinction A _ { V }
2.0 mag
Lower
0907.3052 🔍 (source) nonlinearity parameter f _ { NL }
3.0
Upper
0907.4453 🔍 (source) normalization of the linear power spectrum \sigma _ { 8 }
0.9 ± 0.04
0907.4860 🔍 (source) linear growth \alpha
0.254 ± 0.153
0908.0537 🔍 (source) B -band decline-rate parameter \Delta m _ { 15 } ( B )
1.61 ± 0.02
0908.2059 🔍 (source) decline rate of the light curve \Delta m _ { 15 } ( B )
0.65 ± 0.03
0908.3893 🔍 (source) sight line of the QSO to a point source U _ { AB }
28.0
0909.0464 🔍 (source) broad-line AGNs
1.47 ± 0.03
0909.0707 🔍 (source) ^ { 13 } CO/C ^ { 18 } O line ratio the relative abundance of the two species ( \mathrm { [ ^ { 13 } CO ] / [ C ^ { 18 } O ] }
7.0
0909.1607 🔍 (source) absorption line
6.961 ± 0.002 keV
0909.5049 🔍 (source) longitude of the line of nodes \Omega _ { 1 }
48.0 ± 2.0
0910.0004 🔍 (source) linear biasing parameter
1.24 ± 0.11
0910.0004 🔍 (source) linear biasing parameter \hat { b }
0.4
0910.0492 🔍 (source) linear effective bias parameter
3.0
0910.1913 🔍 (source) decline rate \Delta m _ { 15 } ( B ) ( true )
1.33 ± 0.09 mag
0910.2244 🔍 (source) emission line fluxes F _ { Ly \alpha }
2e-17
Lower
0910.2986 🔍 (source) line luminosity L ( Pa \alpha )
2.05e+42 ± 3.3000000000000004e+41 erg s-1
0911.2004 🔍 (source) CO line luminosity L _ { CO } ^ { \prime }
3000000000.0 K km s-1 pc-2
0912.1067 🔍 (source) high-excitation line ratios T _ { eff }
39000.0 K
0912.1603 🔍 (source) line frequency { ( d N / dz ) } _ { BLA }
18.0 ± 11.0
1001.0356 🔍 (source) line
6.396 +0.009-0.007 keV
1001.0356 🔍 (source) line
7.08 ± 0.05 keV
1001.2204 🔍 (source) A ^ { 12 } CO line broadening
32.0 km s-1
1001.4836 🔍 (source) line flux upper
2.55e-09 +1.9500000000000005e-09-1.9499999999999997e-09 cm-2 s-1
1002.4991 🔍 (source) QSO H \beta emission line \sigma _ { * } ( M _ { BH } )
124.0 ± 47.0 km s-1
1003.2369 🔍 (source) line luminosity L _ { CO ( 3 - 2 ) } ^ { \prime }
25250000000.0 +12450000000.000002-12449999999.999998 K km pc2 s-1
1003.3214 🔍 (source) linear bias b
1.44 ± 0.22
1003.4622 🔍 (source) Balmer-line absorption troughs
5370.0 km s-1
1004.3771 🔍 (source) normalization of the linear power spectrum \sigma _ { 8 }
0.91 +0.07-0.08
1005.0840 🔍 (source) line-of-sight velocity
33.78 ± 0.18 km s-1
1005.2729 🔍 (source) H ^ { 37 } Cl J =1-0 integrated line-intensity ratio
35.0 C
1005.3498 🔍 (source) Gaussian emission line
6.4 +0.2-0.3 keV
1005.3755 🔍 (source) average line centroid
6.67 ± 0.02 keV
1005.4727 🔍 (source) H \alpha emission line galaxies
0.1125 ± 0.023500000000000007 M_\odot yr-1 Mpc-3
1005.5287 🔍 (source) iv line width
0.08 dex
1006.2458 🔍 (source) abundance baseline \alpha
-3.34 ± 0.08
1006.3552 🔍 (source) line strength
7.000000000000001e-05 M_\odot
1006.3691 🔍 (source) line-integrated brightness temperature ratio J
2.5 ± 0.5
1006.4564 🔍 (source) peak line strength integrated
17.8 mJy
1007.0905 🔍 (source) line-of-sight velocity
0.06 km s-1
1007.1420 🔍 (source) } J =1–0 line frequency \nu
835137.0 ± 3.0 MHz
1007.4410 🔍 (source) line opacity
0.62 ± 0.11
1007.4410 🔍 (source) line opacity
0.26 ± 0.05
1008.1578 🔍 (source) CII ] line luminosity L _ { [ CII ] }
16399999999.999998 ± 2600000000.0 L_\odot
1008.4089 🔍 (source) time baseline
240.0 day
1008.4126 🔍 (source) slow decline rate \Delta m _ { 15 } ( B )
0.95
1008.4842 🔍 (source) \alpha line luminosity L ( Ly \alpha )
9.2e+42 erg s-1
1009.0677 🔍 (source) non-linear parameter f _ { NL } ^ { equil }
4.62
1009.0749 🔍 (source) median line width ratio \sigma _ { 1 - 0 } / \sigma _ { 3 - 2 }
1.15 ± 0.06
1009.1455 🔍 (source) line-to-continuum flux ratio
0.2 +0.09999999999999998-0.1
1009.1896 🔍 (source) average line widths
341.0 ± 38.0 km s-1
1009.4857 🔍 (source) line-of-sight velocities
2.0 km s-1
1010.0191 🔍 (source) inclination angle of the system to the line
22.5 day
1010.0191 🔍 (source) inclination angle of the system to the line
17.0
1010.1563 🔍 (source) line-of-sight velocity dispersion
18.0 km s-1
1010.2754 🔍 (source) line S / N
7.0
Upper
1011.0750 🔍 (source) absorber line density G
1.0
1011.0991 🔍 (source) CO line emission
2.0
1011.1242 🔍 (source) fractional linear polarization
1.0
1011.1242 🔍 (source) fractional linear polarization
1.8
1011.1242 🔍 (source) fractional linear polarization
2.7 %
1011.1498 🔍 (source) non-linear mass
0.2
1012.0267 🔍 (source) short-baseline \sin ^ { 2 } 2 \vartheta _ { \mu \mu }
0.1
Lower
1012.0267 🔍 (source) short-baseline \bar { \nu } _ { \mu }
0.2
Lower
1012.1827 🔍 (source) flux of linear momentum
2.5e-07 M_\odot km yr-1 s-1
1012.2127 🔍 (source) heliocentric line-of-sight velocities V _ { los }
-200.0 km s-1
1012.2371 🔍 (source) CO line formation height varies z
425.0
Lower
1012.2471 🔍 (source) emission-line flux ratio ( [ O iii ]
57.21
1012.5791 🔍 (source) time baseline
25.0 yr
1101.2122 🔍 (source) HNC/HCN line ratios
0.5
Upper
1101.2447 🔍 (source) line–of–sight velocity dispersion \sigma _ { v }
1000.0 km s-1
1101.4226 🔍 (source) crystalline dust content
1.5 ± 0.5 AU
Upper
1101.4226 🔍 (source) crystalline dust content
10.0 AU
Upper
1101.4399 🔍 (source) line-of-sight number density \ell ( X )
0.25 +0.21-0.13
1101.5624 🔍 (source) CO line luminosities L _ { CO } ^ { \prime }
10825000000.0 +10175000000.0-10174999999.999998 K km pc2 s-1
1102.2235 🔍 (source) linear extent
1.4 Mpc
1102.3264 🔍 (source) maximum baseline length
12.0
1102.3918 🔍 (source) linear polarization of the \lya emission P _ { Ly \alpha }
2.6 ± 2.8 %
1102.5330 🔍 (source) total time baseline
2.0 yr s
1103.0660 🔍 (source) Narrow-Line Regions n _ { H }
0.32
Lower
1103.0660 🔍 (source) Narrow-Line Regions r _ { FHIL }
0.32
Lower
1103.1927 🔍 (source) narrow Fe K \alpha line width
2.6 +0.9-0.4
1103.2350 🔍 (source) peak line brightness
100.25 ± 99.75 K km pc2 s-1
1103.2350 🔍 (source) integrated line luminosity
1.35 +1.15-1.1500000000000001
1104.2276 🔍 (source) intrinsic luminosity of the He ii \lambda 4686 emission line L
310.0 L_\odot
1104.3608 🔍 (source) emission-line fluxes
7.5e-17 ± 2.5e-17 erg s-1 cm-2
1104.4122 🔍 (source) linear relation \sigma _ { H _ { 2 } }
-0.2
1104.4116 🔍 (source) CO line luminosities L _ { CO ( 1 - 0 ) } ^ { \prime }
4.17 ± 0.41
1104.4348 🔍 (source) line brightness temperature ratios r _ { 31
0.37 ± 0.1
1104.4348 🔍 (source) line brightness temperature ratios
0.39 ± 0.09
1104.4498 🔍 (source) crystalline substructure
16.1
1104.4498 🔍 (source) crystalline substructure
18.8
1104.4498 🔍 (source) crystalline substructure
23.6
1104.4498 🔍 (source) crystalline mass fractions
0.17
1104.5244 🔍 (source) linear bias parameter b
0.16
Lower
1104.5551 🔍 (source) linear separation
4.4 Mpc
1105.0944 🔍 (source) best-fit linear phase function parameters m ( 1 , 1 , 0 )
15.35 ± 0.05 mag
1105.1677 🔍 (source) Line Region
0.0025299999999999997 +0.00035-0.0015500000000000002
1105.4373 🔍 (source) linear polarisation fraction P _ { L } ^ { avg }
0.47
1106.0044 🔍 (source) position angle of the kinematic line of nodes \theta
142.0 ± 5.0
1106.0746 🔍 (source) line-of-sight velocity separation
350.0 km s-1
1106.0745 🔍 (source) rotation declines dramatically v / \sigma
0.7
1106.3968 🔍 (source) decline-rate parameter \Delta m _ { 15 } ( B )
0.68 ± 0.05 mag
1106.4818 🔍 (source) line fluxes
44.3 ± 0.7 W m-2
1106.4818 🔍 (source) line fluxes
39.9 ± 0.8 W m-2
1107.4598 🔍 (source) cross the phantom line w _ { D }
-1.0
1107.1673 🔍 (source) line-of sight
88.0 ± 6.0 day
1107.4011 🔍 (source) H \alpha emission line nebula L _ { H \alpha }
2.2000000000000004e+40 erg s-1
1107.4177 🔍 (source) line width
1.5 ± 0.5 km s-1
1108.0769 🔍 (source) line of sight
21.1 ± 10.1 day
1108.1911 🔍 (source) linear polarization
2.0
1108.2757 🔍 (source) optical forbidden lines [ N ii ] \lambda~ {
6583.0
1108.3088 🔍 (source) lines
62.0 ± 9.0
1108.3088 🔍 (source) lines
0.18
Upper
1108.4924 🔍 (source) line-force parameter \alpha
0.6
Lower
1109.3157 🔍 (source) inclination angle of the rotation axis to our line-of-sight
70.0 ± 10.0
1109.4651 🔍 (source) relativistically broad Fe K \alpha line EW
26.0 eV
Upper
1109.4647 🔍 (source) K \alpha line intensity of the warm-hot intergalactic medium
1.5
1110.0507 🔍 (source) Paschen line
8598.0
1110.1765 🔍 (source) integrated Galactic H I line emission N _ { HI }
5e+18 cm-2
1110.4679 🔍 (source) line-of-sight average magnetic field B _ { \parallel }
36.0 ± 6.0
1110.5648 🔍 (source) broad-line AGNs log ( M _ { DMH } / [ h ^ { -1 } M _ { \odot } ] )
12.9 ± 0.5
1110.5708 🔍 (source) disk emission line shift
200.0 km s-1
1110.6179 🔍 (source) H \beta \lambda 4861 broad emission line
13.9 ± 0.9 day
1111.2630 🔍 (source) line-of-sight extinction A _ { V }
45.0
1111.4961 🔍 (source) intensity of the line-of-sight component of the magnetic
1.2
1112.0035 🔍 (source) H \alpha line
56.0 N
1112.3648 🔍 (source) absorption line
6.91 ± 0.01 keV
1112.3648 🔍 (source) absorption line
9300.0 +500.0-400.0 km s-1
1112.3656 🔍 (source) restframe line width of the extended component
21.0 ± 7.0
1112.3656 🔍 (source) restframe line width of the extended component
52.0 ± 4.0
1112.5007 🔍 (source) time baseline
57.0 yr A
1112.5723 🔍 (source) linear angular power spectrum \Omega _ { m }
0.31 +0.18-0.11
1201.1487 🔍 (source) line width
110.0 km s-1
1201.2941 🔍 (source) para-H _ { 2 } ^ { 35 } Cl ^ { + } line strengths H _ { 2 }
1.0
Lower
1202.0087 🔍 (source) line flux
1.8000000000000003e-17 erg s-1 cm-2
1202.3554 🔍 (source) secular decline
0.2 +0.12-0.09 W m-2
1202.5301 🔍 (source) fast decline \Delta m _ { 15 } ( B )
1.69 ± 0.05 mag
1203.2084 🔍 (source) H \beta emission line flux variations
21.1 ± 1.9 day
1203.5844 🔍 (source) line luminosity
1200000000.0 ± 200000000.0 L_\odot
1203.6682 🔍 (source) linear radii R
33.6 ± 2.2 R_\odot
1204.0041 🔍 (source) line
192.8
1204.1862 🔍 (source) broad emission line region L
47.0 erg
Upper
1204.3234 🔍 (source) \alpha line flux F _ { Ly \alpha }
6.900000000000001e-18 erg s-1 cm-2
1204.3234 🔍 (source) line flux F _ { Ly \alpha }
4.4000000000000005e-18 erg s-1 cm-2
Upper
1204.3897 🔍 (source) CO J =2-1 line luminosities
6080000000.0
Upper
1204.3897 🔍 (source) CO J =2-1 line luminosities L _ { CO } ^ { \prime }
6630000000.0 K km pc2 s-1
Upper
1204.3897 🔍 (source) CO line luminosity L _ { CO } ^ { \prime }
19400000000.0 ± 3500000000.0 K km pc2 s-1
1204.5475 🔍 (source) post-break decline rates \alpha _ { X , 1 }
-0.78
1205.0052 🔍 (source) line-of-sight proper velocity v _ { z }
3600.0 +3440.0-2160.0 km s-1
1205.1526 🔍 (source) line ratio
0.05 ± 0.01
1205.3779 🔍 (source) 3 \sigma line flux
8e-18 erg cm-2 s-1
1205.4872 🔍 (source) decline rate by two magnitude
6.2 ± 0.3 day
1205.4872 🔍 (source) decline rate by two magnitude
14.3 ± 0.7 day
1205.6669 🔍 (source) linear decay rate
0.94 Mm2 hr-1
1206.2167 🔍 (source) projected linear separation
2.6 kpc
1206.2762 🔍 (source) { 12 } CO line intensity ratio R _ { I _ { CO ( 3 - 2 ) } / I _ { CO ( 2 - 1 ) } }
1.14
1206.2762 🔍 (source) { 12 } CO line intensity ratio
0.7
Lower
1207.1573 🔍 (source) magnitudes of line-of-sight extinction EW ( 5780 )
0.61
1207.2042 🔍 (source) broad line region size r _ { s }
24.0 +22.0-15.0
1208.1150 🔍 (source) average line energy
6.32 ± 0.04 keV
1208.1527 🔍 (source) linear expansion \beta
2.0
1208.4003 🔍 (source) H \alpha line [ O i ] 6300
6427.0
1208.4848 🔍 (source) thermal linewidth
2000000000000000.0 cm-2
1208.5866 🔍 (source) Scoreproducessomeofthestructuresthatwereobservedinthecircumstellarabsorptionlinesinthespectrumof
2e-06 ± 5e-07 M_\odot Th yr-1
1209.0217 🔍 (source) linear radiuses
0.6759 ± 0.0062 m as
1209.0217 🔍 (source) linear radiuses
1.01 ± 0.009 R_\odot
1209.0983 🔍 (source) line-of-sight velocity s
14.0 km
Upper
1209.2092 🔍 (source) FWHM linewidth
0.497 km s-1
1209.2420 🔍 (source) linear proportion \alpha _ { s }
1.0
1210.1154 🔍 (source) emission-line redshift z _ { e }
2.5125
1210.1573 🔍 (source) fast decline t _ { 2 }
3.5 ± 0.3 day
1210.1954 🔍 (source) \sigma line-of-sight depth \sigma _ { int }
5.3 ± 0.4 kpc
1210.2781 🔍 (source) linear polarisation
10.0 ± 1.0
1210.6040 🔍 (source) linear distance
7.24 ± 0.03 ± 0.4 Mpc
1210.6434 🔍 (source) width of the forbidden red emission line Fe x
6374.0
1211.3452 🔍 (source) spectral line profile
187.0 ± 46.0 km s-1
1211.3452 🔍 (source) effective spectral line velocity width
418.0 ± 20.0 km s-1
1211.3453 🔍 (source) inclination of the axis to the line of sight i
15.0 ± 5.0 day
1211.3554 🔍 (source) linear size
3.0 pc
1211.6722 🔍 (source) line ratio [ O i ] / [ C ii ]
7.2
Upper
1212.1622 🔍 (source) -ray line emission E _ { \gamma }
5.05 ± 4.95 MeV
1212.2662 🔍 (source) ice line temperature T _ { Ice }
160.0 ± 10.0 K
1212.4526 🔍 (source) quasar linear bias b _ { Q }
1.38 ± 0.1
1301.0631 🔍 (source) average line ratio r _ { 31 }
0.46 ± 0.07
1301.5839 🔍 (source) effective fraction of absorbing dust along the line of sight f _ { d }
0.3
1301.6761 🔍 (source) line flux ratio He i 5875 / H \alpha
0.81 ± 0.04
1301.6966 🔍 (source) line broadening
278.7 km s-1
1302.0738 🔍 (source) line-of-sight density of the warm molecular gas n _ { CO }
2035.0 ± 1965.0 cm-3
1302.1905 🔍 (source) mean time baseline
6.35 yr s
1302.4202 🔍 (source) linear scale length
25.0
1302.5014 🔍 (source) linear stellar radii R _ { a }
2.85 ± 0.15 R_\odot
1302.5435 🔍 (source) line flux ratio
0.03
1303.1978 🔍 (source) line-of-sight
3.4 pc
1303.5170 🔍 (source) linear relation N _ { H } ( 10 ^ { 20 } cm ^ { -2 } )
0.3 +0.13-0.09
1303.5191 🔍 (source) nonlinearity parameter of the local-type non-Gaussianity f _ { NL }
10.0
1303.6281 🔍 (source) average line-of-sight metal-filling fraction c _ { L }
0.1
1304.3414 🔍 (source) line-of-sight velocity dispersions \sigma _ { los }
42.5 ± 32.5 km s-1
1305.2873 🔍 (source) slope of the linear relation
2.6 ± 0.2
1305.2873 🔍 (source) linear equation x
2.3 ± 0.1
1305.2873 🔍 (source) slope of the linear relation
0.3
1305.6383 🔍 (source) linear mass density M _ { l }
600.0 M_\odot pc-1
1305.6469 🔍 (source) CO line luminosity L ^ { \prime } ( CO )
894999999.9999999 ± 79000000.0 K km pc2 s-1
Lower
1306.0042 🔍 (source) line width
26.0 km s-1
1306.3387 🔍 (source) decline
2.9 ± 0.5 (stat) ± 1.0 (sys)
1306.3387 🔍 (source) A temperature decline
2.25 ± 1.25 %
1306.4272 🔍 (source) line-of-sight
68.0 ± 10.0
1306.6314 🔍 (source) averaged linear polarization degree v sin i
45.0 ± 15.0 km s-1
1307.0854 🔍 (source) broad line region
1.6 pc
1307.1133 🔍 (source) H _ { 2 } O line contrast ratio
0.0013000000000000002 ± 0.0002
1307.1706 🔍 (source) linear bias b
1.61 ± 0.22
1307.1595 🔍 (source) line-of-sight velocity dispersion \sigma _ { V }
1000.0 km s-1
1307.6585 🔍 (source) median linear radius
360.0 ± 100.0 R_\odot
1307.7061 🔍 (source) linear distance r _ { A - B }
0.013999999999999999 pc
1308.0593 🔍 (source) angle of the bar-bulge to the line-of-sight
27.0 ± 2.0
1308.4096 🔍 (source) linear size of the observed radio structure
26.3 kpc
1308.4149 🔍 (source) line width
3.3 km s-1
1308.6298 🔍 (source) linear density rate
30.0 M_\odot Myr-1 pc-1
1309.1144 🔍 (source) { 12 } CO/ ^ { 13 } CO line ratio
25.0
Lower
1309.1144 🔍 (source) line ratio
0.6
1309.1477 🔍 (source) transverse sightline separations \langle d _ { \perp } \rangle
3.6
Lower
1309.4013 🔍 (source) decline rate of the radio emission
2.2
1309.4423 🔍 (source) linear radius R
2.32 ± 0.09 R_\odot
1309.4272 🔍 (source) linear relation
-48.0
1309.4272 🔍 (source) linear relation \Omega _ { b } / \Omega _ { 0 }
0.02
1309.4788 🔍 (source) emission line
-4.5 Myr
1309.4788 🔍 (source) emission line
2.0
1309.5949 🔍 (source) linear correlation factor
0.0086
1310.1399 🔍 (source) intensity of the absorption line EW
162.0 keV
Upper
1310.4824 🔍 (source) line-of-sight depth
23.0 kpc
1311.1054 🔍 (source) line ratio
50.0
1311.5969 🔍 (source) decline rate
25.0 ± 15.0 %
1312.3680 🔍 (source) line-of-sight velocity
3200.0 km s-1
1312.3680 🔍 (source) best-fit line-of-sight velocity v _ { z }
3450.0 ± 900.0 km s-1
1312.6106 🔍 (source) linear density G \mu / c ^ { 2 }
7.36e-07
Upper
1312.7181 🔍 (source) linear L _ { th }
0.84
1401.2564 🔍 (source) bilinear R -parity breaking
8e-13
Upper
1401.2719 🔍 (source) linear diameters
-12.5
Lower
1401.3228 🔍 (source) line luminosity
1056000000.0 L_\odot
1401.4678 🔍 (source) line-of-sight
87.0 ± 11.0 day
1401.5160 🔍 (source) decline rate of the light curve \Delta m _ { 15 } ( B )
1.39 ± 0.05 mag
1401.4962 🔍 (source) width of radio recombination line
43.2
1401.4962 🔍 (source) width of radio recombination line
-1.0
1402.6714 🔍 (source) line-of-sight velocity dispersion \langle \sigma _ { cmp } \rangle
225.0 ± 25.0 km s-1
1403.0398 🔍 (source) post-maximum decline rate \Delta m _ { 15 } ( B )
0.85 ± 0.05 mag
1403.1400 🔍 (source) linear size
1.4 Mpc
1403.6071 🔍 (source) line width
140.0 km s-1
1403.6071 🔍 (source) line width
190.0 km s-1
1403.6056 🔍 (source) mass-loss rate declined
-9.0
1403.6056 🔍 (source) mass-loss rate declined \log ( \dot { M } / M _ { \odot } yr ^ { -1 }
-11.6
Upper
1403.6603 🔍 (source) temperature in the forbidden lines region \log N _ { e }
4.5 ± 0.5
1404.1930 🔍 (source) line ratio I _ { H \alpha } ^ { c }
1.0
1404.3189 🔍 (source) maximum linear radius R
123.0 ± 14.0 R_\odot
1404.4434 🔍 (source) intensity of spectral lines Fe xxvi
1.51
1404.4434 🔍 (source) intensity of spectral lines Fe xxvi
1.78
1404.6094 🔍 (source) Ba vii line
993.41
1404.7393 🔍 (source) line brightness temperature ratios R _ { 21 }
0.7 ± 0.16
1404.7575 🔍 (source) jet efficiency line R
25.0
1405.3332 🔍 (source) line fluxes
0.62 ± 0.13
1405.3994 🔍 (source) linear theory bias
2.17 ± 0.2
1405.3970 🔍 (source) decline parameter \Delta m _ { 15 }
1.11 ± 0.02 mag
1405.3994 🔍 (source) linear theory bias
1.7
1405.4707 🔍 (source) line-of-sight ( LOS ) velocity dispersion \sigma _ { V }
1500.0 km s-1
1405.5286 🔍 (source) linear size
0.03 pc
1405.6198 🔍 (source) line flux
1e-16
Lower
1405.7180 🔍 (source) line broadening
35.0
Lower
1405.7933 🔍 (source) intrinsic linewidth
18.0 K
1406.3052 🔍 (source) line-of-sight filling fraction
0.6 +0.14-0.13999999999999996
1406.6139 🔍 (source) decline rate \Delta { m _ { 15 } ( B ) } _ { true }
0.92 ± 0.04 mag
1406.7052 🔍 (source) emission line widths
100.0 ± 30.0 km s-1
1407.1028 🔍 (source) iron K \alpha line
6.426 ± 0.008 keV
1407.2045 🔍 (source) line direction
-2.4 km
1407.2246 🔍 (source) linear distance
10.19 ± 0.14 ± 0.56 Mpc
1407.2944 🔍 (source) line
0.11
1407.3235 🔍 (source) linewidth
5.5 km s-1
1407.4458 🔍 (source) line-of-sight velocity V _ { GSR }
50.0 km s-1
1407.4611 🔍 (source) scale height linearly
550.0 pc
1407.4611 🔍 (source) scale height linearly log ( age / yr )
3.5 Gyr
1407.4801 🔍 (source) linear size
1.1 Mpc
1408.6620 🔍 (source) linear size
0.036 pc
1409.2417 🔍 (source) fractional linear polarization p
2.1 ± 1.6
1409.3376 🔍 (source) line-of-sight velocity \sigma _ { B }
35.0
Upper
1409.8304 🔍 (source) effective logarithmic extinction of the H \beta emission line c _ { H \beta }
0.5
1410.0135 🔍 (source) broad iron line
6.65 ± 0.25 keV
1410.2893 🔍 (source) line-of-sight velocity difference
69.0 ± 190.0 km s-1
1410.3000 🔍 (source) radial velocity linear trend \dot { \gamma }
0.44 ± 0.04 m s-1 day-1
1410.6171 🔍 (source) line
6.7 keV
1410.7134 🔍 (source) baseline
543.0 ± 7.0 m
1411.0050 🔍 (source) emission line
3.59 ± 0.02 keV
1410.8731 🔍 (source) \gamma -line
50.0
Lower
1411.0709 🔍 (source) line ratios f }
0.52 ± 0.02
Lower
1411.0776 🔍 (source) linear velocity gradient
1.0 ± 0.1 km day s-1
1411.4632 🔍 (source) narrow-line component CO / HCN
40.0 ± 5.0
1411.4745 🔍 (source) narrow absorption line
5.46 ± 0.1 keV
1411.5688 🔍 (source) large-scale linear galaxy bias b _ { L } ^ { HOD }
2.82 ± 0.27
1411.5638 🔍 (source) stellar linear radii
0.805 ± 0.016
1411.5638 🔍 (source) stellar linear radii R _ { \ast }
1.203 ± 0.061 R_\odot
1412.2757 🔍 (source) integrated line flux
0.16 Jy km s-1
1412.6117 🔍 (source) peak-to-peak modulation in degree of linear polarization \Delta P
0.000294 ± 3.5e-05 (ppm)
1501.00790 🔍 (source) emission line
5.44 ± 0.05 keV
1501.01638 🔍 (source) Balmer line ratio H \alpha / H \beta
7.5 ± 4.4
1501.02751 🔍 (source) line-of-sight speeds
52.0
Lower
1501.05694 🔍 (source) { 17 } O isotopic line ratio
350.0
Lower
1501.05439 🔍 (source) line
1.6 km s-1
1501.06205 🔍 (source) non-linear transverse motions perpendicular to
-31.0 km s-1
1501.07289 🔍 (source) H _ { 2 } /Br \gamma line ratio
2.3 +1.7000000000000002-1.6999999999999997
1502.06771 🔍 (source) broad-line H \alpha velocity width
1020.0 km s-1
1503.00837 🔍 (source) linear radius
7.4e+16 ± 3000000000000000.0 cm
1503.07164 🔍 (source) line-of-sight velocity dispersion \sigma _ { LOS } ^ { gas }
127.0 ± 32.0 km s-1
1503.09037 🔍 (source) column density line N ( H _ { 2 } )
1e+22 cm-2
1504.00262 🔍 (source) linewidth
1.3 km s-1
1504.01401 🔍 (source) angle to the line-of-sight
30.5 ± 2.5
1504.01734 🔍 (source) line width
386.0 ± 30.0 km s-1
1504.02270 🔍 (source) average linear decay D
-0.022 ± 0.002
1504.02889 🔍 (source) line-of-sight integral of the dark matter density squared \log _ { 10 } ( J )
18.8 ± 0.6 GeV2 cm-5
1504.03697 🔍 (source) line-of-sight velocity v _ { p , los } ^ { obs }
-30.0 ± 30.0 km s-1
1504.03697 🔍 (source) line-of-sight velocity v _ { p , los }
-51.0 +17.0-14.0 km s-1
1504.05604 🔍 (source) SFRs decline exponentially on quenching time-scales
1.73 ± 0.25 Gyr
1504.07723 🔍 (source) narrow-line map the exponent
-1.9 ± 0.1
1505.01593 🔍 (source) rate of decline of the light curve ( \Delta m _ { 15 } ( B )
1.6 ± 0.1 mag
1505.02623 🔍 (source) line strength
0.8 Jy km s-1
1506.01547 🔍 (source) line-of-sight velocity difference v _ { \perp }
1880.0 ± 210.0 km s-1
1506.03089 🔍 (source) linear distance
21.58 ± 0.5 ± 1.19 Mpc
1506.03089 🔍 (source) linear distance
22.49 ± 0.41 ± 1.24 Mpc
1506.08034 🔍 (source) line width
0.54 km s-1
1506.08494 🔍 (source) degree of linear polarization P
1.0 ± 3.4 %
1506.09002 🔍 (source) width of the line EW
230.0 eV
1507.01945 🔍 (source) line-of-sight velocity dispersion \sigma
17.0 km s-1
1507.03742 🔍 (source) line mass
26.0 ± 5.0 M_\odot pc-1
1507.04675 🔍 (source) linear isospin splitting coefficient \Delta m _ { 1 } ^ { * } ( \rho _ { 0 } )
0.33 ± 0.16
1507.04675 🔍 (source) linear isospin splitting coefficient \Delta m _ { 1 } ^ { * } ( \rho _ { 0 } )
0.27 ± 0.15
1507.07234 🔍 (source) line-of-sight velocity dispersion
1004.0 km s-1
1507.07480 🔍 (source) snowline
55.0 AU
1508.00030 🔍 (source) total projected linear size
1.2 Mpc
1508.00288 🔍 (source) silicate crystalline mass fraction
0.2 +0.3-0.1
1508.01679 🔍 (source) linear relation \sigma {
0.3 dex
1508.03801 🔍 (source) line opacity
13.0
Upper
1508.04982 🔍 (source) linear scale
66.0 kpc
1508.04926 🔍 (source) linear polarization
-2.0
1508.06323 🔍 (source) /H \alpha emission-line ratios
0.93 ± 0.01
1508.06323 🔍 (source) /H \alpha emission-line ratios
0.66 ± 0.02
1508.06409 🔍 (source) line-of-sight velocity dispersion \beta
-0.24
1508.07685 🔍 (source) line-of-sight column density
9.02e+23 +1.2e+22-1.3e+22 cm-2
1509.02950 🔍 (source) ICM line of sight peculiar velocity v _ { pec }
-1040.0 +870.0-840.0 km s-1
1509.04277 🔍 (source) line ratio L _ { HeII 4686 } / L _ { H \alpha }
5.0
Lower
1509.05431 🔍 (source) decline indices
-1.71 ± 0.02
1509.05431 🔍 (source) decline indices
-3.36 ± 0.14
1509.05626 🔍 (source) baseline Tycho 2
100.0 yr
1509.07147 🔍 (source) median linear major axis FWHM
4.2 ± 0.9 kpc
1510.00015 🔍 (source) linear ephemeris BJD _ { TDB }
2456193.29157 ± 0.00021
1510.01414 🔍 (source) temporal baseline
4.2 yr
1510.02106 🔍 (source) emission line fluxes
1.5e-17 erg s-1 cm-2
1510.03474 🔍 (source) linearly polarized strain amplitude h _ { 0 }
6.3e-25
1510.04816 🔍 (source) line-of-sight velocity dispersion M _ { dyn }
16000000000000.0 ± 3000000000000.0 M_\odot
1510.05122 🔍 (source) linear polarization degrees P _ { max }
30.8
Upper
1510.06234 🔍 (source) X-ray line
5.44 ± 0.05 keV
1510.06351 🔍 (source) linear size of the system
2.3 pc
1511.01243 🔍 (source) linear mass ratio
80.0 M_\odot pc-1
1511.02522 🔍 (source) line-of-sight velocity \Delta V _ { rf }
-1700.0 km s-1
1511.08330 🔍 (source) projected linear distances
324.0 kpc
1511.09424 🔍 (source) keV line
9.199999999999999e+39
1511.09424 🔍 (source) keV line
1.6e+39 ph
1512.00246 🔍 (source) \sigma emission-line surface brightness
1e-19 erg s-1 cm-2
1512.00325 🔍 (source) keV line intensity amounts
0.0027400000000000002 ± 0.00025 ph cm-2 s-1
1512.00325 🔍 (source) keV line intensity
0.00096 ± 7.000000000000001e-05 ph cm-2 s-1
1512.00325 🔍 (source) line intensity
0.00166 ± 0.00035 ph cm-2 s-1
1512.01050 🔍 (source) line-of-sight length L _ { temp }
20.0 kpc
Upper
1512.01350 🔍 (source) gradual decline of the mass-loss rate
1.6000000000000003e-05 M_\odot yr-1
1512.03995 🔍 (source) post-maximum decline rate \Delta m _ { 15 } ( B )
0.92 ± 0.03 mag
1512.09291 🔍 (source) broad-line H \alpha / H \beta ratio
2.72 ± 0.04
1601.00805 🔍 (source) decline rate parameter \Delta m _ { 15 } ( B )
1.08 ± 0.03
1601.01353 🔍 (source) degree of linear polarization p _ { \text { CL } 99.73 \% }
2.4
Upper
1601.02701 🔍 (source) degree of linear polarisation
17.01 ± 0.09
1601.02701 🔍 (source) degree of linear polarisation
18.81 ± 0.02 %
1601.05425 🔍 (source) line dispersion
0.104
1601.05425 🔍 (source) line dispersion \sigma _ { l }
0.12
1602.01008 🔍 (source) sightline \delta _ { b }
550.0 ± 450.0
1602.01008 🔍 (source) sightline L
5.5 ± 4.5 Mpc
1602.01784 🔍 (source) linear growth rate of structure f / b
0.417 ± 0.089
1602.04596 🔍 (source) linearly polarized flux density of the pulsar amounts
2.3 ± 0.31 mJy
1602.04596 🔍 (source) linearly polarized flux density of the pulsar amounts
1.5 ± 0.2 mJy
1602.05262 🔍 (source) line ratio
0.71 ± 0.04
1602.06671 🔍 (source) linear mass density
1600.0 M_\odot pc-1
1603.00042 🔍 (source) orbital period of this post snow-line planet
1071.2323 ± 0.0006 day
1603.00947 🔍 (source) iron emission line E _ { rest }
6.62 ± 0.04 keV
1603.07084 🔍 (source) post-maximum decline-rate \Delta m _ { 15 } ( B )
1.76 ± 0.15 mag
1603.08520 🔍 (source) CO snowline
20.0 ± 3.0
1604.01096 🔍 (source) radial projected linear distance
62.0 pc
1604.01987 🔍 (source) linear size
2.0 pc
1604.03624 🔍 (source) linewidth
1.36 km s-1
1604.03624 🔍 (source) linewidth
0.3 km s-1
1604.03945 🔍 (source) best-fit linear
-76.0 ± 26.0 km s-1
1604.07433 🔍 (source) line-of-sight field strength
-687.0 ± 420.0
1605.00653 🔍 (source) linear polarisation
1.09 ± 0.27
1605.00653 🔍 (source) linear polarisation
0.9 ± 0.17
1605.01058 🔍 (source) line-of-sight velocity dispersion v / \sigma
5.0 ± 2.0
1605.06519 🔍 (source) Lyman- \alpha  line flux
1.06e-17 ± 1.9000000000000003e-18 erg s-1 cm-2
1605.08041 🔍 (source) line-of-sight column density N _ { H }
3e+24 cm-2
1605.09495 🔍 (source) linear diameter
0.65 +0.45000000000000007-0.45 pc
1606.00528 🔍 (source) H \alpha emission-line integrated velocity dispersions \sigma _ { int }
140.0 ± 90.0 km s-1
1606.05649 🔍 (source) line-of-sight column N _ { H }
5.0000000000000006e+23 cm-2
1607.03915 🔍 (source) median stellar mass of these LINERs
65000000000.0 ± 5000000000.0 M_\odot
1607.04351 🔍 (source) linear radii R ( A )
0.165 ± 0.006 R_\odot
1607.06322 🔍 (source) baseline time-scale
2.4 yr
1607.06452 🔍 (source) linear mass density
4339.5 ± 4285.5 M_\odot pc-1
1607.08060 🔍 (source) H \beta line dispersion
3124.0 ± 302.0 km s-1
1607.08060 🔍 (source) broad-line region f _ { BLR }
6.3 ± 1.5
1608.01229 🔍 (source) H \beta emission line \tau
5.3 ± 1.8 day
1608.01316 🔍 (source) decline rate
2.7 yr
1608.01569 🔍 (source) pre-flare baseline flux
3.8999999999999995e-11 ph cm-2 s-1
1608.01930 🔍 (source) exponential decline time scale
96.0 ± 3.0 day
1609.01992 🔍 (source) linear source size
1.4 kpc
1609.03271 🔍 (source) CO line width
107.0 ± 20.0 km s-1
1609.04465 🔍 (source) decline rate \Delta m _ { 15 } ( B )
1.35 ± 0.03 mag
1609.04423 🔍 (source) broad line flux
4.75 ± 0.5
1609.05897 🔍 (source) \sigma line flux
4e-17 erg s-1 cm-2
1609.06487 🔍 (source) broad emission line
64.0 +52.0-15.0 km
1609.09501 🔍 (source) linear size of the source
0.5 kpc
1610.01498 🔍 (source) sSFR of the entire cluster population declines
0.48 ± 0.06 Gyr-1
Lower
1610.01498 🔍 (source) sSFR of the entire cluster population declines
0.043 ± 0.009 Gyr-1
Upper
1610.05548 🔍 (source) line
61.0 K
1610.05548 🔍 (source) line
46.0 ± 9.0 K A
1610.06185 🔍 (source) linear radii R _ { A }
1.2234 ± 0.0053 R_\odot (0.43 \%)
1610.07653 🔍 (source) fractional linear polarization
0.6
Upper
1610.07783 🔍 (source) projected linear size
700.0 kpc
1611.00006 🔍 (source) luminosity of the line L _ { Br \alpha }
3.3
1611.05516 🔍 (source) line-of-sight peculiar velocities
-66.0 km s-1
1611.07046 🔍 (source) linear growth rate f \sigma _ { 8 }
0.296 +0.075-0.078
1611.08446 🔍 (source) line-of-sight velocities v _ { los } ( r _ { h } )
16.0 ± 3.0 km s-1
1611.09712 🔍 (source) baseline energy resolution \sigma _ { E }
91.0 eV
1612.00447 🔍 (source) /H \alpha emission line ratio \Delta log ( O/H ) / \Delta R=
-0.026 ± 0.008 dex kpc-1
1612.06398 🔍 (source) line-of-sight velocity dispersion \sigma _ { v _ { los } }
2.7 ± 0.3 km s-1
1612.09307 🔍 (source) warm lines peak
-14.0 km s-1
1701.00043 🔍 (source) [ Nii ] 205 \mu m emission line ratio L _ { [ Cii ] } / L _ { [ Nii ] }
55.0
Lower
1701.01604 🔍 (source) line ratios
150000.0 ± 40000.0 cm-3
1701.01604 🔍 (source) line ratios
35.0
Lower
1701.01604 🔍 (source) line ratios
63.0 K
1701.01604 🔍 (source) line ratios
47.0 ± 5.0 K
1701.01604 🔍 (source) line ratios
165000.0 ± 125000.0 cm-3
1701.03112 🔍 (source) average strengths of these lines relative to the far-IR continuum
0.00027 ± 0.0001
1701.03032 🔍 (source) baseline length
15.0 km
1701.03112 🔍 (source) average strengths of these lines relative to the far-IR continuum
0.00035999999999999997 ± 0.00012
1701.03112 🔍 (source) average strengths of these lines relative to the far-IR continuum
0.00084 ± 0.00017
1701.04116 🔍 (source) optical emission-line spectroscopic period
98.413 ± 0.004 min
1701.05283 🔍 (source) linear size
5.0 kpc
1701.05690 🔍 (source) linear growth factor \alpha
1.125 ± 0.125
1701.07932 🔍 (source) line intensity
8.8e-07 ± 2.9e-07 ph cm-2 s-1
1701.08885 🔍 (source) line polarisation p
1.25 ± 0.25
1701.09026 🔍 (source) time to decline two magnitudes
2.1
Lower
1702.01215 🔍 (source) linear velocity
1374.0 km s-1
1702.03852 🔍 (source) ] line flux F _ { [ CII ] }
1.11 ± 0.1 Jy km s-1
1702.05107 🔍 (source) isophotal area of emission lines
1.2e-18 erg s-1 cm-2 kpc-2
1703.01394 🔍 (source) line width
0.85
1703.01394 🔍 (source) linear mass of the filaments
17.92
1703.02969 🔍 (source) line luminosities L _ { HCN ( J = 2 \to 1 ) } ^ { \prime }
9000000000.0 ± 3000000000.0 K km pc2 s-1
1703.02969 🔍 (source) line luminosity ratio L _ { HCN } ^ { \prime } / L _ { CO } ^ { \prime }
0.17 ± 0.07
1703.05764 🔍 (source) FWHM line width
750.0 ± 41.0 km s-1
1704.00516 🔍 (source) linear size
0.7 Mpc
1704.05868 🔍 (source) linear slope
0.003 ± 0.0005 mag day-1
1704.06278 🔍 (source) number of clumps per sightline f _ { c }
1000.0
1704.08621 🔍 (source) narrow line-widths
2.5 ± 0.5 km s-1
1705.03370 🔍 (source) age distribution of clusters declines dN / d \tau
-0.3
Upper
1705.06280 🔍 (source) line-of-sight velocity dispersion \sigma _ { v , los }
160.0 km
1705.07671 🔍 (source) line-to-continuum ratio
0.01
Lower
1706.01366 🔍 (source) line
569.0
1706.01366 🔍 (source) line
3.6 ± 0.3 Jy km s-1
1706.03289 🔍 (source) decline rate parameter \Delta m _ { 15 } ( B )
1.32 ± 0.1
1706.08903 🔍 (source) linear velocity gradient
0.2 km s-1 pc-1
1706.09944 🔍 (source) linewidth \Delta v
21.7 km s-1
1707.01518 🔍 (source) linear ephemeris
2457503.120049 ± 0.00019
1707.01518 🔍 (source) linear ephemeris BJD _ { TDB }
3.474107 ± 1.9e-06
1707.04363 🔍 (source) CO line flux ( dust flux density
71.0 ± 7.0 mJy
1707.04363 🔍 (source) CO line flux ( dust flux density
180.0 ± 18.0 Jy km s-1
1707.07003 🔍 (source) line luminosity
2.7e+42 ± 1e+41 erg s-1
1707.07077 🔍 (source) line
8.3 ± 0.9
1708.00473 🔍 (source) line-force parameters
1.5
Lower
1708.01605 🔍 (source) H \alpha narrow-line full-width W _ { NL }
54.8 ± 1.8 km s-1
1708.02727 🔍 (source) ratio of the separation to the snow-line distance a _ { \perp } / a _ { sl }
15.4
1708.03158 🔍 (source) line-of-sight velocity
38.3 ± 5.1 km s-1
1708.08026 🔍 (source) linear polarization
8.7
1708.08026 🔍 (source) linear polarization
10.3
1708.09098 🔍 (source) linear mass density
361.5 M_\odot pc-1
1708.08876 🔍 (source) linear slope m
4.0999999999999996e-16 ± 4e-17 s-2 day-1
1708.08928 🔍 (source) projected linear size
1.3 Mpc
1708.08635 🔍 (source) linear size of of this standard ruler l _ { m }
11.03 ± 0.25 pc
1709.01603 🔍 (source) linear polarization degree P _ { max }
7.32 ± 0.25 %
1709.04084 🔍 (source) mean line widths
0.7 ± 0.2 km s-1
1709.06096 🔍 (source) line–of–sight velocity difference
560.0 km s-1
1709.06564 🔍 (source) spectral line broadening
150.0 ± 50.0 km
1709.06564 🔍 (source) spectral line broadening \sigma _ { v, { los }
-1.0
1709.07694 🔍 (source) 2 } CO line ratios
62.0 ± 2.0 K
1709.08926 🔍 (source) neutral iron line
5247.1
1709.09435 🔍 (source) total mass and linear momentum of the fast outflow
9.6e+37 g cm s-1
1709.09435 🔍 (source) total mass and linear momentum of the fast outflow
0.00073 M_\odot
1710.00129 🔍 (source) H \beta line dispersion \sigma _ { line }
668.0 ± 44.0 km s-1
1710.03002 🔍 (source) 3 \sigma emission line
3.1e-19 erg s-1 cm-2
1710.05303 🔍 (source) linear obscuration
0.12
1710.05849 🔍 (source) linear optical polarization P
0.5 ± 0.07
1710.05856 🔍 (source) line-of-sight peculiar velocity v _ { pec }
307.0 ± 230.0 km s-1
1710.06182 🔍 (source) linear size
2.2 Mpc
1710.11129 🔍 (source) linear quantity 10 ^ { 5 } { ( D / H ) } _ { P }
2.527 ± 0.03
1711.00696 🔍 (source) linear Holmberg diameter
1.36 kpc
1711.00628 🔍 (source) intrinsic decline rate parameter \Delta { m _ { 15 } ( B ) } _ { true }
1.27 ± 0.05
1711.04583 🔍 (source) linear bias of 2MPZ galaxies b _ { eff }
1.1 +0.3-0.4
1711.06074 🔍 (source) linear effective diameter A _ { e }
3.0 kpc
Lower
1711.10012 🔍 (source) line ratios
4450000.0 +3850000.0000000005-3850000.0 cm-3
1711.11449 🔍 (source) emission-line flux ratio O _ { 32 }
11.5
1712.03511 🔍 (source) sight line of the background quasar z _ { q }
1.5266
1712.03958 🔍 (source) line of sight to
28.0 day
Upper
1712.04540 🔍 (source) /CO line ratio
0.19 ± 0.07
1712.05054 🔍 (source) linear size
0.22 pc
1801.01264 🔍 (source) line-of-sight velocity
-129.0 ± 3.0 km s-1
1801.02141 🔍 (source) line-of-sight magnetic field strengths
-2.0
Lower
1801.02141 🔍 (source) line-of-sight magnetic field strengths
-5.0 m
Upper
1801.03062 🔍 (source) linear growth rate of structure f \sigma _ { 8 } ( z _ { eff } )
0.426 ± 0.077
1801.03537 🔍 (source) linear fractional brightness change \sigma
0.005
1801.06080 🔍 (source) linear distance d
40.7 ± 1.4 ± 1.9 Mpc
1801.08897 🔍 (source) crystalline water ice { E _ { des }
4930.0 K
1802.03447 🔍 (source) well-delineated decline A ( Li )
1.25
1802.04432 🔍 (source) line-of-sight velocity Fe
10747.0
1802.07043 🔍 (source) mean line width
0.71 km s-1
1802.08257 🔍 (source) fractional linear polarization | Q / I |
0.19 ± 0.02
1802.09280 🔍 (source) total integrated line flux
730.0 ± 73.0 mJy km s-1
1803.04854 🔍 (source) line-of-sight rotation velocity
71.0 km s-1
1804.01099 🔍 (source) linear size
550.0 kpc
1804.01828 🔍 (source) fluorescent line
6.4 keV
1804.01789 🔍 (source) spectral lines Si
1082.7 nm
1804.01789 🔍 (source) spectral lines Si
1083.0 nm
1804.04666 🔍 (source) average lifetime of a BAL along our line sight
90.0 ± 10.0 yr
1804.04666 🔍 (source) rest-frame time baseline
0.28
Lower
1804.04666 🔍 (source) rest-frame time baseline
4.9 yr
1804.05600 🔍 (source) linear size
0.3 pc
1804.07765 🔍 (source) line-of-nodes position angle \theta
149.23 +6.43-8.35 day
1804.09178 🔍 (source) linear polarization fraction
84.0 ± 15.0 %
1804.09178 🔍 (source) linear polarization fraction
6.0 rad m-2
1805.01088 🔍 (source) linear speed
682.0 km s-1
1805.01008 🔍 (source) decline of the accretion fraction
6.0 ± 4.0 Myr
1805.02721 🔍 (source) declines
-0.01 ± 0.03 dex
1805.03670 🔍 (source) line masses of the two filaments
120.0 M_\odot pc-1
1805.04079 🔍 (source) line-of-sight rotation V _ { rot }
-206.0 ± 86.0
1805.09932 🔍 (source) rapid-decline type novae M _ { WD }
1.3775 +0.007500000000000062-0.00749999999999984 M_\odot
1806.01474 🔍 (source) line-emitting gas temperature
2300000.0 K
1806.01227 🔍 (source) spectral index of the power spectrum of linear density fluctuations P ( k ) : N ^ { 2 }
2.09e-10 ± 3.3e-11
1806.03261 🔍 (source) linear density perturbation amplitude \sigma _ { 8 }
0.792 ± 0.006
1806.10150 🔍 (source) two X-ray line peaks \Delta v
0.06 c
1807.00706 🔍 (source) optical light-curve decline t _ { 2 }
2.9 day
Upper
1807.00657 🔍 (source) line-of-sight stellar rotation axis inclination
162.4 +3.8-4.3 day
1807.00657 🔍 (source) line-of-sight stellar rotation axis inclination
18.6 +4.3-3.8 day
1807.04029 🔍 (source) line
80.0
1807.04029 🔍 (source) line
6.4
Upper
1807.05309 🔍 (source) line luminosity
8e+35 ± 1e+35 erg s-1
1807.05994 🔍 (source) line of sight
2.3 km s-1
Upper
1807.07702 🔍 (source) linear phase \beta _ { i }
1.0
Lower
1807.08895 🔍 (source) line luminosity L _ { CO ( 3 - 2 ) } ^ { \prime }
55300000000.0 ± 6899999999.999999 K km pc %2 s-1
1808.04133 🔍 (source) line-of-sight velocity dispersion \sigma _ { V }
1100.0 km s-1
1808.04372 🔍 (source) total CO line brightness
0.45 ± 0.2 K
1808.06311 🔍 (source) line-of-sight extinction A _ { v }
1.9 ± 0.6 mag
1808.09373 🔍 (source) line-of-sight velocity v
0.3 c
1809.01053 🔍 (source) transverse line-of-sight separation
0.7 kpc
1809.01288 🔍 (source) snowline a _ { sl }
2.1 AU
1809.05269 🔍 (source) broad line region of size
0.08 pc
1809.07598 🔍 (source) line mass
38.5 ± 2.5 M_\odot pc-1
1809.10161 🔍 (source) linear slope d \log _ { 10 } M _ { \star } / dM _ { UV }
0.44
1809.10738 🔍 (source) non-linear displacement parameter \Sigma _ { NL }
11.8 ± 0.3 Mpc h-1
1810.03693 🔍 (source) core line depth \Delta F
0.007
Upper
1810.06179 🔍 (source) line intensity ratio
1.2 ± 0.4
1810.08507 🔍 (source) line width \Delta { v _ { FWHM } }
5.0 km s-1
Upper
1811.00412 🔍 (source) line flux
9.5 ± 3.6 mJy km s-1
1811.03627 🔍 (source) number of detectable line-of-sight haloes rises \mu _ { l }
9.0 ± 3.0
1811.05986 🔍 (source) line width ( Doppler parameter b
3.2 km s-1
Upper
1811.07815 🔍 (source) fractional linear polarization GHz
0.5 +0.19999999999999996-0.2 %
1812.02645 🔍 (source) line-of-sight peculiar velocity v _ { pec }
650.0 km s-1
1901.00906 🔍 (source) maximum baseline length
25.0 km
1901.00900 🔍 (source) linear M _ { vir }
5000000000.0 M_\odot N
1901.01353 🔍 (source) post-maximum decline rate \Delta m _ { 15 } ( B )
1.0 ± 0.05 mag
1901.01707 🔍 (source) super-linear Kennicutt-Schmidt relation n _ { KS }
1.47
1901.02877 🔍 (source) decline
0.6 +0.54-1.54 Gyr
1901.03441 🔍 (source) maximum degree of linear polarization
1.16 ± 0.06 %
1901.04488 🔍 (source) line-of-sight velocity dispersion of these \sigma _ { group }
230.0 km s-1
1901.04488 🔍 (source) line-of-sight velocity offset \Delta v _ { group }
181.0 km s-1
1901.07108 🔍 (source) Fe K \alpha emission line EW _ { \textnormal { rest }
0.5
Lower
1901.07586 🔍 (source) line width
3.2 km s-1
1901.08020 🔍 (source) line
33.0
1902.01863 🔍 (source) line-of-sight column densities N _ { CO }
2e+17 +3e+17-1e+17
1902.02251 🔍 (source) prominent H \alpha emission line L _ { H \alpha }
2.2e+38 ± 2.0000000000000001e+37 erg s-1
1902.02720 🔍 (source) iceline R _ { CO }
30.0
1902.05007 🔍 (source) CO line width \sigma _ { HWHM }
4.6 ± 0.9 km s-1
1902.05007 🔍 (source) H i line width \sigma _ { HWHM }
6.6 ± 0.1 km s-1
1902.05007 🔍 (source) median line width ratio of the line-of-sight line widths
0.56 ± 0.01
1902.05822 🔍 (source) temperature line ratio
0.5
1902.05960 🔍 (source) \sigma line flux
3.1e-19 erg s-1 cm-2
1902.06581 🔍 (source) linear bias of RLAGN b
2.5 ± 0.8
1902.06955 🔍 (source) linear bias b
2.7 ± 0.3
1903.02994 🔍 (source) nonlinear parameter f _ { NL }
-1.0
1904.03095 🔍 (source) inclination to the line of sight i
27.2 ± 0.7
1904.07306 🔍 (source) line-of-sight velocity \log ( \tau )
0.0
1904.07261 🔍 (source) linear polarization
0.87 ± 0.13
1904.07261 🔍 (source) linear polarization \Pi
0.6 ± 0.19
1904.08111 🔍 (source) linear polarization degree in the millimeter band
0.27 ± 0.04
1904.08946 🔍 (source) H \beta broad line region ( BLR ) radius R _ { \text { H } \beta, \text { BLR }
26.0
1904.10356 🔍 (source) line peak velocities v _ { LSR }
10.7 ± 0.2 km s-1
1904.10259 🔍 (source) total linear size
4.0
1904.11028 🔍 (source) K \alpha line EW
2.3 ± 0.3 keV
1905.00145 🔍 (source) H \alpha line-of-sight velocity dispersion \sigma _ { line }
426.0 ± 1.0 km s-1
1905.01315 🔍 (source) optical emission lines
94.0 ± 4.0 c-1
1905.01245 🔍 (source) average line-of-sight
1.1 ± 0.6 km s-1
1905.01800 🔍 (source) radial velocity of the radio recombination line
10.0 km s-1
1905.02035 🔍 (source) line-of-sight velocities range
12.5 ± 7.5 km s-1
1905.05509 🔍 (source) snow line distance a _ { snow }
2.7
1905.07950 🔍 (source) line width
2.5 km s-1
1905.09285 🔍 (source) line-of-sight magnetic strengths B _ { \parallel, \text {
-15.0
1905.09496 🔍 (source) cyclotron line energy E _ { cyc }
47.7 ± 0.8 keV
1905.11156 🔍 (source) linear radius
1.5 ± 0.04 R_\odot
1906.03268 🔍 (source) line-of-sight velocity dispersion \sigma
7.8 +5.2-2.2 km s-1
1906.06790 🔍 (source) non-linear parameter | f _ { NL } |
1.0
Upper
1906.06889 🔍 (source) line-of-sight velocities
150.0
1906.06889 🔍 (source) line-of-sight velocities v - v _ { sys }
200.0 km s-1
Upper
1906.09760 🔍 (source) cumulative linear mass
12.0
1906.11106 🔍 (source) ortho-H _ { 2 } O line flux
7.5e-20 W m-2
1906.11106 🔍 (source) ortho-H _ { 2 } O line flux
1.1999999999999999e-19 W m-2
1907.03854 🔍 (source) line emission
661.0 km s-1
1907.03524 🔍 (source) line masses
36.0 ± 24.0 M_\odot pc-1
1907.10078 🔍 (source) stellar mean line profiles
1.22 ± 0.02
1908.03232 🔍 (source) linear radius
2.0 ± 0.03 R_\odot
1908.06080 🔍 (source) projected linear size
1.1 Mpc
1908.06538 🔍 (source) line flux ratio F ( B ) / F ( N )
1.35
1908.08293 🔍 (source) emission line
0.66 ± 0.01 keV
1908.09269 🔍 (source) line-of-sight velocity
85.0 km s-1
1908.10885 🔍 (source) linear polarization
66.0 +26.0-27.0
1909.04545 🔍 (source) rapid decline rate
0.48 ± 0.03 mag day-1
1909.05267 🔍 (source) decline rate \Delta m _ { 15 } ( B )
1.77 mag
1910.05068 🔍 (source) Paschen emission lines
260.0 ± 20.0 km s-1
1910.05431 🔍 (source) line flux F _ { H \sc i }
2.0 Jy km s-1
1910.05687 🔍 (source) linear polarization upper | \Pi |
12.0
Upper
1910.11624 🔍 (source) optical linear polarisation P _ { V }
8.0
1911.00380 🔍 (source) average line depth
2.02 ± 0.17
1911.00380 🔍 (source) average line depth
0.78 ± 0.04
1911.03502 🔍 (source) off-axis linear polarisation leakage
1.4
Upper
1911.07713 🔍 (source) line-of-sight radial velocity amplitude
12.0 ± 10.0 km s-1
1911.11953 🔍 (source) line-of-sight separation D _ { LS }
1.21 +0.96-0.63 kpc
1911.11399 🔍 (source) decline rate in the impact parameter d b / d t
-0.011 yr-1
1911.13108 🔍 (source) line-of-sight velocity increase
480.0 ± 210.0
1911.13081 🔍 (source) linear rotation
-5.0 +1.6-1.9 km s-1
1912.06565 🔍 (source) line ratio
0.58
Lower
1912.06565 🔍 (source) line ratio r _ { 21 }
0.15
2001.01853 🔍 (source) line luminosity ratio L _ { [ O _ { I \hskip { -1.0 pt } I
10.0
Lower
2001.04581 🔍 (source) line-of-sight accelerations
4.4 km s-1 yr-1
2001.04707 🔍 (source) line-of-sight velocity dispersion \sigma _ { v }
1300.0 km s-1
2001.08221 🔍 (source) H \alpha line width
1950.0 km F W H s-1
2001.08900 🔍 (source) median column density of LINERs
22.68 ± 0.75
2001.10103 🔍 (source) mean field line length L
135.0 ± 35.0 Mm
2001.10546 🔍 (source) linear polarization | Q / I |
0.12 ± 0.04
Lower
2002.00393 🔍 (source) post-maximum decline rate \Delta m _ { 15 } ( g )
1.66 ± 0.15 mag
2002.04816 🔍 (source) line width
343.0 ± 40.0 km s-1
2002.05806 🔍 (source) average line velocity
-230.0 km s-1
2002.06207 🔍 (source) line-of-sight velocity dispersion z _ { mean }
2.23224 ± 0.00101
2002.08028 🔍 (source) the H \alpha emission line
55.0 +27.0-31.0
2002.08028 🔍 (source) the H \alpha emission line
122.0 +33.0-67.0 min
Upper
2002.08028 🔍 (source) the H \alpha emission line
49.0 +15.0-14.0
2002.08516 🔍 (source) total line-of-sight CGM metallicity [ Si / H ]
-1.5 +0.4-0.3
2002.08379 🔍 (source) line contrast Na D _ { 1 }
1.09 ± 0.16 %
2002.09829 🔍 (source) line ratios
0.9
Lower
2003.01397 🔍 (source) broad line region luminosity L _ { BLR }
1.4999999999999999e+46 erg s-1
2003.07576 🔍 (source) line-of-sight velocity
-20.0 km s-1
2004.04952 🔍 (source) intrinsic linear polarization of the system
275.3 ± 31.9
2004.06730 🔍 (source) linearly polarized intensity P
97.2 Jy
Upper
2004.06730 🔍 (source) linear fractional polarization \Pi _ { L }
0.3
Upper
2004.08363 🔍 (source) effective linear equation H _ { 0 } + 30.93 w
36.47
Upper
2004.13065 🔍 (source) line-of-sight gas density
2.61
Upper
2004.13756 🔍 (source) linear size of this component
4.0 kpc
2005.03901 🔍 (source) Balmer lines \langle f _ { H \beta } \rangle
0.43 ± 0.2
2005.09653 🔍 (source) line brightness temperature ratio r _ {
31.0
2005.10001 🔍 (source) lag of the broad He ii line
26.0 ± 8.0 day
2006.04168 🔍 (source) mean line width \Delta \upsilon
0.39 km F W H s-1
2006.10028 🔍 (source) linear size \alpha
-1.5
Upper
2006.11543 🔍 (source) line-of-sight M _ { 200 }
1600000000000000.0 M_\odot
Upper
2007.08221 🔍 (source) line-of-sight magnetic B _ { || }
26.0 ± 5.0
2007.09009 🔍 (source) linear growth rate of structure f \sigma _ { 8 } ( z _ { eff } )
0.35 ± 0.1
2007.09008 🔍 (source) normalisation of the linear power spectrum D _ { H } ( z _ { eff } ) / r _ { drag }
20.0 +2.4-2.2
2007.08999 🔍 (source) linear growth rate of structure f ( z _ { eff } ) \sigma _ { 8 } ( z _ { eff } )
0.476 ± 0.047
2007.14289 🔍 (source) baseline energy resolution \sigma _ { E }
4.92 ± 0.01 eV
2007.13337 🔍 (source) brightness decline t _ { 2 , V }
3.0