Suggested: Dimensionless
Exclude
Name/Symbol Condition
Name: Ab
Mean: 55.2 ± 606
Median: 1.5
Range: -950 ‒ 2.5e+04
3782 results.
arXiv Name Symbol Parsed Bound
astro-ph/9303016 🔍 (source) mean ratio of Lyman \alpha to Lyman \beta absorption
0.476 ± 0.054
astro-ph/9403043 🔍 (source) primordial ^ { 7 } Li abundance \log { N } ( Li )
2.24 ± 0.03
astro-ph/9403043 🔍 (source) primordial ^ { 7 } Li abundance \log { N } ( Li )
3.08 ± 0.1
hep-ph/9505319 🔍 (source) { 4 } He abundance
0.014
Lower
astro-ph/9507056 🔍 (source) Ba abundance [ Fe / H ]
-2.5
astro-ph/9508003 🔍 (source) observable \Omega _ { 0 }
0.25
Upper
nucl-ex/9510003 🔍 (source) abundance
2e-11 s
Upper
astro-ph/9601136 🔍 (source) surface helium abundance
0.248
Lower
astro-ph/9601136 🔍 (source) surface helium abundance Y _ { surf }
0.258
Upper
nucl-th/9601044 🔍 (source) ^ { 8 } B neutrino absorption cross section \sigma _ { Cl }
1.14e-42 ± 1.1e-43 cm2
nucl-th/9601044 🔍 (source) ^ { 8 } B neutrino absorption cross section \sigma _ { Ga }
2.4600000000000002e-42 +2.1e-42-1.1000000000000002e-42 cm2
astro-ph/9603005 🔍 (source) dust absorption cross section per H atom \sigma { { } _ { 1.2 mm } ^ { H } }
5e-27 cm2
astro-ph/9603100 🔍 (source) Raymond-Smith iron abundance
0.4 +0.7-0.3 S
astro-ph/9604042 🔍 (source) Zn abundance [ Zn / H ]
-0.262
astro-ph/9604045 🔍 (source) mean abundance \langle [ Fe / H ] \rangle
-0.11 ± 0.04
astro-ph/9604154 🔍 (source) total absolute magnitude M _ { B }
-22.1
astro-ph/9605021 🔍 (source) H I abundance \log { N ( HI ) }
19.0
Lower
astro-ph/9605038 🔍 (source) abundance log N ( Li )
3.1
astro-ph/9605054 🔍 (source) absolute temperature
2.728 ± 0.004 K
astro-ph/9605099 🔍 (source) absolute age of the globular clusters
14.6 ± 1.7 Gyr
astro-ph/9605101 🔍 (source) abundance
11.0 ± 1.0 Gyr
astro-ph/9605194 🔍 (source) absolute magnitude M _ { V 26.5 }
-22.24
Lower
astro-ph/9606078 🔍 (source) helium abundance Y
0.2
astro-ph/9606158 🔍 (source) absolute magnitude \log R _ { 8.4 }
35.0
astro-ph/9607018 🔍 (source) absorption column
1.5e+24 cm-2
astro-ph/9607053 🔍 (source) HCO ^ { + } /DCO ^ { + } abundance ratios
24.0 ± 4.0
astro-ph/9607053 🔍 (source) HCO ^ { + } /DCO ^ { + } abundance ratios
67.0 ± 18.0
astro-ph/9607053 🔍 (source) HCN/DCN abundance ratio
23.0 ± 5.0
astro-ph/9607053 🔍 (source) HCO ^ { + } /DCO ^ { + } abundance ratios
19.0 ± 3.0
astro-ph/9607071 🔍 (source) abundance ratio
115.0 (\pm 17)
astro-ph/9607119 🔍 (source) oxygen abundance in central brightest part 12 + log ( O / H )
7.33 ± 0.01
astro-ph/9607119 🔍 (source) primordial helium abundance Y _ { p }
0.243 ± 0.003
astro-ph/9607119 🔍 (source) oxygen abundance
7.1
astro-ph/9607119 🔍 (source) oxygen abundance ( 12 + log ( O/H )
7.3
Upper
astro-ph/9607164 🔍 (source) oxygen abundance 12 + log ( O / H )
7.45 ± 0.22
astro-ph/9607167 🔍 (source) old absolute ages
16.0 Gyr
astro-ph/9608030 🔍 (source) abundances
0.1
astro-ph/9608091 🔍 (source) abundance
0.00014 h3 Mpc-3
astro-ph/9608091 🔍 (source) abundance
3.8e-05 h3 Mpc-3
astro-ph/9608116 🔍 (source) galaxy cluster abundance
0.13
astro-ph/9608116 🔍 (source) galaxy cluster abundance \Delta _ { \tau _ { 0 } }
0.058
hep-ph/9609241 🔍 (source) SK in the observable energy
2.4 yr-1
Upper
astro-ph/9609056 🔍 (source) interstellar absorption N _ { H }
1.5e+22 ± 1e+21 cm-2
astro-ph/9609128 🔍 (source) absolute temperature of the cosmic microwave background radiation T _ { \scriptsize CMBR }
2.73 ± 0.014 K
astro-ph/9609136 🔍 (source) absorption \tau
1.3
Lower
astro-ph/9609177 🔍 (source) self-absorption turnover frequency
0.5
astro-ph/9609191 🔍 (source) abundance Z
0.05
astro-ph/9610021 🔍 (source) CNO abundance ratios N / C
6.1 ± 1.1
astro-ph/9610083 🔍 (source) abundance
0.6 dex
astro-ph/9610083 🔍 (source) mean metal abundance [ Fe / H ]
-1.45 ± 0.2 dex
astro-ph/9610108 🔍 (source) amplitude of the R-band variability
1.13 ± 0.05
astro-ph/9610116 🔍 (source) absolute magnitude scale of the Tully–Fisher relation H _ { \circ }
70.0 ± 5.0 km s-1 Mpc-1
astro-ph/9610230 🔍 (source) metal abundances [ Fe / H ]
-1.2
astro-ph/9611031 🔍 (source) absolute magnitude M _ { B }
-19.0
astro-ph/9611053 🔍 (source) baryon abundance
1.5
Lower
astro-ph/9611181 🔍 (source) atmospheric abundance of helium He / H
0.00013000000000000002
astro-ph/9612244 🔍 (source) visual absorption A _ { v }
26.5 ± 1.0 mag
astro-ph/9701038 🔍 (source) absolute magnitudes M _ { I }
12.4
astro-ph/9701041 🔍 (source) UV photoabsorption rate \beta _ { 0 }
6.7000000000000004e-09 s-1
astro-ph/9701057 🔍 (source) abundance
0.00024000000000000003
astro-ph/9701214 🔍 (source) sizable fraction
50.0 %
astro-ph/9702225 🔍 (source) interstellar abundance \delta _ { Be }
1.5 dex
Upper
astro-ph/9702229 🔍 (source) absorbing column density
2.9e+21 cm-2
astro-ph/9703072 🔍 (source) minimum growth time of the unstable discrete mode
130000000.0 yr s
astro-ph/9703140 🔍 (source) Lyrae absolute magnitude M _ { V }
0.75 ± 0.13
astro-ph/9704031 🔍 (source) absolute magnitudes
-12.7
Upper
astro-ph/9704031 🔍 (source) absolute magnitudes M _ { B }
67.0 km s-1
Upper
astro-ph/9704101 🔍 (source) oxygen abundance
1.1
Lower
astro-ph/9704104 🔍 (source) oxygen abundance
0.9500000000000001 ± 0.15000000000000002
astro-ph/9705031 🔍 (source) O/H abundance O / H
8.4 ± 0.1
astro-ph/9705086 🔍 (source) abundances He / H
1.0 ± 0.4
astro-ph/9705164 🔍 (source) helium abundance the central temperature T
15800000.0 K
astro-ph/9706009 🔍 (source) absorption
2.2799999999999997e+21 ± 7.000000000000001e+19
astro-ph/9706023 🔍 (source) absolute magnitude
-24.75 ± 0.7 mag
astro-ph/9706082 🔍 (source) + } abundance
1.2e-08 ± 4e-09
astro-ph/9706174 🔍 (source) Lyman limit absorption [ N ( { HI } )
1.6e+17 cm-2
Lower
astro-ph/9706191 🔍 (source) peak absolute magnitude M _ { V }
-17.8
astro-ph/9707056 🔍 (source) abundance [ Fe / H ] }
0.4
astro-ph/9707117 🔍 (source) abundances \langle Z \rangle
0.6 ± 0.5
astro-ph/9707117 🔍 (source) abundances \langle Z \rangle
0.9 ± 0.7
astro-ph/9707117 🔍 (source) abundances \langle Z \rangle
0.19 ± 0.12
astro-ph/9707157 🔍 (source) neutral hydrogen column density of the absorption system \log N
19.81 ± 0.04 cm-2
astro-ph/9707208 🔍 (source) Fe abundance [ Fe / H ]
0.2 ± 0.07
astro-ph/9707258 🔍 (source) absolute magnitude M _ { B }
-26.7
astro-ph/9708013 🔍 (source) abundance
4.9999999999999996e-06
astro-ph/9708013 🔍 (source) hydrogen fluoride abundance
3e-10
astro-ph/9708034 🔍 (source) Fe/O abundance ratio
10.0
astro-ph/9708120 🔍 (source) number of identifiable microlensing events per nearby cluster
0.02
astro-ph/9708232 🔍 (source) iron abundances [ Fe / H ]
-1.85 ± 0.12
astro-ph/9709026 🔍 (source) abundance of molecular oxygen O _ { 2 } / CO
0.002
Upper
astro-ph/9709108 🔍 (source) adjustable
2.0
Upper
astro-ph/9709240 🔍 (source) absolute magnitude M ( B _ { AB } )
24.150000000000002 ± 22.55
astro-ph/9710025 🔍 (source) absolute magnitude M _ { R }
-22.3
astro-ph/9710122 🔍 (source) various abundances
3.9e-10
Lower
astro-ph/9710162 🔍 (source) mean interstellar gas-phase nitrogen abundance ( per 10 ^ { 6 } H atoms
75.0 ± 4.0
astro-ph/9710162 🔍 (source) mean interstellar gas-phase nitrogen abundance ( per 10 ^ { 6 } H atoms 10 ^ { 6 } N / H
1.0
astro-ph/9710162 🔍 (source) abundance 10 ^ { 6 } N / H
93.0 ± 16.0
astro-ph/9710163 🔍 (source) mean interstellar gas-phase oxygen abundance ( per 10 ^ { 6 } H atoms 10 ^ { 6 } O / H
319.0 ± 14.0
astro-ph/9710253 🔍 (source) CN/CS abundance ratio
1.0
astro-ph/9710254 🔍 (source) { 16 } O / ^ { 18 } O abundance ratios
90.0
Lower
astro-ph/9710254 🔍 (source) { 16 } O / ^ { 18 } O abundance ratios
125.0
Lower
astro-ph/9710310 🔍 (source) absorber pairs
62.4 kpc h-1
astro-ph/9710310 🔍 (source) absorber pairs
0.3718
gr-qc/9710121 🔍 (source) adiabatic index \gamma
2.5
astro-ph/9712034 🔍 (source) absolute magnitude M _ { V }
-20.3 mag
astro-ph/9712055 🔍 (source) metal abundance { \delta ( m - M ) } _ { 0 } / \delta [ O / H ]
-0.24 ± 0.16 mag dex-1
astro-ph/9712047 🔍 (source) bulge lithium abundance A ( Li )
2.25 ± 0.25
astro-ph/9712055 🔍 (source) oxygen abundance
0.7 ± 0.15 dex
astro-ph/9712071 🔍 (source) ^ { 13 } C isotopic abundance ratio
58.0 ± 12.0
astro-ph/9712255 🔍 (source) interstellar absorption N _ { H }
3e+23 cm-2
astro-ph/9712314 🔍 (source) absolute age
4.7 ± 0.8 Gyr
astro-ph/9801016 🔍 (source) absolute magnitude M _ { B }
-13.2
astro-ph/9801026 🔍 (source) rest frame absolute UV magnitude M _ { \nu } ( 1450 \AA )
26.7
astro-ph/9801137 🔍 (source) percentage of absorption-line galaxies
59.0 ± 11.0 %
Upper
astro-ph/9801139 🔍 (source) absorption magnitude A _ { V } ( z )
1.0 +1.55-0.21 mag
astro-ph/9801137 🔍 (source) percentage of absorption-line galaxies
84.0 ± 9.0 %
astro-ph/9801169 🔍 (source) probable Galactic extinction in the direction A _ { v }
0.7
astro-ph/9802067 🔍 (source) abundance
0.9
astro-ph/9802120 🔍 (source) absorption feature
-7.5 ± 1.6 km s-1
astro-ph/9802147 🔍 (source) nitrogen–to–oxygen ratio plateaus for oxygen abundances 12 + log ( O / H )
8.45
Upper
astro-ph/9802168 🔍 (source) absolute magnitude M _ { V }
0.74 ± 0.12
astro-ph/9802315 🔍 (source) lithium primordial abundance \log { Li } _ { p }
10.0
astro-ph/9803033 🔍 (source) absolute magnitude M _ { B }
-21.0
Upper
astro-ph/9803073 🔍 (source) absolute
7.0
astro-ph/9803134 🔍 (source) mean absolute V magnitude M _ { V } ( RR ) >
0.58 ± 0.2 mag
astro-ph/9803147 🔍 (source) O _ { 2 } column density abundance ratio N ( O _ { 2 } ) / N ( CO )
0.31
Upper
astro-ph/9803148 🔍 (source) LTE boron abundance log \epsilon ( B )
0.01 ± 0.2
astro-ph/9803148 🔍 (source) NLTE boron abundance log \epsilon ( B )
0.93 ± 0.2
astro-ph/9803257 🔍 (source) mean carbon abundance [ C / H ]
-2.5
astro-ph/9803315 🔍 (source) main molecular species fractional abundances [ H _ { 2 } / H ]
1.1e-06
astro-ph/9803342 🔍 (source) 2 } fractional abundance f ( H _ { 2 } )
0.4
astro-ph/9804169 🔍 (source) absolute fluctuation magnitude { \overline { M } _ { K ^ { \prime } } } {
-5.61 ± 0.12
astro-ph/9804229 🔍 (source) Balmer absorption-line velocities
1.4 M_\odot
hep-ph/9804420 🔍 (source) abundance ratio C _ { X }
3.0000000000000004e-08
Lower
astro-ph/9804309 🔍 (source) absolute magnitude of the constant component M _ { B _ { rest } }
-17.5 ± 0.3
astro-ph/9804303 🔍 (source) abundance LiH / H _ { 2 }
3e-12
astro-ph/9804300 🔍 (source) absolute magnitudes M
-16.0
Upper
astro-ph/9804294 🔍 (source) Li abundance Li / H
1.4e-10
astro-ph/9805024 🔍 (source) absolute magnitude M _ { B } ( max )
-18.79 ± 0.16
astro-ph/9805179 🔍 (source) primordial ^ { 4 } He abundance \Delta Y _ { p }
0.01
astro-ph/9805176 🔍 (source) absolute magnitude M _ { V }
0.77 ± 0.13
astro-ph/9805185 🔍 (source) elemental abundances T _ { eff }
7200.0
astro-ph/9805209 🔍 (source) abundance M _ { A } / M _ { B }
0.97
astro-ph/9806113 🔍 (source) absorption column density
2e+20 cm-2
Upper
astro-ph/9806113 🔍 (source) absorber v
0.36 c
astro-ph/9806113 🔍 (source) warm absorber
1.3e+21 cm-2
astro-ph/9806235 🔍 (source) oxygen abundances O/Fe ]
-0.31 ± 0.11
astro-ph/9806235 🔍 (source) oxygen abundance [ Fe / H ]
3.0
Lower
astro-ph/9806272 🔍 (source) abundance
0.277
Upper
astro-ph/9806272 🔍 (source) helium abundance
0.273
Lower
astro-ph/9807004 🔍 (source) three absorbing clouds { N ( D i ) } _ { total } / { N ( H i ) } _ { total }
1.1200000000000001e-05 ± 8.000000000000001e-07
astro-ph/9807082 🔍 (source) abundances [ N / H ]
-2.68 ± 0.11
astro-ph/9807082 🔍 (source) abundances [ N / H ]
-1.57 ± 0.09
astro-ph/9807082 🔍 (source) abundances [ N / H ]
-2.07 ± 0.13
astro-ph/9807131 🔍 (source) Mg ii absorption W _ { r } ^ { min } ( 2796 )
0.02
astro-ph/9807131 🔍 (source) Mg ii absorption
3.8 ± 1.1
astro-ph/9807201 🔍 (source) CO abundance
0.0011
astro-ph/9807232 🔍 (source) mean metal abundance [ Fe / H ]
-1.5
astro-ph/9808007 🔍 (source) self absorption frequency E _ { 52 }
0.53
astro-ph/9808061 🔍 (source) absorption column density
2.0800000000000003e+23 ± 2.0000000000000003e+21 cm-2
astro-ph/9808061 🔍 (source) absorption-corrected X-ray luminosity L _ { 2 - 20 keV }
2.7e+36 erg s-1
astro-ph/9808185 🔍 (source) adiabatic index \Gamma
3.0
astro-ph/9809111 🔍 (source) host galaxy absolute magnitude
-18.5 ± 0.3
astro-ph/9809111 🔍 (source) host galaxy absolute magnitude M _ { B _ { rest }
-19.0 ± 0.3
astro-ph/9809111 🔍 (source) absolute B magnitude
18.5
astro-ph/9809190 🔍 (source) absolute magnitude M _ { R }
-23.0
Lower
astro-ph/9809206 🔍 (source) absolute magnitude M _ { R }
-24.5
Lower
astro-ph/9809246 🔍 (source) electron abundances log _ { 10 } ( x _ { e } )
6.9
Lower
astro-ph/9809271 🔍 (source) Abell richness N _ { A }
85.0 ± 25.0
astro-ph/9809297 🔍 (source) absorption W\ > ^ { > } _ { \sim } \
0.32
Lower
astro-ph/9810002 🔍 (source) absorption width
215.0
astro-ph/9810010 🔍 (source) absorption
7.8e+22 +2.7e+22-1.1e+22
astro-ph/9810047 🔍 (source) molecular abundances T _ { kin }
20.0
Lower
astro-ph/9810245 🔍 (source) maximum absorption optical depth \tau
0.1
astro-ph/9810283 🔍 (source) abundance of H dibaryons of the order n _ { H } / n _ { B }
0.07
astro-ph/9810392 🔍 (source) absolute M _ { B }
-26.5
Lower
astro-ph/9811124 🔍 (source) abundance Z
0.02
astro-ph/9811179 🔍 (source) helium abundance Y
0.28
astro-ph/9811195 🔍 (source) absolute magnitude M _ { V }
12.3 +1.2-1.1 mag
astro-ph/9811281 🔍 (source) absolute magnitude M _ { V , 0 }
-10.4 ± 0.2
astro-ph/9811387 🔍 (source) O/Fe overabundance Sun
0.4 dex
astro-ph/9811388 🔍 (source) unabsorbed flux
9.6
astro-ph/9812097 🔍 (source) abundance ratios \Delta Y / \Delta Z$ }
2.0
astro-ph/9812183 🔍 (source) absorption component
987.0 ± 1.0 km s-1
astro-ph/9812174 🔍 (source) absolute magnitude M _ { V }
-16.5
astro-ph/9812270 🔍 (source) Fe abundances Z
0.8
Lower
astro-ph/9812265 🔍 (source) absorption doublet
-560.0 km s-1
astro-ph/9812270 🔍 (source) sub-solar abundances Z
0.34
Lower
astro-ph/9812298 🔍 (source) Constant absorption column
5.5e+22 ± 5e+21 cm-2
astro-ph/9812302 🔍 (source) helium abundance Y
0.27 ± 0.01
astro-ph/9901123 🔍 (source) absolute luminosities of the source L _ { B }
1300000000000.0
astro-ph/9901157 🔍 (source) ^ { 4 } He abundance Y _ { P }
0.246 ± 0.0014
astro-ph/9901157 🔍 (source) ^ { 7 } Li abundance ( ^ { 7 } Li/H ) _ { P }
1.7e-10 ± 3e-11
astro-ph/9901157 🔍 (source) ^ { 7 } Li abundance
3.5000000000000003e-10 +1.1000000000000001e-10-9e-11
astro-ph/9901391 🔍 (source) abundance HD / H _ { 2 }
2e-05 ± 6e-06
astro-ph/9901391 🔍 (source) abundance HD / H _ { 2 }
2.6000000000000002e-05
Upper
astro-ph/9901391 🔍 (source) abundance HD / H _ { 2 }
7e-06
Lower
astro-ph/9901391 🔍 (source) deuterium abundance [ D ] / [ H ]
1e-05 ± 3e-06
astro-ph/9902112 🔍 (source) iron abundance
0.36 ± 0.03 s
astro-ph/9902112 🔍 (source) iron abundance
50.0 %
astro-ph/9902112 🔍 (source) iron abundance
0.53 ± 0.04 s
Upper
astro-ph/9902159 🔍 (source) metal abundance
0.5 ± 0.1
astro-ph/9902250 🔍 (source) absorption line indices Mg _ { 2 }
-3.0
Upper
astro-ph/9902369 🔍 (source) primordial helium abundance Y _ { p }
0.244 ± 0.001
astro-ph/9902368 🔍 (source) oxygen abundance 12 + log ( O / H )
7.13 ± 0.08
astro-ph/9902368 🔍 (source) oxygen abundance
7.22 ± 0.03
astro-ph/9903018 🔍 (source) abundance number ratios of H/He
0.5
Upper
astro-ph/9903017 🔍 (source) mean metal abundance [ Fe / H ]
-1.81 ± 0.1
astro-ph/9903054 🔍 (source) dust absorption factor
5.4 ± 0.9
astro-ph/9903052 🔍 (source) radius of detectable X-ray emission
-450.0 M_\odot L_\odot-1
astro-ph/9903059 🔍 (source) primordial abundance { A ( Li ) } _ { p }
2.0 dex
astro-ph/9903083 🔍 (source) absorbing column N _ { H }
6e+23 cm-2
astro-ph/9903171 🔍 (source) effective stability parameter Q
3.5 ± 1.5
astro-ph/9903424 🔍 (source) absorption edge
7.4 ± 0.2 keV
astro-ph/9904017 🔍 (source) abundances
0.0
astro-ph/9904017 🔍 (source) abundances [ Z / H ]
0.4
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/9904183 🔍 (source) metal abundances Z
0.02
Upper
astro-ph/9904227 🔍 (source) total unabsorbed flux
1.3999999999999998e-13 erg cm-2 s-1
astro-ph/9904227 🔍 (source) total unabsorbed flux
2.2e+38 erg s-1
astro-ph/9904249 🔍 (source) unabsorbed flux
1.1999999999999999e-11 erg cm-2 s-1
astro-ph/9904261 🔍 (source) relative abundance ] / [ H _ { 2 } ]
9e-06 ± 3.5e-06
astro-ph/9904261 🔍 (source) deuterium abundance in the warm shocked gas [ D ] / [ H ]
7.599999999999999e-06 ± 2.8999999999999998e-06
astro-ph/9904300 🔍 (source) probability distribution n
-2.0
astro-ph/9904404 🔍 (source) absolute reddening E _ { V - I }
0.43
Lower
astro-ph/9905109 🔍 (source) effective variability \Delta I / I
0.32 ± 0.04
astro-ph/9905187 🔍 (source) dust-phase abundance { [ ( Fe + Mg ) / Si ] } _ { d }
3.0 ± 0.2999999999999998
astro-ph/9905238 🔍 (source) oxygen abundances [ O / Fe ]
0.5
astro-ph/9905280 🔍 (source) oxygen abundance 12 + log ( O / H )
7.2
astro-ph/9905318 🔍 (source) absolute abs }
0.0
astro-ph/9905345 🔍 (source) oxygen abundance 12 + log ( O / H )
7.6 ± 0.01
astro-ph/9905374 🔍 (source) abundance
0.26 %
Upper
astro-ph/9906127 🔍 (source) neon abundance
2.0
astro-ph/9906295 🔍 (source) abundance Z _ { Fe }
0.33 +0.26-0.23
astro-ph/9906470 🔍 (source) H \delta absorption
1.9
Lower
astro-ph/9907102 🔍 (source) absorbing spot
70.0 ± 0.0
astro-ph/9907092 🔍 (source) subsolar abundances Z
0.1
Upper
astro-ph/9907128 🔍 (source) hydrogen abundance ratio D / H
3.4e-05
astro-ph/9907228 🔍 (source) oxygen abundance 12 + log O / H
7.338 ± 0.012
astro-ph/9907327 🔍 (source) variability \Delta
0.28 ± 0.01 mag
astro-ph/9909039 🔍 (source) absorption
2.7e+23 ± 7e+22
astro-ph/9909046 🔍 (source) helium abundance Y
0.26 ± 0.03
astro-ph/9909061 🔍 (source) deuterium abundance { ( D / H ) } _ { ISM }
1.6000000000000003e-05
Upper
astro-ph/9909169 🔍 (source) absolute magnitude M _ { B }
-28.8
Lower
astro-ph/9909208 🔍 (source) Absorption equivalent
3.88e+22 ± 1.6e+21
astro-ph/9909228 🔍 (source) metal abundance
0.25 ± 0.03
astro-ph/9909274 🔍 (source) abundance
0.32 ± 0.04
astro-ph/9909496 🔍 (source) OH abundance
3.0000000000000004e-05
astro-ph/9909496 🔍 (source) water abundance
4e-05 ± 3.0000000000000004e-05
astro-ph/9910001 🔍 (source) continuum absolute magnitude
-26.6
astro-ph/9910017 🔍 (source) absolute magnitudes
-12.67
astro-ph/9910106 🔍 (source) average absolute magnitude of the host galaxies M _ { R } ( host ) >
-23.9 ± 0.6
astro-ph/9910356 🔍 (source) gas-phase abundances [ Fe/H ] \ > = \
-1.4
Lower
astro-ph/9910349 🔍 (source) total absorbing column density N ( H )
2e+19 cm-2
astro-ph/9910402 🔍 (source) absolute magnitude M _ { R } ^ { o }
-13.1
astro-ph/9910384 🔍 (source) unabsorbed 2–10 keV flux
9e-13 erg cm-2 s-1
astro-ph/9910414 🔍 (source) helium abundance Y _ { He }
0.246
astro-ph/9910413 🔍 (source) metal abundance
0.17 ± 0.02
astro-ph/9910440 🔍 (source) absolute magnitude M _ { B }
-26.4
astro-ph/9910469 🔍 (source) absolute magnitude \langle M _ { HOST } ( tot ) \rangle
-24.0
astro-ph/9910542 🔍 (source) abundance
0.8
astro-ph/9911020 🔍 (source) mean abundance log ( \langle z \rangle / z _ { sun } )
2.3
Lower
astro-ph/9911020 🔍 (source) mean abundance \langle [ Fe / H ] \rangle
-1.49 ± 0.11
astro-ph/9911020 🔍 (source) abundance \sigma _ { int } ( [ Fe / H ] )
0.36 dex
astro-ph/9911020 🔍 (source) II abundance dispersion \sigma _ { int } ( [ Fe / H ] )
0.21 dex
astro-ph/9911020 🔍 (source) mean abundance log ( \langle z \rangle / z _ { sun } )
-1.6
astro-ph/9911020 🔍 (source) mean abundance
-0.95
astro-ph/9911097 🔍 (source) fractional abundance of molecular hydrogen \log f
-4.08
astro-ph/9911080 🔍 (source) molecular abundance
1e-07
astro-ph/9911109 🔍 (source) absolute K-corrected magnitude M _ { R }
-23.7 ± 0.6 mag
astro-ph/9911261 🔍 (source) primordial deuterium abundance D / H
1.5000000000000002e-05
gr-qc/9911058 🔍 (source) adiabatic constant \Gamma
2.0
astro-ph/9911343 🔍 (source) absorption n
0.8
astro-ph/9911343 🔍 (source) absorption v _ { c }
40.0 ± 10.0 km s-1
astro-ph/9911352 🔍 (source) photospheric abundance Z
0.6
astro-ph/9911387 🔍 (source) abundance
-2.0
Lower
astro-ph/9911528 🔍 (source) absolute TRGB magnitude
-4.05 ± 0.04 mag
astro-ph/9912127 🔍 (source) unabsorbed reflection spectrum R
0.15
Lower
astro-ph/9912217 🔍 (source) their RRab variables
0.71 day
astro-ph/9912348 🔍 (source) absorbing column
2.0000000000000002e+23 cm-2
astro-ph/9912452 🔍 (source) absolute magnitudes M _ { H }
-16.0
astro-ph/0001030 🔍 (source) absorbing column density N _ { H }
1.8500000000000004e+23 +2.2400000000000003e+23-1.47e+23 cm-2
astro-ph/0001035 🔍 (source) abundance ratio
1.0
astro-ph/0001057 🔍 (source) oxygen abundance logL _ { B }
8.0
astro-ph/0001102 🔍 (source) helium abundance M
0.54 M_\odot
astro-ph/0001172 🔍 (source) abundance Fe / He
-6.0
Upper
astro-ph/0001173 🔍 (source) average fractional abundance \langle X ( SiO ) \rangle
1.5e-10
Upper
astro-ph/0001220 🔍 (source) Mg abundance
-2.7
Lower
astro-ph/0001228 🔍 (source) Carbon abundances C / He
0.08
Lower
astro-ph/0001329 🔍 (source) abundance $Z _ { Fe } $ }
1.0
astro-ph/0001527 🔍 (source) CS abundance \alpha
1.25 ± 0.25
astro-ph/0001527 🔍 (source) abundance
8e-10
astro-ph/0001530 🔍 (source) unabsorbed 0.5–10 keV flux
6.7e-12 erg cm-2 s-1
astro-ph/0002199 🔍 (source) absolute K -corrected host galaxy magnitude \langle M _ { K } \rangle
-25.15 ± 0.04
astro-ph/0002210 🔍 (source) absorption gas Z
0.01
astro-ph/0002439 🔍 (source) total absolute magnitude M _ { V }
-5.78 ± 0.16
astro-ph/0002483 🔍 (source) adiabatic index
0.7999999999999999 +0.6-0.5999999999999999
astro-ph/0002488 🔍 (source) He abundance
0.04
astro-ph/0002490 🔍 (source) absorption A _ { V }
2.0
astro-ph/0002504 🔍 (source) absence of deceleration in the expansion q _ { o }
0.0
astro-ph/0003087 🔍 (source) stellar abundances Fe/H ]
-2.2
Upper
astro-ph/0003087 🔍 (source) metal abundances [ Fe / H ]
-0.6
Upper
astro-ph/0003086 🔍 (source) abundance [ Fe / H ]
-3.1
astro-ph/0003103 🔍 (source) metal abundances [ Fe / H ]
0.0
Lower
astro-ph/0003086 🔍 (source) abundances of the heavier Z
56.0
Lower
astro-ph/0003164 🔍 (source) primordial Li abundance { A ( Li ) } _ { p }
2.07 +0.16-0.04
astro-ph/0003320 🔍 (source) oxygen abundance 12 + log ( O / H )
7.35
astro-ph/0003448 🔍 (source) absorption column density N _ { H }
1.3e+22 cm-2
astro-ph/0004030 🔍 (source) primordial value of the deuterium abundance { ( D / H ) } _ { p }
3.0000000000000004e-05
Upper
astro-ph/0004097 🔍 (source) abundance range [ Fe / H ]
-1.6
Lower
astro-ph/0004100 🔍 (source) abundance
0.00035 ± 0.00015000000000000001
astro-ph/0004099 🔍 (source) variables
0.24
astro-ph/0004099 🔍 (source) period of the RR Lyrae ab variables
0.62 day
astro-ph/0004333 🔍 (source) ICM abundances \epsilon _ { SN }
1.0
astro-ph/0004414 🔍 (source) absorbing column density N _ { H }
2.55e+19 +9.500000000000002e+18-9.499999999999998e+18 cm-2
astro-ph/0005008 🔍 (source) absolute magnitude M _ { V }
-17.7 mag
astro-ph/0005056 🔍 (source) Elemental abundances C / He
0.7 ± 0.2
astro-ph/0005098 🔍 (source) oxygen abundance [ O / H ]
-1.85 ± 0.1
astro-ph/0005098 🔍 (source) abundances
-2.07 ± 0.1
astro-ph/0005188 🔍 (source) abundance pattern of the heavy Z
56.0
Lower
astro-ph/0005322 🔍 (source) Si abundance log \epsilon _ { Si }
7.51 ± 0.04
astro-ph/0005321 🔍 (source) meteoritic Fe abundance log \epsilon _ { Fe }
7.46 ± 0.01
astro-ph/0005351 🔍 (source) abundance Pb ( [ Pb/Fe ]
2.65
astro-ph/0005373 🔍 (source) abundances
2.31
astro-ph/0005373 🔍 (source) abundances
-2.26
astro-ph/0005373 🔍 (source) abundances
-2.1
astro-ph/0005378 🔍 (source) adiabatic index \Gamma
2.0
astro-ph/0005414 🔍 (source) absolute magnitude M _ { 1450 }
-27.2
astro-ph/0005437 🔍 (source) boron abundances
0.13
astro-ph/0005477 🔍 (source) absorption column density
1.23e+22 +8e+21-3.2e+21 cm-2
astro-ph/0005520 🔍 (source) gas-phase abundances
-1.0
astro-ph/0005520 🔍 (source) gas-phase abundances [ { B / O }
-0.17
Upper
astro-ph/0005520 🔍 (source) abundances
-1.3
astro-ph/0005520 🔍 (source) abundances \log \langle n _ { H } \rangle
0.7
Upper
astro-ph/0005520 🔍 (source) present-day total ( gas+dust ) interstellar boron abundance B / H
2.5e-10 ± 9e-11
Lower
astro-ph/0005565 🔍 (source) absorption N _ { H }
1.1000000000000001e+21 +4.9e+21-1.1000000000000001e+21
astro-ph/0005589 🔍 (source) helium abundance Y
0.292 ± 0.002
astro-ph/0006064 🔍 (source) Crab direction N _ { H }
3.23e+21 cm-2
astro-ph/0006206 🔍 (source) absorption-line redshift
1.02
astro-ph/0006327 🔍 (source) average abundance [ Fe / H ]
-0.64 ± 0.02
astro-ph/0007206 🔍 (source) adiabatic index \Gamma
3.0
astro-ph/0007419 🔍 (source) deuterium abundance Y _ { D }
0.0002 ± 5e-05
astro-ph/0007419 🔍 (source) deuterium abundance Y _ { D }
3.4e-05 ± 3e-06
astro-ph/0007444 🔍 (source) chemical abundances \Omega _ { WD }
0.0002 h-1
Upper
astro-ph/0007471 🔍 (source) absolute magnitude M _ { V }
0.61
Lower
astro-ph/0007472 🔍 (source) H _ { 2 } fractional abundance f ( H _ { 2 } )
4e-08
astro-ph/0007471 🔍 (source) absolute magnitude
0.68 ± 0.15
astro-ph/0007471 🔍 (source) absolute magnitude M _ { V }
0.76 ± 0.13 mag
astro-ph/0008242 🔍 (source) sub-solar oxygen abundances log ( O / H )
8.8
Upper
astro-ph/0008274 🔍 (source) absorption column density
2.9e+22 cm-2
astro-ph/0008384 🔍 (source) metal abundances [ Fe / H ] }
-3.2
astro-ph/0008384 🔍 (source) metal abundances
-2.85
astro-ph/0009025 🔍 (source) global oxygen abundance log ( O / H )
-3.7 ± 0.4
astro-ph/0009047 🔍 (source) mean neon abundance \log A
8.1
astro-ph/0009047 🔍 (source) abundance of neon
8.08
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/0009148 🔍 (source) interstellar hydrogen absorption column \log [ N _ { H \sc i } ( cm ^ { -2 } ) ]
20.45 ± 0.2
astro-ph/0009195 🔍 (source) abundances
5e-09
astro-ph/0009213 🔍 (source) mean stellar oxygen abundance
8.36 ± 0.19
astro-ph/0009213 🔍 (source) mean stellar oxygen abundance 12 + log ( O / H )
0.21
astro-ph/0009429 🔍 (source) metal abundance
0.3 S
astro-ph/0009482 🔍 (source) abundance log N ( Be / H )
-13.1 ± 0.15 dex
astro-ph/0010007 🔍 (source) optical absolute magnitude M _ { V }
-24.0
Lower
astro-ph/0010046 🔍 (source) absolute magnitude M _ { V } ^ { 0 }
-10.0
Upper
astro-ph/0010046 🔍 (source) absolute magnitude
-6.0
astro-ph/0010054 🔍 (source) abundances
3.4 ± 1.1
astro-ph/0010120 🔍 (source) abundance T _ { 8 }
0.8
Lower
astro-ph/0010120 🔍 (source) abundance
3.0000000000000004e-05
astro-ph/0010303 🔍 (source) helium abundance Y
0.27
astro-ph/0010343 🔍 (source) Fe iii absorption
-55.0 km s-1
astro-ph/0010411 🔍 (source) Li abundance [ Fe / H ]
-1.0
Upper
astro-ph/0010434 🔍 (source) Ar abundance [ Ar / H ]
-1.91 ± 0.09
astro-ph/0010434 🔍 (source) abundance of the non-refractory element phosphorus [ P / H ]
-2.31 ± 0.1
astro-ph/0010485 🔍 (source) radius of the absorber
0.2 pc
astro-ph/0010513 🔍 (source) lithium abundance \log \epsilon ( Li )
3.6
astro-ph/0010522 🔍 (source) absolute ages
8000000.0 ± 1500000.0 yr
astro-ph/0011113 🔍 (source) abundance [ Fe / H ]
0.7
astro-ph/0011113 🔍 (source) abundance
-1.8
Upper
astro-ph/0011255 🔍 (source) total absolute magnitude M _ { V }
-23.0
Upper
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/0011461 🔍 (source) absorption depth A _ { v }
2.25
Upper
astro-ph/0012018 🔍 (source) abundance of gravitational waves T / S
0.3
astro-ph/0012045 🔍 (source) absolute parallax \pi _ { abs }
98.0 ± 0.4
astro-ph/0012292 🔍 (source) abundance
5.0
astro-ph/0101412 🔍 (source) metal abundance
0.49 ± 0.08 s
astro-ph/0101412 🔍 (source) absorption
1.1299999999999999e+21 ± 2.8000000000000003e+20
astro-ph/0101412 🔍 (source) abundance
0.32 ± 0.05 s
astro-ph/0101412 🔍 (source) absorption
4.4000000000000007e+20
astro-ph/0102014 🔍 (source) metal abundance [ Fe / H ]
-0.06 ± 0.15
astro-ph/0102151 🔍 (source) absorption-corrected luminosity L _ { X }
2.5000000000000002e+32 erg s-1
astro-ph/0102151 🔍 (source) 2–10 keV absorbed flux F _ { X }
1.7e-14 erg cm-2 s-1
astro-ph/0102151 🔍 (source) absorption-corrected luminosity
2.3999999999999997e+33 +3e+33-5.999999999999999e+32 erg s-1
astro-ph/0102177 🔍 (source) absolute magnitude of the galaxy M _ { B }
-18.2
astro-ph/0102183 🔍 (source) absorption column
1.0000000000000001e+23 H cm-2
astro-ph/0102361 🔍 (source) maximum unabsorbed flux
6.000000000000001e-13 erg cm-2 s-1
astro-ph/0102437 🔍 (source) unabsorbed X-ray flux F _ { x }
4.2999999999999994e-11 erg cm-2 s-1
astro-ph/0102468 🔍 (source) unabsorbed ) X-ray luminosity L _ { x }
1.3e+32 erg s-1
astro-ph/0102480 🔍 (source) iron abundance
0.6
astro-ph/0102500 🔍 (source) abundance
0.2
astro-ph/0102492 🔍 (source) peak absolute M _ { B }
-19.5
astro-ph/0103103 🔍 (source) iron abundance
0.6
astro-ph/0103103 🔍 (source) iron abundance
0.25 ± 0.04999999999999999
gr-qc/0103041 🔍 (source) adiabatic \gamma
3.0
gr-qc/0103041 🔍 (source) adiabatic \gamma
2.25
Upper
gr-qc/0103041 🔍 (source) adiabatic \gamma
1.8
astro-ph/0103299 🔍 (source) heavy element abundance pattern Z
56.0
Lower
hep-ph/0103200 🔍 (source) vacuum oscillation probability \begin { picture }
0.0
hep-ph/0103200 🔍 (source) vacuum oscillation probability \begin { picture }
-0.3
hep-ph/0103200 🔍 (source) vacuum oscillation probability \begin { picture }
1.4
hep-ph/0103200 🔍 (source) vacuum oscillation probability \begin { picture }
1.0
hep-ph/0103200 🔍 (source) vacuum oscillation probability \begin { picture }
0.7
astro-ph/0103401 🔍 (source) absorption column
2.0000000000000002e+23 ± 1.0000000000000001e+23 H cm-2
astro-ph/0104053 🔍 (source) abundance Fe / H ] }
-0.4
astro-ph/0104071 🔍 (source) O abundances [ Fe / H ]
-3.0
astro-ph/0104187 🔍 (source) mean trend of Eu abundances
-3.0
Lower
astro-ph/0104466 🔍 (source) overabundance relative to iron [ Co / Fe ]
0.31 ± 0.05
astro-ph/0105131 🔍 (source) metal abundance
0.6 ± 0.1 s
astro-ph/0105131 🔍 (source) absorption
7.900000000000001e+22 ± 5e+21
astro-ph/0105166 🔍 (source) mean iron abundance [ Fe / H ]
-2.02
astro-ph/0105170 🔍 (source) absolute metallicity [ Zn / H ]
-0.26
astro-ph/0105170 🔍 (source) nitrogen abundance [ N / Zn ]
-1.4
astro-ph/0105258 🔍 (source) absorbing column
80.0 +0.09-0.17
astro-ph/0105249 🔍 (source) solid-state abundances
2e-06 ± 1e-06
astro-ph/0105279 🔍 (source) absorption
56.0
astro-ph/0105466 🔍 (source) oxygen abundance
0.093 +0.125-0.047 s
astro-ph/0105490 🔍 (source) peak absolute magnitude M _ { B }
-17.15 ± 0.23
astro-ph/0105511 🔍 (source) absolute magnitude
2.0 AU
astro-ph/0105529 🔍 (source) fractional molecular abundance f _ { H _ { 2 } }
1.94e-06 ± 1e-07
astro-ph/0106009 🔍 (source) abundance x _ { H _ { 2 } ,cr
0.003
astro-ph/0106009 🔍 (source) H _ { 2 } abundance x _ { H _ { 2 } , cr }
0.003
astro-ph/0106031 🔍 (source) unabsorbed
2.1 +1.9-1.9000000000000001
astro-ph/0106080 🔍 (source) primordial lithium abundance
2.5 ± 0.1
astro-ph/0106066 🔍 (source) unabsorbed
1.2999999999999999e+45 +1.5999999999999998e+44-1.4e+44 erg s-1
astro-ph/0106097 🔍 (source) oxygen abundance [ O / H ]
-1.0
astro-ph/0106224 🔍 (source) abundances of the carbon–oxygen rich mantle X ( O ^ { 16 } )
0.55
astro-ph/0106224 🔍 (source) average abundances of the oxygen–neon rich core X ( O ^ { 16 } )
0.55
astro-ph/0106360 🔍 (source) oxygen abundance \log \epsilon ( O )
8.69 ± 0.05 dex
astro-ph/0106523 🔍 (source) abundance [ Fe / H ]
-1.6
Lower
astro-ph/0107175 🔍 (source) total unabsorbed flux F _ { X } ( 0.5 – 10 keV
1.1000000000000001e-10 erg cm-2 s-1
astro-ph/0107191 🔍 (source) absorption column
3.2e+22 +7.999999999999998e+21-8.000000000000003e+21 cm-2
astro-ph/0107314 🔍 (source) abundance relative to solar
0.26 ± 0.15
astro-ph/0107331 🔍 (source) absorption column
7.1e+21 cm-2
astro-ph/0107338 🔍 (source) absorption
5e+22
astro-ph/0107380 🔍 (source) unabsorbed flux
2e-13 erg cm-2 s-1
astro-ph/0107469 🔍 (source) interstellar absorption n _ { H }
4.5
Lower
astro-ph/0107469 🔍 (source) interstellar absorption n _ { H }
1.59e+22 ± 5e+20 cm-2
astro-ph/0107559 🔍 (source) absorption-corrected X-ray luminosity H _ { 0 }
6.5e+43 erg s-1
astro-ph/0107559 🔍 (source) absorption-corrected X-ray luminosity L _ { X }
6.5e+43 erg s-1
astro-ph/0107603 🔍 (source) absolute magnitude M _ { B }
-15.7
astro-ph/0108119 🔍 (source) iron abundances \hbox { $
-1.9
astro-ph/0108119 🔍 (source) iron abundances \hbox { $
-2.03
astro-ph/0108119 🔍 (source) iron abundances
-2.1
astro-ph/0108236 🔍 (source) adiabatic index \Gamma
2.0
astro-ph/0108413 🔍 (source) silicate absorption feature \tau _ { 9.7 \mu m }
0.9 ± 0.3
astro-ph/0109115 🔍 (source) oxygen abundance 12 + log ( O / H )
8.95 ± 0.2
astro-ph/0109171 🔍 (source) central hydrogen abundance
0.4
Upper
astro-ph/0109256 🔍 (source) oxygen abundance 12 + log ( O / H )
7.48 +0.019999999999999574-0.020000000000000462
astro-ph/0109255 🔍 (source) nitrogen-to-oxygen abundance ratio log N / O
-1.64 ± 0.02
astro-ph/0109297 🔍 (source) fractional abundance f
2.0
astro-ph/0109389 🔍 (source) metal abundance
0.3
astro-ph/0109488 🔍 (source) unabsorbed 2–10 keV rest-frame luminosity
3.5000000000000003e+44 erg s-1
astro-ph/0109533 🔍 (source) absolute magnitude M _ { V }
-11.74
astro-ph/0109535 🔍 (source) mean plateau absolute brightness \overline { M } _ { V } ( plateau )
-16.4 ± 0.6 mag
astro-ph/0110158 🔍 (source) absolute magnitude of the galaxy M _ { V }
-10.48
astro-ph/0110279 🔍 (source) abundance
1.0
astro-ph/0110279 🔍 (source) abundance
0.1
astro-ph/0110279 🔍 (source) abundance
0.3
astro-ph/0110271 🔍 (source) average field absorption A _ { V }
0.07 ± 0.03
Lower
astro-ph/0110512 🔍 (source) iron abundance Z _ { F _ { e } }
0.16 ± 0.02
astro-ph/0110526 🔍 (source) chemical abundances Y
0.25
astro-ph/0110542 🔍 (source) optical depth to synchrotron self–absorption \tau _ { s }
1.0
astro-ph/0110548 🔍 (source) deuterium abundance [ D ] / [ H ]
5.0999999999999995e-06 ± 1.8999999999999998e-06
astro-ph/0110555 🔍 (source) average metal abundance Fe / H ]
-1.6 dex
astro-ph/0110605 🔍 (source) Fe abundance \log \varepsilon _ { Fe , \odot }
7.48
gr-qc/0111005 🔍 (source) adiabatic \Gamma
2.0
astro-ph/0111062 🔍 (source) abundances
2.5
astro-ph/0111167 🔍 (source) metal abundance [ Fe / H ]
0.0
astro-ph/0111365 🔍 (source) mean metal abundance [ Fe / H ]
-1.7
astro-ph/0111365 🔍 (source) internal abundance dispersion
0.2 dex
astro-ph/0111513 🔍 (source) absorbing column density N _ { H }
4.8e+23 ± 2.1e+23 cm-2
astro-ph/0112213 🔍 (source) ratio of total to selective absorption
2.89 ± 0.19
astro-ph/0112403 🔍 (source) total detectable dust mass
2.8e-05 M_\odot
astro-ph/0201266 🔍 (source) tangential atmospheric sulfur column abundance \hskip {
3600000000000.0 cm-2
astro-ph/0201267 🔍 (source) unabsorbed luminosity
7.500000000000001e+40 erg s-1
astro-ph/0201453 🔍 (source) nitrogen abundance \varepsilon ( N )
7.0
astro-ph/0201468 🔍 (source) mean unabsorbed flux
8.949999999999999e-11 erg cm-2 s-1
Lower
astro-ph/0201487 🔍 (source) absorption velocity P _ { orb }
4.0 km s-1
astro-ph/0201487 🔍 (source) absorption velocity
64.176
astro-ph/0201497 🔍 (source) } abundance x _ { H _ { 2 }
0.003
astro-ph/0201497 🔍 (source) H _ { 2 } abundance x _ { H _ { 2 } , cr }
0.003
astro-ph/0202092 🔍 (source) molecular abundances X
0.1
astro-ph/0202092 🔍 (source) molecular abundances
1.0
astro-ph/0202109 🔍 (source) element abundance ratios [ N / O ]
9.5 ± 1.3
astro-ph/0202158 🔍 (source) abundances \log \varepsilon { ( Li ) }
3.9
Upper
astro-ph/0202158 🔍 (source) abundances
2.9
Lower
astro-ph/0202212 🔍 (source) abundance N
45.0 % s
astro-ph/0202398 🔍 (source) unabsorbed
6e-14 ± 2e-14 erg cm-2 s-1
astro-ph/0202449 🔍 (source) intrinsic absorption
8e+22 cm-2
astro-ph/0203032 🔍 (source) mean absolute magnitude M _ { V } ^ { BSG } ( 3 ) >
-8.95 mag
astro-ph/0203136 🔍 (source) absolute V magnitude M _ { V }
-3.0 mag
astro-ph/0203180 🔍 (source) abundance ratios Pb / Ba
1.0
astro-ph/0203305 🔍 (source) abundances [ Fe / H ]
-0.13 ± 0.14
astro-ph/0203485 🔍 (source) absolute
-7.7
astro-ph/0203485 🔍 (source) absolute
21.0
astro-ph/0204026 🔍 (source) iron abundance [ Fe / H ]
-1.0 ± 0.3
astro-ph/0204026 🔍 (source) boron abundance 12 + log ( B / H )
1.6
Upper
astro-ph/0204050 🔍 (source) unabsorbed flux
3.8999999999999995e-11 erg cm-2 s-1
astro-ph/0204109 🔍 (source) intrinsic abundance dispersion \sigma _ { int } ( [ Fe / H ] )
0.12
astro-ph/0204109 🔍 (source) mean abundance \langle [ Fe / H ] \rangle
-1.88 ± 0.11
astro-ph/0204117 🔍 (source) Pb abundance \log \epsilon ( Pb )
1.9
astro-ph/0204185 🔍 (source) average absolute distances to the Galactic plane
0.21 kpc
astro-ph/0204204 🔍 (source) absorber thickness
70.0 pc
astro-ph/0204185 🔍 (source) average absolute distances to the Galactic plane
0.38
astro-ph/0204185 🔍 (source) average absolute distances to the Galactic plane
0.73
astro-ph/0204209 🔍 (source) He abundance \epsilon ( He )
0.12
astro-ph/0204246 🔍 (source) average absorption
3.4 ± 0.2 mag
astro-ph/0204274 🔍 (source) probable distance
350.0 ± 50.0 pc
astro-ph/0204306 🔍 (source) iron abundance
0.47 ± 0.19
astro-ph/0204332 🔍 (source) lithium abundance A ( Li )
2.34
astro-ph/0204332 🔍 (source) lithium abundance \Omega _ { b } h ^ { 2 }
0.016 ± 0.004
astro-ph/0204420 🔍 (source) iron abundance ratios \alpha / { Fe } ] $ }
0.4
astro-ph/0204448 🔍 (source) } abundance
3.2e-12
astro-ph/0205014 🔍 (source) probability
13.0
Lower
astro-ph/0205058 🔍 (source) iron abundance T _ { eff }
50.0
Lower
astro-ph/0205192 🔍 (source) abundant species Mg _ { 2 } SiO _ { 4 }
2.0 A
astro-ph/0205300 🔍 (source) relative iron abundance \Delta { [ Fe / H ] }
0.04 ± 0.07
astro-ph/0205355 🔍 (source) empirical abundance R _ { 23 }
7.26
astro-ph/0205349 🔍 (source) methyl acetylene abundance
60000.0
astro-ph/0205374 🔍 (source) abundance gradient Z _ { Fe }
2.0
astro-ph/0205421 🔍 (source) normal metal abundance [ Me / H ]
0.1 dex
astro-ph/0205511 🔍 (source) absolute masses M _ { A }
0.844 ± 0.018 M_\odot
astro-ph/0206089 🔍 (source) abundance \log \epsilon ( C )
8.39 ± 0.04 dex
astro-ph/0206112 🔍 (source) unabsorbed flux
1.1e-14 erg cm-2 s-1
astro-ph/0206153 🔍 (source) absolute magnitude
-15.7
Lower
astro-ph/0206214 🔍 (source) absolute magnitude M _ { V }
-3.47 ± 0.1
astro-ph/0206233 🔍 (source) surface abundances C / He
0.1
Lower
astro-ph/0206376 🔍 (source) 0.5–10 keV unabsorbed luminosity L _ { X }
4.999999999999999e+31 erg s-1
astro-ph/0206420 🔍 (source) abundance ratio in apolar ices . A ratio { { } ^ { 12 } CO } / { { } ^ { 13 } CO }
71.0 ± 15.0
astro-ph/0206422 🔍 (source) Si abundance
1.45 ± 0.25
astro-ph/0207059 🔍 (source) absolute magnitude M _ { V
0.04
astro-ph/0207059 🔍 (source) absolute magnitude
0.47
astro-ph/0207059 🔍 (source) metal abundance [ Fe / H ]
-1.93 ± 0.2
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/0207198 🔍 (source) abundance
0.275 +0.125-0.12500000000000003 dex
astro-ph/0207301 🔍 (source) oxygen abundance [ O / H ]
-2.2
astro-ph/0207313 🔍 (source) HCO abundance occurring at the outer ring X ( HCO )
8.000000000000001e-10
astro-ph/0207431 🔍 (source) neutral absorbing column density N _ { H }
2.0000000000000002e+23 cm-2
astro-ph/0207498 🔍 (source) OH abundance
3.5e-06 ± 1.5e-06
Lower
gr-qc/0207098 🔍 (source) adiabatic index \gamma
2.0
astro-ph/0207548 🔍 (source) absorption A _ { I }
0.47 mag
astro-ph/0207577 🔍 (source) abundance ratios [ CHD _ { 2 } OH ] / [ CH _ { 3 } OH ]
0.2 ± 0.1
astro-ph/0207583 🔍 (source) abundance [ O / H ]
-0.6
Lower
astro-ph/0207585 🔍 (source) abundance holmium ( Z
67.0
astro-ph/0207585 🔍 (source) photospheric abundance
0.26 ± 0.16
astro-ph/0207585 🔍 (source) abundance log ( Ho )
0.43
astro-ph/0207588 🔍 (source) absolute magnitude M _ { K } ( RC )
-1.64 ± 0.17
astro-ph/0207601 🔍 (source) probable reddening E ( { B } { - } { V } )
0.21 ± 0.09 mag
astro-ph/0207660 🔍 (source) mean oxygen abundance O/Fe ]
0.54
astro-ph/0207660 🔍 (source) solar oxygen abundance \epsilon ( O )
8.87
astro-ph/0208020 🔍 (source) abundances of neutron-capture elements [ Fe / H ]
-2.7
Lower
astro-ph/0208019 🔍 (source) iron abundance [ Fe / H ]
-3.7
astro-ph/0208125 🔍 (source) absorption region
25.0 AU
astro-ph/0208166 🔍 (source) unabsorbed flux
6.6e-10 ± 1.0000000000000001e-11 erg cm-2 s-1
astro-ph/0208179 🔍 (source) absorption N _ { H }
3.6e+22 ± 3.1e+22 cm-2
astro-ph/0208179 🔍 (source) absorption N _ { H }
2e+22 cm-2
astro-ph/0208183 🔍 (source) fraction of unabsorbed F _ { 2
5.0
Upper
astro-ph/0208202 🔍 (source) abundance Ne/Fe ]
1.05 ± 0.08
astro-ph/0208207 🔍 (source) H i absorption
0.032 ± 0.004
astro-ph/0208290 🔍 (source) O total abundance
2.8 +5.1-1.5
Upper
astro-ph/0208289 🔍 (source) unabsorbed luminosity L _ { X } ^ { unabs }
1.7e+34 erg s-1
astro-ph/0208450 🔍 (source) mean abundances relative to solar [ Si / H ]
-1.26 ± 0.13
astro-ph/0209104 🔍 (source) CO abundance
0.0002
astro-ph/0209129 🔍 (source) absolute age
11.5 ± 0.5 Gyr
astro-ph/0209250 🔍 (source) element abundance ratios [ \alpha / Fe ]
0.5
Lower
astro-ph/0209250 🔍 (source) element abundance ratios
0.3
Lower
astro-ph/0209258 🔍 (source) absolute H \alpha emission
4.9500000000000003e-17 +3.850000000000001e-17-3.8500000000000003e-17 erg s-1 cm-2
astro-ph/0209296 🔍 (source) C/He abundance n ( C ^ { 4 + } ) /n ( He ^ { 2 + } )
0.06
Upper
astro-ph/0209434 🔍 (source) mean Li abundance A ( Li )
2.36
astro-ph/0209499 🔍 (source) abundances
7.42
Lower
astro-ph/0209499 🔍 (source) abundances
8.4
astro-ph/0209507 🔍 (source) absorption
-1.0
astro-ph/0209507 🔍 (source) absorption
10.0
astro-ph/0210134 🔍 (source) lens abundance w
-1.0
Lower
astro-ph/0210187 🔍 (source) absorption feature
23.3 +1.3-0.6 keV
astro-ph/0210248 🔍 (source) X-ray absorbing column N _ { H }
3e+23 cm-2
astro-ph/0210356 🔍 (source) O/H abundances O/H )
1.0
astro-ph/0210362 🔍 (source) absolute age
11.5 ± 0.5 Gyr
astro-ph/0210401 🔍 (source) unabsorbed X-ray flux
2.9e-13 erg cm-2 s-1
astro-ph/0210401 🔍 (source) unabsorbed X-ray flux
3.4e-13 erg cm-2 s-1
astro-ph/0210479 🔍 (source) adiabatic index \gamma
0.2
Lower
astro-ph/0210479 🔍 (source) adiabatic index \gamma
0.2
Lower
astro-ph/0210590 🔍 (source) abundance { [ Fe / H ] } _ { II }
-2.4
Lower
astro-ph/0210619 🔍 (source) carbon abundance [ C / H ]
-2.93 ± 0.13
astro-ph/0210619 🔍 (source) abundance ratio [ Si / C ]
0.35 ± 0.15
astro-ph/0211123 🔍 (source) tunable parameter f _ { NL }
-5.0
Upper
astro-ph/0211154 🔍 (source) unabsorbed X-ray luminosity
1.1999999999999998e+33 erg s-1
astro-ph/0211164 🔍 (source) oxygen abundance O / H
8.9
Upper
astro-ph/0211204 🔍 (source) abundance ratio [ Si / C ]
0.35
astro-ph/0211230 🔍 (source) interstellar hydrogen absorption density column N _ { H }
6.05e+20 +1.29e+20-9.7e+19 cm-2
astro-ph/0211229 🔍 (source) Faber-Jackson slope \gamma _ { FJ }
3.29 ± 0.58
astro-ph/0211468 🔍 (source) unabsorbed pulsar flux
3.5e-13 erg s-1 cm-2
astro-ph/0211572 🔍 (source) unabsorbed X-ray luminosity
1e+34 erg s-1
astro-ph/0211574 🔍 (source) absorbing HC _ { 3 } N
4.5e+17 ± 1.5e+17 cm-2
astro-ph/0212073 🔍 (source) absolute magnitude M _ { 814 }
10.25 ± 0.25
astro-ph/0212101 🔍 (source) absolute \pi _ { abs }
214.6 ± 0.2 m as
astro-ph/0212236 🔍 (source) total AB magnitudes
26.8
astro-ph/0212308 🔍 (source) abundance
0.61 +0.16000000000000003-0.15999999999999998
astro-ph/0212474 🔍 (source) spectral variability parameter \beta
15.0
astro-ph/0212543 🔍 (source) absolute magnitude \Delta m _ { 15 } ( B )
1.65 +0.050000000000000044-0.04999999999999982
astro-ph/0301003 🔍 (source) radial velocity variability
34.0 km s-1
astro-ph/0301123 🔍 (source) abundance
0.22 +0.04-0.03
astro-ph/0301123 🔍 (source) abundance
0.6 +0.3-0.2
astro-ph/0301183 🔍 (source) scale length of the absorber L
140.0 kpc
Lower
astro-ph/0301383 🔍 (source) absorbing column N _ { H }
4e+24 cm-2
astro-ph/0301407 🔍 (source) abundance [ N / H ]
-3.0
astro-ph/0301450 🔍 (source) elemental abundances Ni ( Z
28.0
Upper
astro-ph/0301468 🔍 (source) abundance
0.9
Upper
astro-ph/0301492 🔍 (source) oxygen abundance ( 12 + log ( O/H )
7.32
astro-ph/0301572 🔍 (source) optical absolute magnitude M _ { v }
2.3
astro-ph/0302032 🔍 (source) nitrogen abundance [ N / H ]
-2.8
astro-ph/0302093 🔍 (source) abundances 12 + log ( O / H )
7.5
astro-ph/0302103 🔍 (source) beam averaged fractional abundance x ( OH )
4e-08
astro-ph/0302155 🔍 (source) Crab flux N _ { \gamma } ( E > 730 \mbox { GeV } )
9.6e-13 ± 2.3000000000000003e-13 ph
astro-ph/0302179 🔍 (source) abundance
6e-06
astro-ph/0302179 🔍 (source) abundance
2e-06
astro-ph/0302179 🔍 (source) abundance
5e-05
astro-ph/0302179 🔍 (source) abundance
4.9999999999999996e-06
astro-ph/0302413 🔍 (source) absorption N _ { H }
3e+20 cm-2
astro-ph/0302494 🔍 (source) average abundance Z / Z _ { \odot }
4.0
Lower
astro-ph/0302528 🔍 (source) areal density of highly variable
0.005
Upper
astro-ph/0302555 🔍 (source) absorber \log U
1.6
astro-ph/0303044 🔍 (source) abundance
3e-07 ± 1e-07
astro-ph/0303122 🔍 (source) total ammonia abundance NH _ { 3 } / H _ { 2 }
5e-09
astro-ph/0303152 🔍 (source) absolute masses M _ { 1 }
2.633 ± 0.028 M_\odot
astro-ph/0303132 🔍 (source) ordinary abundance X ( CH _ { 3 } OH )
3.0000000000000004e-09
astro-ph/0303136 🔍 (source) unabsorbed 2–10 keV fluxes
6e-10 ± 3e-10 erg cm-2 s-1
astro-ph/0303176 🔍 (source) abundance [ Fe / H ]
-2.0
Lower
astro-ph/0303378 🔍 (source) absorption coefficients R _ { B }
4.17
astro-ph/0303542 🔍 (source) abundance
10.4 Gyr
Lower
astro-ph/0303530 🔍 (source) intrinsic absorbing column N _ { H }
4e+21 cm-2
astro-ph/0303586 🔍 (source) interstellar total oxygen abundance O/H ) _ { gas } _ { \odot }
517.0 ± 58.0
astro-ph/0303586 🔍 (source) abundance O/H ) _ { gas }
408.0 ± 13.0
astro-ph/0303586 🔍 (source) oxygen abundance
2.6 kpc
astro-ph/0303651 🔍 (source) ratio of absorption coefficients \kappa _ { 8 } / \kappa _ { 850 }
1010.0
Upper
astro-ph/0304036 🔍 (source) s absolute proper motion \mu _ { \alpha } \hat { \alpha }
-12.26 ± 0.54 m as yr-1
astro-ph/0304077 🔍 (source) absolute distance modulus
15.5 mag
astro-ph/0304139 🔍 (source) absorption column density
2.0000000000000002e+23 cm-2
astro-ph/0304133 🔍 (source) neutral absorption N _ { H }
3.5e+22 ± 5e+21
astro-ph/0304152 🔍 (source) helium abundance \Delta Y
0.0107
astro-ph/0304174 🔍 (source) probable proximity to ( d
20.0 ± 10.0 pc
hep-ph/0304162 🔍 (source) two absorption ranges R _ { 12 } ^ { abs
44700.0 R_\odot
hep-ph/0304162 🔍 (source) two absorption probabilities P _ { 12 } ^ { abs . }
2.5e-67
astro-ph/0304403 🔍 (source) mean of the offset velocity of the strongest absorption profiles
-140.0 ± 35.0 km s-1
astro-ph/0304554 🔍 (source) intrinsic absorption column N _ { H }
2.5e+21 ± 5e+20 cm-2
astro-ph/0305024 🔍 (source) Oxygen abundances relative to hydrogen range Tree(positive_expression, [FunctionSymbol(LeafSymbol('log'), BinaryOperatorExpression('/', LeafSymbol('O'), LeafSymbol('H')))])
9.0
Upper
astro-ph/0305111 🔍 (source) database of nearby stars d
25.0 pc
Upper
astro-ph/0305301 🔍 (source) absolute B magnitude M _ { B }
-18.0
Upper
astro-ph/0305362 🔍 (source) metal abundance Z
0.32 ± 0.08
astro-ph/0305395 🔍 (source) } OÂ absorption
-130.0 km s-1
astro-ph/0305505 🔍 (source) intrinsic absorbing column density N _ { H }
1.44e+23 +3.3000000000000006e+22-5.200000000000001e+22 cm-2
astro-ph/0306129 🔍 (source) X-ray absorption
7.2e+20 ± 9e+19
astro-ph/0306160 🔍 (source) magnesium abundances
-0.24 ± 0.16
astro-ph/0306167 🔍 (source) oxygen abundance
7.61 ± 0.01
astro-ph/0306160 🔍 (source) oxygen abundance [ O / H ]
-0.21 ± 0.1 (\pm 0.05)
astro-ph/0306165 🔍 (source) oxygen abundance 12 + log ( O / H )
7.36 ± 0.1
astro-ph/0306166 🔍 (source) oxygen abundance 12 + log ( O / H )
7.63 ± 0.02
astro-ph/0306167 🔍 (source) oxygen abundance 12 + log ( O / H )
7.62 ± 0.03
astro-ph/0306160 🔍 (source) magnesium abundances Mg/Fe ]
0.28
astro-ph/0306160 🔍 (source) Mg abundance [ Mg / H ]
-0.62
astro-ph/0306249 🔍 (source) absolute
820.0 Jy
astro-ph/0306331 🔍 (source) metal abundance
1.5
astro-ph/0306423 🔍 (source) absolute magnitude M _ { B }
-25.2
astro-ph/0306469 🔍 (source) cosmic carbon abundance [ C / H ]
-2.8 ± 0.13
astro-ph/0306483 🔍 (source) absorption clouds \Delta \alpha / \alpha
-5.74e-06 ± 1.02e-06
astro-ph/0306508 🔍 (source) absolute magnitudes
-24.0
Lower
astro-ph/0306550 🔍 (source) unabsorbed luminosity
1.2e+45 erg s-1
astro-ph/0306580 🔍 (source) metal abundance
0.76 +0.37-0.31 s
astro-ph/0306608 🔍 (source) visual absorption A _ { V }
15.0
astro-ph/0307043 🔍 (source) average absolute magnitude of the host galaxies M _ { R } >
-24.01 ± 0.48
astro-ph/0307128 🔍 (source) absolute magnitude
1.05
Upper
astro-ph/0307144 🔍 (source) absolute V magnitude
11.74
astro-ph/0307182 🔍 (source) near-solar krypton abundances log _ { 10 } [ N ( Kr ) /N ( H ) ] _ {
-8.75 +0.09-0.11
astro-ph/0307368 🔍 (source) intrinsic X–ray absorption N _ { H }
22.0
Upper
astro-ph/0307397 🔍 (source) excess absorbing column N _ { H }
4e+21 cm-2
astro-ph/0307449 🔍 (source) absolute magnitude M _ { V }
5.48 +0.16-0.15
astro-ph/0307464 🔍 (source) Li abundance \log N ( H )
12.0
astro-ph/0307521 🔍 (source) rest-frame absolute I -band magnitude M _ { I } ^ { rest }
-22.4 ± 0.2
astro-ph/0307542 🔍 (source) absorption column N _ { H }
3.3e+23 cm-2
astro-ph/0307554 🔍 (source) helium abundance Y
0.271 ± 0.006
astro-ph/0308024 🔍 (source) intracluster Fe abundance
0.36 +0.040000000000000036-0.03999999999999998
astro-ph/0308091 🔍 (source) abundance measure
0.67 ± 0.13
astro-ph/0308091 🔍 (source) abundance
3.0 +1.95-1.9
astro-ph/0308177 🔍 (source) host absolute magnitude M _ { B , gal }
-23.0
astro-ph/0308177 🔍 (source) absolute magnitude M _ { B }
-23.8
Upper
astro-ph/0308177 🔍 (source) absolute magnitude
-19.0
Lower
astro-ph/0308278 🔍 (source) absorption-corrected 0.5–10 keV luminosity
5.75e+39 erg s-1
astro-ph/0308374 🔍 (source) abundances
26.0 A
astro-ph/0308432 🔍 (source) \alpha absorber \log N ( H i )
19.88 ± 0.05
astro-ph/0308432 🔍 (source) fractional molecular abundance f _ { H _ { 2 } }
0.0023 +0.0023-0.0011
astro-ph/0308533 🔍 (source) iron abundance
0.2 ± 0.08 s
astro-ph/0309019 🔍 (source) oxygen abundance
0.1 s
astro-ph/0309164 🔍 (source) metal abundance
0.1 s
gr-qc/0309045 🔍 (source) adiabatic indices
2.5
gr-qc/0309045 🔍 (source) adiabatic indices \gamma
2.25
astro-ph/0309293 🔍 (source) Fe abundance
0.22 ± 0.05
astro-ph/0309416 🔍 (source) absolute size of the ring R _ { abs }
6.23e+17 ± 8000000000000000.0 cm
astro-ph/0309454 🔍 (source) abrupt cut-off \log ( L _ { X } )
39.25 ± 0.25
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/0309506 🔍 (source) iron abundance enhancement \alpha _ { Fe }
4.8 ± 1.7
Upper
astro-ph/0309552 🔍 (source) overabundance of oxygen [ O / Fe ]
0.2
astro-ph/0309570 🔍 (source) stability parameter Q
1.0
astro-ph/0309653 🔍 (source) best-fit fractional abundance of propane in Titan ’ s stratosphere
170.0 ± 80.0 km
astro-ph/0309653 🔍 (source) best-fit fractional abundance of propane in Titan ’ s stratosphere
6.2e-07 ± 1.2e-07
astro-ph/0309749 🔍 (source) absolute proper motion \mu _ { x } ^ { abs }
-2.56 ± 0.2
astro-ph/0309792 🔍 (source) gas-phase abundances in \log { ( O / H ) }
8.2 ± 0.2
astro-ph/0310092 🔍 (source) A normal ratio of total to selective absorption R _ { V }
3.22 ± 0.17
astro-ph/0310281 🔍 (source) mean absolute magnitude M _ { V }
0.56 ± 0.06
astro-ph/0310299 🔍 (source) total unabsorbed ( 2–10 keV F _ { 2 - 10 }
4.0999999999999997e-13 erg cm-2 s-1
astro-ph/0310346 🔍 (source) Oxygen abundances relative to hydrogen range log ( O / H )
9.0
Upper
astro-ph/0310437 🔍 (source) UV absolute magnitude M _ { 2000 }
-19.65
Upper
astro-ph/0310441 🔍 (source) nitrogen abundance [ Fe / H ]
-3.5
Upper
astro-ph/0310421 🔍 (source) oxygen abundance
8.3
Upper
astro-ph/0310418 🔍 (source) abundance ratio [ SiO ] / [ H _ { 2 } ]
6e-11 ± 1e-11
astro-ph/0310472 🔍 (source) oxygen abundance [ O / H ]
-1.0
astro-ph/0310457 🔍 (source) probable mass range
1.81 ± 1.79
astro-ph/0310664 🔍 (source) cosmic Si abundance [ Si / H ]
-2.0
astro-ph/0310635 🔍 (source) metal abundance
0.3
astro-ph/0310872 🔍 (source) iron abundance
-0.8
Lower
astro-ph/0310868 🔍 (source) absolute magnitudes M _ { B }
-22.0
Upper
astro-ph/0310868 🔍 (source) absolute magnitudes
-18.0
Lower
astro-ph/0311177 🔍 (source) light-element abundance ratios D / H
2.2000000000000003e-05 ± 7e-06
astro-ph/0311177 🔍 (source) oxygen abundance [ O / H ]
-0.79 +0.12-0.16
astro-ph/0311183 🔍 (source) Li i \lambda 6708 absorption
0.17
astro-ph/0311278 🔍 (source) mean abundances [ Sr / Fe ]
0.06 ± 0.16
astro-ph/0311529 🔍 (source) abundances
-2.1
Lower
astro-ph/0311529 🔍 (source) Zn overabundance [ Zn / Fe ]
0.1
astro-ph/0311564 🔍 (source) oxygen abundance 12 + log O/H
7.6
Upper
astro-ph/0311564 🔍 (source) N/O abundance ratio
-1.6
Lower
astro-ph/0311564 🔍 (source) N/O abundance ratio log
-0.8
Upper
astro-ph/0312107 🔍 (source) size of the observable pulsar population N
-1.29
Lower
astro-ph/0312164 🔍 (source) iron abundance [ Fe / H ]
0.1
astro-ph/0312290 🔍 (source) solar oxygen abundance log \epsilon _ { O }
8.66 ± 0.05
astro-ph/0312383 🔍 (source) absorption
15.0 ± 4.0 %
astro-ph/0312467 🔍 (source) median intergalactic abundance [ O,C / H ]
-2.82
astro-ph/0312506 🔍 (source) helium abundance Y
0.34
astro-ph/0312626 🔍 (source) mean absolute magnitudes
0.18
astro-ph/0312626 🔍 (source) mean absolute magnitudes
0.14
astro-ph/0312626 🔍 (source) mean absolute magnitudes
-18.42
astro-ph/0312626 🔍 (source) mean absolute magnitudes
-18.24
astro-ph/0312626 🔍 (source) mean absolute magnitudes
-18.57
Lower
astro-ph/0312641 🔍 (source) abundances of these elements
34.0
astro-ph/0312641 🔍 (source) abundances of these elements
35.0
Lower
astro-ph/0312641 🔍 (source) abundances of these elements
28.0
astro-ph/0312657 🔍 (source) faint absolute magnitude M _ { 625 }
11.6
astro-ph/0401098 🔍 (source) absolute magnitude
11.6
Upper
astro-ph/0401144 🔍 (source) total to selective absorption ratio R _ { V }
3.48 ± 0.11
astro-ph/0401144 🔍 (source) total to selective absorption ratio R _ { V }
4.16 ± 0.07
astro-ph/0401144 🔍 (source) total to selective absorption ratio R _ { V }
3.73 ± 0.01
astro-ph/0401273 🔍 (source) total to selective absorption ratio R _ { B }
3.5
astro-ph/0401325 🔍 (source) abrupt
90.0 pc
astro-ph/0401297 🔍 (source) best-fit abundance
0.46 +0.11-0.07
astro-ph/0401390 🔍 (source) SiO/HCO abundance ratio
150.0
Lower
astro-ph/0401411 🔍 (source) mean iron group abundance \left < [ ( { Fe II,Cr II } ) / { H } ] \right >
-0.99 ± 0.04 ± 0.06
Lower
astro-ph/0401390 🔍 (source) SiO abundance
-11.0
Upper
astro-ph/0401390 🔍 (source) SiO abundance
5.2 km s-1
astro-ph/0401390 🔍 (source) SiO/HCO abundance ratio
4.7
astro-ph/0401406 🔍 (source) absolute magnitude
-18.0
astro-ph/0401390 🔍 (source) SiO/HCO abundance ratio
5.2 km s-1
astro-ph/0401406 🔍 (source) absolute magnitude M _ { b _ { J } } - 5 \log _ { 10 } h
-22.0
Upper
astro-ph/0401440 🔍 (source) variable binary fraction f _ { b }
2.0
astro-ph/0401438 🔍 (source) absolute magnitude H
18.0
Upper
astro-ph/0401450 🔍 (source) oxygen abundance [ O / Fe ]
4.1
astro-ph/0402102 🔍 (source) unabsorbed flux
1.2e-13 erg cm-2 s-1
astro-ph/0402102 🔍 (source) unabsorbed flux
4.4e-14 erg cm-2 s-1
astro-ph/0402102 🔍 (source) unabsorbed flux
3.0000000000000002e-15 erg cm-2 s-1
astro-ph/0402154 🔍 (source) abundance Z
0.33 +0.19-0.18
astro-ph/0402298 🔍 (source) Th/Eu abundance ratios log ( Th / Eu )
-0.59
Upper
astro-ph/0402298 🔍 (source) Th/Eu abundance ratios log ( Th / Eu )
0.1
Lower
astro-ph/0402293 🔍 (source) unabsorbed luminosities
5.7e+35 erg s-1
astro-ph/0402298 🔍 (source) abundance patterns of heavy neutron-capture elements Z
56.0
Lower
astro-ph/0402298 🔍 (source) abundance ratios of the light neutron-capture elements Z
38.0
Lower
astro-ph/0402298 🔍 (source) abundance ratio of the radioactive element Th ( Z
90.0
astro-ph/0402298 🔍 (source) Th/Eu abundance ratios log ( Th / Eu )
-0.1
Lower
astro-ph/0402293 🔍 (source) unabsorbed luminosities
1.1
Lower
astro-ph/0402329 🔍 (source) sub–solar iron abundance [ Fe / H ]
-0.15 ± 0.02
astro-ph/0402344 🔍 (source) abundance \Omega _ { \tilde { G } } h ^ { 2 }
0.0005
astro-ph/0402360 🔍 (source) estimated helium abundance
0.03
Lower
astro-ph/0402548 🔍 (source) absolute parallax \pi _ { abs }
1.96 ± 0.18 m as
astro-ph/0402556 🔍 (source) abundance X ( SiO )
7.500000000000001e-09 ± 2.5e-09
astro-ph/0402604 🔍 (source) abundance T _ { kin }
14.0 K
Upper
astro-ph/0402604 🔍 (source) abundance T _ { kin }
2e-07
astro-ph/0403080 🔍 (source) iron abundance [ Fe / H ]
-1.47 ± 0.11
astro-ph/0403149 🔍 (source) Measured rest frame absorbing column densities of hydrogen N _ { H }
0.1
astro-ph/0403185 🔍 (source) stability parameter Q
1.0
gr-qc/0403036 🔍 (source) adiabatic index \Gamma
1.5
astro-ph/0403251 🔍 (source) unabsorbed luminosity L _ { x }
3.5e+30 erg s-1
astro-ph/0403281 🔍 (source) absolute magnitude M _ { V }
-0.5
astro-ph/0403402 🔍 (source) Fe abundance [ Fe / H ]
0.14 ± 0.2
astro-ph/0403482 🔍 (source) abundance ratios C / He
0.95
astro-ph/0403521 🔍 (source) metal abundance Z
0.33 +0.14-0.1
astro-ph/0403525 🔍 (source) absolute modulus { ( m - M ) } _ { 0 }
24.69 ± 0.07 (867 \pm 28 kpc)
astro-ph/0403550 🔍 (source) absolute
740000000000000.0 cm s-2
Lower
astro-ph/0403600 🔍 (source) He abundance mass fraction Y _ { GGC }
0.25 ± 0.006
astro-ph/0403632 🔍 (source) H-test probability
0.00012
astro-ph/0403688 🔍 (source) metal lines absorb
2.3 ± 0.5 %
astro-ph/0404035 🔍 (source) absolute magnitude M _ { V }
12.7
Upper
astro-ph/0404098 🔍 (source) absolute distance
18.52 ± 0.005
astro-ph/0404133 🔍 (source) oxygen abundances \log ( O / H )
8.5
Upper
astro-ph/0404174 🔍 (source) probability distribution \alpha
6.5 ± 0.7
astro-ph/0404247 🔍 (source) abundance [ Fe / H ]
-1.66 ± 0.12
astro-ph/0404287 🔍 (source) keV unabsorbed luminosity
9e+32 erg s-1
astro-ph/0404418 🔍 (source) spectral variability \Delta \Gamma
0.2
Lower
astro-ph/0404430 🔍 (source) gas iron abundances \fe / \solar
0.15
Upper
astro-ph/0404544 🔍 (source) absorption-corrected luminosity
1e+34 erg s-1
astro-ph/0404544 🔍 (source) absorption-corrected luminosity
1e+33 erg s-1
astro-ph/0404609 🔍 (source) absorption N _ { HI }
-2.0
astro-ph/0404609 🔍 (source) Cr abundances [ Cr / H ]
-1.77 ± 0.28
astro-ph/0404602 🔍 (source) heavy element abundance
0.24 +0.15-0.12 s
astro-ph/0404602 🔍 (source) abundance
0.09
astro-ph/0404609 🔍 (source) neutral gas-phase Zn abundances [ Zn / H ]
-0.58 ± 0.15
astro-ph/0404609 🔍 (source) Cr abundances
-1.26 ± 0.15
astro-ph/0405260 🔍 (source) absolute proper motion \mu _ { \alpha } cos \delta
0.59 ± 0.16 m as yr-1
astro-ph/0405305 🔍 (source) lithium abundance log \epsilon ( Li )
3.5 ± 0.4
astro-ph/0405305 🔍 (source) Ba abundance Ba/Fe ]
2.0
Upper
astro-ph/0405449 🔍 (source) absolute magnitude M _ { V }
-19.75 ± 0.15
astro-ph/0405493 🔍 (source) considerable fraction
20.0
astro-ph/0405559 🔍 (source) total number of potentially observable pulsars
24000.0 ± 3000.0
astro-ph/0405559 🔍 (source) total number of potentially observable pulsars
240000.0 ± 30000.0
astro-ph/0405588 🔍 (source) primordial helium abundance Y _ { p }
0.232
Lower
astro-ph/0405621 🔍 (source) average absolute magnitude M ( H )
-25.9 ± 0.6
astro-ph/0406017 🔍 (source) abundances range [ Fe / H ]
-2.2
Lower
astro-ph/0406057 🔍 (source) unabsorbed X-ray flux
6.0000000000000005e-15 +4e-15-2e-15 erg s-1 cm-2
astro-ph/0406113 🔍 (source) Fe abundance [ Fe / H ]
0.1 ± 0.03
astro-ph/0406162 🔍 (source) resonance absorption
0.35
astro-ph/0406162 🔍 (source) resonance absorption
2.8 keV
astro-ph/0406162 🔍 (source) resonance absorption
0.7
astro-ph/0406162 🔍 (source) resonance absorption
5209.0
Upper
astro-ph/0406162 🔍 (source) resonance absorption
2.1
astro-ph/0406162 🔍 (source) resonance absorption
0.7
astro-ph/0406162 🔍 (source) resonance absorption
1.4
astro-ph/0406208 🔍 (source) unabsorbed flux
1e-13 ± 3e-14 erg cm-2 s-1
astro-ph/0406273 🔍 (source) absolute magnitude of the tip M _ { I , TRGB }
-4.1 ± 0.1
astro-ph/0406302 🔍 (source) abundance ratio
85.0 ± 6.0 %
astro-ph/0406302 🔍 (source) abundance ratio
73.0 ± 5.0 %
astro-ph/0406302 🔍 (source) measured iron abundance Z _ { Fe }
1.1
astro-ph/0406553 🔍 (source) abundance Z
7.0
astro-ph/0407003 🔍 (source) { 36 } S abundance
34.0 S
astro-ph/0407065 🔍 (source) S/O abundance ratio log ( S / O )
-1.6
astro-ph/0407135 🔍 (source) absorption
0.4
astro-ph/0407153 🔍 (source) formaldehyde abundance x ( H _ { 2 } CO ) / x ( H _ { 2 } O )
0.011000000000000001 ± 0.002
astro-ph/0407163 🔍 (source) flux variability
3.5
Upper
astro-ph/0407316 🔍 (source) water ice abundance
9e-05 ± 1e-05
astro-ph/0407321 🔍 (source) absolute magnitude M _ { B }
-14.0
astro-ph/0407352 🔍 (source) \alpha absorbers d N / dz
170.0
astro-ph/0407352 🔍 (source) \alpha absorbers N _ { HI }
170.0
astro-ph/0407366 🔍 (source) solar abundance A _ { O }
8.6
astro-ph/0407426 🔍 (source) absolute magnitude M ( g ^ { \prime } )
887.5 ± 82.5 pc
astro-ph/0407426 🔍 (source) absolute magnitude
9.0
Upper
astro-ph/0407426 🔍 (source) absolute magnitude M ( g ^ { \prime } )
10.0
astro-ph/0407524 🔍 (source) mean beryllium abundance \log ( Be / H )
-12.35 ± 0.2
astro-ph/0407544 🔍 (source) average overabundance
0.2 dex
astro-ph/0408028 🔍 (source) unabsorbed X-ray flux F _ { 2 - 10 keV }
1.24e-13 +1.6e-14-2.3000000000000003e-14 erg cm-2 s-1
astro-ph/0408070 🔍 (source) absolute magnitude
1.5
astro-ph/0408087 🔍 (source) keV absorbed flux
2.2e-11 erg cm-2 s-1
astro-ph/0408070 🔍 (source) absolute magnitude
-22.9 mag
astro-ph/0408128 🔍 (source) average oxygen abundance
0.14 ± 0.05 dex
astro-ph/0408159 🔍 (source) abundance A
0.73 +0.65-0.16
astro-ph/0408223 🔍 (source) elemental abundance T _ { eff }
7340.0 K
astro-ph/0408268 🔍 (source) absolute magnitude
-8.0
astro-ph/0408290 🔍 (source) abundances kT
0.6 ± 0.09999999999999998 keV
astro-ph/0408300 🔍 (source) absorbing column density N _ { H }
8.000000000000001e+23 ± 2.0000000000000002e+23 cm-2
hep-th/0408140 🔍 (source) adiabatic index of barotropic fluid \gamma
1.0
Upper
astro-ph/0408392 🔍 (source) nitrogen-to-oxygen abundance ratios
-1.64 ± 0.03
astro-ph/0408392 🔍 (source) nitrogen-to-oxygen abundance ratios log N / O
-1.6 ± 0.02
astro-ph/0408393 🔍 (source) oxygen abundance 12 + log ( O / H )
7.76 ± 0.02
astro-ph/0408393 🔍 (source) oxygen abundance 12 + log ( O / H )
7.74 ± 0.01
astro-ph/0408393 🔍 (source) oxygen abundance 12 + log ( O / H )
8.92
astro-ph/0408436 🔍 (source) transient absorption feature
6.9 +0.6-0.5 keV
astro-ph/0408571 🔍 (source) absolute bolometric magnitude
-16.63 mag
astro-ph/0409010 🔍 (source) K \alpha absorption
650.9 +0.8-1.9 eV
astro-ph/0409010 🔍 (source) oxygen abundance
0.1
astro-ph/0409172 🔍 (source) appreciable fraction
30.0
Lower
astro-ph/0409241 🔍 (source) quasars show variability
2.0 mag
astro-ph/0409352 🔍 (source) overabundant relative [ N / O ]
2.5 ± 0.5
astro-ph/0409372 🔍 (source) solar oxygen abundance 12 + \log ( O / H )
8.7 ± 0.1
astro-ph/0409383 🔍 (source) mean Li plateau abundance A _ { Li } ^ { WMAP }
2.51
Lower
astro-ph/0409383 🔍 (source) mean Li plateau abundance A _ { Li }
2.51
Lower
astro-ph/0409383 🔍 (source) mean Li plateau abundance A _ { Li }
2.34e-10
astro-ph/0409383 🔍 (source) mean Li plateau abundance A _ { Li }
2.37 dex (^ 7 Li / H)
astro-ph/0409372 🔍 (source) abundances 12 + \log ( O / H )
7.1
astro-ph/0409372 🔍 (source) solar nitrogen to oxygen abundance ratio \log ( N / O )
-1.0 ± 0.2
astro-ph/0409494 🔍 (source) absolute B magnitude M _ { B } ^ { max }
-19.34 ± 0.3 mag
astro-ph/0409608 🔍 (source) X-ray photoelectric absorption N _ { H }
7e+21 cm-2
astro-ph/0409672 🔍 (source) abundance [ \mbox { Fe } / \mbox { H }
1.5
Upper
astro-ph/0409711 🔍 (source) I abundance
5.0
Lower
astro-ph/0409711 🔍 (source) I abundance
2.7 Gyr
astro-ph/0410171 🔍 (source) to selective absorption R
4.3
astro-ph/0410385 🔍 (source) equivalent hydrogen column density of the ionized absorber
3.7e+23 ± 2e+22
Upper
astro-ph/0410385 🔍 (source) equivalent hydrogen column density of the ionized absorber
3.7999999999999996e+22 ± 4e+21
astro-ph/0410385 🔍 (source) Fe xxvi X-ray absorption lines
6.97 ± 0.05 keV
astro-ph/0410416 🔍 (source) absolute magnitude M _ { V }
-3.0 +2.0-0.7
astro-ph/0410452 🔍 (source) iron abundance range [ Fe / H ]
-2.44
Lower
astro-ph/0410540 🔍 (source) blue-shifted absorption v
-580.0 km s-1
astro-ph/0410611 🔍 (source) absolute magnitude M _ { V }
-14.5 ± 0.1 mag
astro-ph/0410628 🔍 (source) LTE abundance \log ( Pb / H ) + 12
-0.55 ± 0.15 dex
astro-ph/0410640 🔍 (source) oxygen abundance [ O / H ]
-0.21
astro-ph/0410640 🔍 (source) mean stellar magnesium abundance [ Mg / H ]
-0.62
astro-ph/0410640 🔍 (source) mean oxygen abundance 12 + log ( O / H )
7.83 ± 0.06
astro-ph/0410619 🔍 (source) outer abundance x { { } ^ { \tinyHDO } _ { out } }
1e-09
Upper
astro-ph/0410619 🔍 (source) inner abundance x { { } ^ { \tinyHDO } _ {
1e-07
astro-ph/0410672 🔍 (source) absolute magnitudes M _ { r }
-13.9 +0.8-0.5
astro-ph/0410655 🔍 (source) elemental abundance ratios
0.55 ± 0.17
astro-ph/0410655 🔍 (source) elemental abundance ratios O / Si
1.14 ± 0.13
astro-ph/0410706 🔍 (source) photospheric abundances \log { Ca / H }
-5.2 ± 0.1
astro-ph/0410749 🔍 (source) mean iron abundance Fe / H
-0.49
astro-ph/0411032 🔍 (source) iron abundance \log N ( Fe )
-4.7
astro-ph/0411094 🔍 (source) heavy element abundance
4.7 Gyr
astro-ph/0411094 🔍 (source) heavy element abundance M/H ]
0.02
astro-ph/0411094 🔍 (source) abundance
5.0 Gyr
astro-ph/0411094 🔍 (source) abundance
4.5 Gyr
astro-ph/0411094 🔍 (source) abundance
0.05
astro-ph/0411094 🔍 (source) abundance [ C / M ]
0.077
astro-ph/0411094 🔍 (source) abundance C _ { 2 }
4668.0
astro-ph/0411121 🔍 (source) solar abundance
0.0004 pc cm-6
astro-ph/0411118 🔍 (source) abundance [ Mg / Fe ]
-0.25
astro-ph/0411328 🔍 (source) Compton-thin absorber N _ { H }
2.2000000000000004e+23 cm-2
astro-ph/0411481 🔍 (source) Li abundance log \epsilon ( Li )
1.5 ± 0.2
astro-ph/0411628 🔍 (source) peak absorption
1836.0 km s-1
astro-ph/0411651 🔍 (source) iron abundance
0.15000000000000002 +0.04999999999999999-0.05000000000000002 s
astro-ph/0411699 🔍 (source) abundance ratios \mathrm {
-0.8
Lower
astro-ph/0411699 🔍 (source) stellar abundance ratio
8.2 ± 1.9 Gyr
astro-ph/0411728 🔍 (source) ^ { 7 } { Li } abundance
2.5 ± 0.5
Lower
astro-ph/0411753 🔍 (source) sizable fraction
20.0
astro-ph/0411767 🔍 (source) metallicities of these absorption selected galaxies span
0.95 ± 0.44999999999999996
Lower
astro-ph/0412058 🔍 (source) He abundance [ He ]
1.5
astro-ph/0412058 🔍 (source) He abundance
0.07
astro-ph/0412098 🔍 (source) abundance ratios \alpha /Fe ]
-0.2
astro-ph/0412116 🔍 (source) absorption column density
1.41e+23 +1.6e+22-1.4e+22 cm-2
astro-ph/0412282 🔍 (source) abundances
-3.0
Upper
astro-ph/0412282 🔍 (source) metals of abundance [ Fe / H ]
-3.0
astro-ph/0412365 🔍 (source) absolute magnitude M _ { K }
-27.6
astro-ph/0412589 🔍 (source) absorption column N _ { H }
7e+22 ± 2e+22 cm-2
astro-ph/0501054 🔍 (source) absorber frequency d N _ { OVI } / dz
17.0 ± 3.0
astro-ph/0501128 🔍 (source) solar system abundance H _ { 2 } O / H _ { 2 }
0.0008960000000000001
astro-ph/0501128 🔍 (source) total oxygen abundance
1.7
Lower
astro-ph/0501128 🔍 (source) solar system abundance O / H _ { 2 }
0.00116
astro-ph/0501128 🔍 (source) water abundance H _ { 2 } O / H _ { 2 }
0.0017 +0.0007-0.0004
Lower
astro-ph/0501389 🔍 (source) solar magnesium abundance \log \varepsilon _ { \sun } ( Mg )
7.55 ± 0.02
astro-ph/0501389 🔍 (source) magnesium abundance \log \varepsilon ( Mg )
7.67 ± 0.21
astro-ph/0501389 🔍 (source) mean abundance \log \varepsilon ( Mg )
7.59 ± 0.15
astro-ph/0501389 🔍 (source) abundance \log \varepsilon ( Mg )
7.59 ± 0.15
astro-ph/0501389 🔍 (source) proto-Sun abundance \log \varepsilon _ { ps } ( Mg )
7.62 ± 0.02
astro-ph/0501465 🔍 (source) metal abundance [ Fe / H ]
-1.2
astro-ph/0501475 🔍 (source) abundance of nitrogen [ N / O ]
-0.59
Upper
astro-ph/0501475 🔍 (source) oxygen abundance [ O / H ]
-0.19 ± 0.08
astro-ph/0501529 🔍 (source) Oxygen abundances [ 12+log ( O/H )
8.67
astro-ph/0502007 🔍 (source) absorption column density \Delta N _ { H }
3e+21 cm
astro-ph/0502242 🔍 (source) average absorbing gas temperature
2400000.0 ± 300000.0 K
astro-ph/0502278 🔍 (source) abundance ratio
1.3e-06
Upper
astro-ph/0502326 🔍 (source) average unabsorbed X-ray flux
6.5e-12 erg cm-2 s-1
astro-ph/0502562 🔍 (source) oxygen abundance of the PN 12 + \log ( O / H )
8.02 ± 0.05
astro-ph/0502563 🔍 (source) neon abundance \log N ( Ne )
8.29 ± 0.05
astro-ph/0503004 🔍 (source) unabsorbed X-ray flux f _ { X }
3.6e-14 ± 3e-15 erg cm-2 s-1
astro-ph/0503029 🔍 (source) X-ray absorption columns
3e+23 cm-2
astro-ph/0503214 🔍 (source) abundances ( [ N/H ]
-3.0
Upper
astro-ph/0503234 🔍 (source) absolute
390.0 ± 100.0 rad m-2
astro-ph/0503253 🔍 (source) Li abundance \log \epsilon ( Li )
4.2
astro-ph/0503253 🔍 (source) abundances \log \epsilon ( Li )
1.4
astro-ph/0503284 🔍 (source) mean absolute magnitude M _ { R }
-27.0
astro-ph/0503504 🔍 (source) AB magnitude
27.7
astro-ph/0503529 🔍 (source) unabsorbed luminosity
7e+31 erg s-1
astro-ph/0504008 🔍 (source) abundance ratio
66.0 ± 11.0 %
astro-ph/0504031 🔍 (source) solar iron abundance ( ii
1.0 Gyr
astro-ph/0504031 🔍 (source) Fe/O abundance ratio to ( ii
1.0 Gyr
astro-ph/0504031 🔍 (source) Fe/O abundance ratio to iii
2.0 Gyr
astro-ph/0504360 🔍 (source) unabsorbed X-ray flux
4e-13 +2e-13-1e-13 erg cm-2 s-1
astro-ph/0504342 🔍 (source) absolute minimum mass
1500.0 M_\odot
astro-ph/0504463 🔍 (source) sulphur abundances \langle \log ( S / O ) \rangle
-1.61
astro-ph/0504494 🔍 (source) absolute magnitude M _ { V }
-14.4 ± 0.8
astro-ph/0504615 🔍 (source) star-to-star scatter in many chemical-abundance ratios [ Fe / H ]
-4.0
astro-ph/0505139 🔍 (source) Fe abundance [ Fe / H ]
-0.8 ± 0.02
astro-ph/0505120 🔍 (source) unabsorbed 0.5–10 keV source flux
1.17e-13 ± 2.2e-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
7.9e-14 ± 2.5e-14 erg cm-2 s-1
astro-ph/0505118 🔍 (source) iron abundances Fe / H
-3.0
astro-ph/0505118 🔍 (source) iron abundances
-0.4
Lower
astro-ph/0505149 🔍 (source) metal abundance Z
0.25
Lower
astro-ph/0505162 🔍 (source) surface lithium abundance M _ { \ast }
0.7 +0.30000000000000004-0.29999999999999993 M_\odot
astro-ph/0505224 🔍 (source) circumstellar H _ { 2 } O abundance
0.002 ± 0.001
astro-ph/0505247 🔍 (source) mean Li abundances
2.177 ± 0.071
astro-ph/0505247 🔍 (source) mean Li abundances { A ( Li ) } _ { NLTE }
2.215 ± 0.074
astro-ph/0505338 🔍 (source) absorption columns
6.349999999999999e+21 +5.650000000000001e+21-5.65e+21 cm-2
astro-ph/0505345 🔍 (source) abundance
17.5 ± 2.5
astro-ph/0505340 🔍 (source) overabundances of phosphorus [ P / C ]
1.5
astro-ph/0505340 🔍 (source) oxygen abundance [ O / H ]
-1.81 ± 0.07
astro-ph/0505453 🔍 (source) \alpha /Fe abundance ratios [ \alpha /Fe ] Â
0.47 ± 0.06 dex
astro-ph/0505450 🔍 (source) adiabatic index \Gamma
2.0
astro-ph/0505467 🔍 (source) absolute M _ { K ^ { \prime }
-26.0
Upper
astro-ph/0505606 🔍 (source) iron abundance [ Fe / H ]
-0.03 ± 0.03
astro-ph/0506046 🔍 (source) absorption
-21.0
astro-ph/0506046 🔍 (source) absorption
-18.0
astro-ph/0506046 🔍 (source) absorption
-31.0
astro-ph/0506046 🔍 (source) absorption
-11.0 km s-1
astro-ph/0506046 🔍 (source) absorption
4.0 km s-1
astro-ph/0506046 🔍 (source) absorption
0.026
astro-ph/0506287 🔍 (source) searchable separation
8.0 ± 7.0
astro-ph/0506407 🔍 (source) mass of stable nickel
0.00022000000000000003 M_\odot
astro-ph/0506498 🔍 (source) oxygen abundance 12 + log O / H
7.12 ± 0.03
astro-ph/0506653 🔍 (source) abundance [ M / H ]
-1.6
astro-ph/0506649 🔍 (source) } OH abundances X ( CH _ { 3 } OH )
3.0000000000000004e-08
astro-ph/0506649 🔍 (source) CH _ { 3 } CN fractional abundance ( X ( CH _ { 3 } CN )
7.000000000000001e-09
astro-ph/0506766 🔍 (source) photo-absorption rate
7.6e-13 ± 2.4e-13
astro-ph/0507059 🔍 (source) absolute magnitude M _ { r * }
-20.4
astro-ph/0507134 🔍 (source) relative magnesium abundance grad _ { Z } [ Mg / Fe ]
0.06 ± 0.02
astro-ph/0507134 🔍 (source) magnesium abundance [ Mg / Fe ]
-0.3
Lower
astro-ph/0507153 🔍 (source) helium abundances Y
0.55 +0.25-0.25000000000000006
astro-ph/0507211 🔍 (source) absolute B magnitude
-0.6
astro-ph/0507250 🔍 (source) adiabatic sound speed c _ { s } ^ { 2 }
0.0
astro-ph/0507240 🔍 (source) absorption column density
3e+24 cm2
astro-ph/0507469 🔍 (source) excess variance of the time variability \sigma _ { RMS } ^ { 2 }
1.75
astro-ph/0507469 🔍 (source) excess variance of the time variability
0.12
astro-ph/0507638 🔍 (source) abundances [ P / H ]
-8.7 +0.23-0.37
astro-ph/0507638 🔍 (source) abundances [ P / H ]
-8.36 +0.14-0.19
astro-ph/0507629 🔍 (source) fractional initial metal abundance Z
0.06
astro-ph/0507638 🔍 (source) abundances [ P / H ]
-8.57 +0.09-0.13
astro-ph/0507658 🔍 (source) mean oxygen abundance
12.0
astro-ph/0508007 🔍 (source) oxygen abundance O / H
7.6
astro-ph/0508043 🔍 (source) absolute magnitude M _ { J }
13.37
Lower
astro-ph/0508079 🔍 (source) metal abundance [ Fe / H ]
-0.69 ± 0.06
astro-ph/0508125 🔍 (source) abundance ( A ( Be )
3.0 ± 0.5
astro-ph/0508168 🔍 (source) appreciable decrease
16000000.0 yr
astro-ph/0508240 🔍 (source) unabsorbed quiescent 0.5–10 keV luminosity
5.2e+32 ± 1.3e+32 erg s-1
astro-ph/0508256 🔍 (source) abundance
25.0 K
Upper
astro-ph/0508256 🔍 (source) abundance
3.0000000000000004e-09
astro-ph/0508470 🔍 (source) total gas-phase abundances \log N ( S ) / N ( H )
-4.87 ± 0.03
astro-ph/0508541 🔍 (source) absolute magnitude of the host M _ { B }
-16.5
astro-ph/0508656 🔍 (source) absorption-line frequency d N _ { CIII } / dz
12.0 +3.0-2.0
astro-ph/0508656 🔍 (source) absorption-line frequency W _ { \lambda } ( { CIII }
12.0 +3.0-2.0
astro-ph/0508656 🔍 (source) typical IGM absorber size r _ { 0 }
400.0 kpc
astro-ph/0509002 🔍 (source) nickel abundance [ Ni/H ] \ >
-0.81
Upper
astro-ph/0509002 🔍 (source) sulfur abundance [ S/H ] = \
-0.41 ± 0.06
Lower
astro-ph/0509123 🔍 (source) absorption N _ { H }
3.3e+23 cm-2
astro-ph/0509123 🔍 (source) absorption
17.0
Lower
astro-ph/0509206 🔍 (source) Li abundance \log \epsilon ( Li )
1.5
Upper
astro-ph/0509206 🔍 (source) iron abundance [ Fe / H ]
0.2 dex
Lower
astro-ph/0509206 🔍 (source) iron abundance
-5.45
astro-ph/0509162 🔍 (source) probability
14.0 mag
astro-ph/0509271 🔍 (source) O abundances [ O / H ]
0.25 ± 0.02
astro-ph/0509271 🔍 (source) O abundances T _ { eff }
5450.0 K
Upper
astro-ph/0509326 🔍 (source) average oxygen overabundance
0.15000000000000002 +0.04999999999999999-0.05000000000000002
astro-ph/0509389 🔍 (source) period of variability
48.3 ± 0.2 day
astro-ph/0509436 🔍 (source) ‘ bistability jump T _ { eff }
21.0 kK
astro-ph/0509458 🔍 (source) temperature of peak abundance
280000.0 K
astro-ph/0509432 🔍 (source) X-ray absorbing column { N _ { H }
3.4000000000000003e+25 cm-2
Lower
astro-ph/0509589 🔍 (source) abundance
5e-08
astro-ph/0509614 🔍 (source) average ISM oxygen abundance O / H
0.00048499999999999997 ± 6e-06
astro-ph/0509678 🔍 (source) oxygen abundance 12 + log ( O / H )
7.38 ± 0.1
astro-ph/0509678 🔍 (source) mean oxygen abundance of GR 8 12 + log ( O / H )
7.65 ± 0.06
astro-ph/0509678 🔍 (source) oxygen abundances 12 + log ( O / H )
2.9105 ± 2.7595
astro-ph/0509812 🔍 (source) iron abundance [ Fe / H ]
-2.0
Upper
astro-ph/0509812 🔍 (source) iron abundance [ Fe / H ]
-3.0
Upper
astro-ph/0509852 🔍 (source) iron abundance [ Fe / H ]
0.0 ± 0.19
astro-ph/0510046 🔍 (source) unabsorbed flux
1.8000000000000002e-13 erg cm-2 s-1
astro-ph/0510230 🔍 (source) neon-to-oxygen abundance A _ { Ne } / A _ { O }
0.15
astro-ph/0510230 🔍 (source) neon abundance A _ { Ne } / A _ { O }
0.41
astro-ph/0510230 🔍 (source) solar neon abundance A _ { Ne } / A _ { O }
0.52
astro-ph/0510209 🔍 (source) subsolar abundances Z
0.2 +0.09999999999999998-0.1
astro-ph/0510368 🔍 (source) \alpha absorber \log { N _ { H i } }
22.6 ± 0.3
astro-ph/0510338 🔍 (source) unabsorbed 2-10 keV flux
5e-12 erg cm-2 s-1
astro-ph/0510470 🔍 (source) absolute blue magnitude M _ { B } )
17.14
astro-ph/0510514 🔍 (source) iron abundances span
0.8 dex
Upper
astro-ph/0510591 🔍 (source) total Mg abundance Mg/ ^ { 24 + 25
0.13
astro-ph/0510636 🔍 (source) primordial ^ { 7 } Li abundance ^ { 7 } { Li / H }
1.3000000000000002e-10 ± 1.9999999999999996e-11
astro-ph/0510721 🔍 (source) mean cluster O abundance [ O / H ]
0.12 ± 0.02
astro-ph/0510721 🔍 (source) O abundance T _ { eff }
5978.0 K
Upper
astro-ph/0510721 🔍 (source) abundances T _ { eff }
4834.0 K
Upper
astro-ph/0510721 🔍 (source) mean abundance [ O / H ]
0.17 ± 0.02
astro-ph/0510721 🔍 (source) mean abundance [ O / H ]
0.08 ± 0.02
astro-ph/0510737 🔍 (source) absorption-corrected luminosity
2e+33 erg s-1
astro-ph/0511413 🔍 (source) mean abundance [ Pb / Fe ]
-0.28 ± 0.03
astro-ph/0511452 🔍 (source) abundance
-2.9
astro-ph/0511497 🔍 (source) mean non-variable turn-off star mass
0.58 M_\odot
astro-ph/0511504 🔍 (source) abundance ratio
0.0019
astro-ph/0511541 🔍 (source) mean abundance ratios \langle [ O / Si ] \rangle
-0.04 ± 0.06
astro-ph/0511643 🔍 (source) absolute magnitudes [ M ( g ^ { { } ^ { \prime } }
263.0 ± 100.0 pc
astro-ph/0511643 🔍 (source) absolute magnitudes
13.0
astro-ph/0511643 🔍 (source) absolute magnitudes M ( g ^ { { } ^ { \prime } }
12.0
Upper
astro-ph/0512070 🔍 (source) number density of absorbers dN / dz
1.06 ± 0.12
astro-ph/0512084 🔍 (source) stellar nitrogen abundances 12 + log ( N / H )
7.8
Upper
astro-ph/0512168 🔍 (source) unabsorbed 0.5-10 keV luminosity
2.6e+32 erg s-1
astro-ph/0512185 🔍 (source) flare probability
0.049 (0.090 hr ^ -1)
astro-ph/0512185 🔍 (source) flare probability
0.018 hr-1
astro-ph/0512299 🔍 (source) ortho-to-para abundance ratio c
3.0
astro-ph/0512314 🔍 (source) abundances
4e-10 ± 1e-10
astro-ph/0512294 🔍 (source) abundance excesses
1.2
astro-ph/0512379 🔍 (source) unabsorbed flux
2e-12 erg cm-2 s-1
astro-ph/0512358 🔍 (source) unabsorbed X-ray flux
1.7e-14 erg cm-2 s-1
astro-ph/0512428 🔍 (source) oxygen abundance gradient
-0.14 ± 0.07 dex kpc-1
astro-ph/0512428 🔍 (source) mean nebular oxygen abundance 12 + log ( O / H )
8.11 ± 0.1
astro-ph/0512412 🔍 (source) abundance [ Fe / H ]
0.12
astro-ph/0512385 🔍 (source) helium abundance \Delta Y
0.12
astro-ph/0512441 🔍 (source) metal abundances Z
0.3
astro-ph/0512486 🔍 (source) Ne/O abundance ratio of the hot phase
2.1
astro-ph/0512486 🔍 (source) Ne/O abundance ratio of the hot phase
1.4
astro-ph/0512486 🔍 (source) Ne/O abundance ratio of the hot phase
0.9
astro-ph/0512510 🔍 (source) resulting average abundance \langle [ X / H ] \rangle
-0.02 ± 0.06
astro-ph/0512543 🔍 (source) 1D LTE abundance O / Fe ] } _ { OH }
3.7
astro-ph/0601104 🔍 (source) unabsorbed bolometric X-ray luminosity
1e+33 erg s-1
astro-ph/0601105 🔍 (source) absorption N _ { H }
3.5e+21 ± 2.5e+21 cm-2
astro-ph/0601105 🔍 (source) absorption-corrected X-ray surface brightness S _ { X }
6.4499999999999996e+32 ± 6.15e+32 erg s-1 pc-2
astro-ph/0601132 🔍 (source) amplitude of scalar adiabatic fluctuations M
7700000000000000.0 GeV
astro-ph/0601122 🔍 (source) maximum gas-phase oxygen abundance 12 + log ( O / H )
8.75
astro-ph/0601256 🔍 (source) iron abundance [ Fe / H ]
-3.2
Lower
astro-ph/0601336 🔍 (source) water vapor abundance \chi ( H _ { 2 } O )
1.5000000000000002e-05 ± 5e-06
astro-ph/0601378 🔍 (source) elemental abundance Z _ { inner }
0.65 ± 0.25
astro-ph/0601440 🔍 (source) absolute H magnitude
15.3 +0.31-0.26
astro-ph/0601512 🔍 (source) abundance ratio C / He
0.05
astro-ph/0601569 🔍 (source) interstellar absorption n _ { H }
2.6e+22
astro-ph/0601599 🔍 (source) absolute magnitude M _ { V }
-8.1 ± 0.5
astro-ph/0602055 🔍 (source) cosmological helium abundance Y
0.246
astro-ph/0602119 🔍 (source) H abundance
0.1 s
astro-ph/0602119 🔍 (source) He abundance
1000.0 s
astro-ph/0602114 🔍 (source) water abundance
-7.0
Upper
astro-ph/0602163 🔍 (source) oxygen abundance of the host [ O / H ]
0.6 dex
Upper
astro-ph/0602396 🔍 (source) DCO ^ { + } /HCO ^ { + } abundance ratio
0.004
astro-ph/0602442 🔍 (source) mean neutral intrinsic absorption column density N _ { H } \stackrel { < } {
6e+22 cm-2
astro-ph/0602518 🔍 (source) overabundance Ni ( Ni / Ni _ { \odot }
10.0 +2.0-1.0
astro-ph/0602541 🔍 (source) absorption
7.5e+20 +4.3e+20-3.2e+20 cm-2
astro-ph/0603001 🔍 (source) heavy element abundance Z
0.0172 ± 0.002
astro-ph/0602631 🔍 (source) absolute V magnitude
13.18
astro-ph/0603020 🔍 (source) absolute magnitude M
-3.34
Lower
astro-ph/0603392 🔍 (source) average absorption to reddening ratio
3.33 ± 0.11
astro-ph/0603553 🔍 (source) lithium abundance of metal-poor [ Fe / H ]
-1.3
Upper
astro-ph/0603689 🔍 (source) extinction-corrected absolute magnitude M _ { UV }
-20.7 mag
astro-ph/0603858 🔍 (source) average Fe abundance [ Fe / H ]
-0.39 ± 0.04 ± 0.05 dex
astro-ph/0603853 🔍 (source) unabsorbed 0.2–10 keV luminosity
6e+29 erg s-1
astro-ph/0604023 🔍 (source) Fe abundance log \epsilon ( Fe )
6.1
astro-ph/0604030 🔍 (source) iron abundance \langle [ Fe / H ] \rangle
0.35 ± 0.02
astro-ph/0604113 🔍 (source) oxygen abundance 12 + \log { ( O / H ) }
8.6
Upper
astro-ph/0604180 🔍 (source) abundance distribution of the heavier neutron-capture elements Z
56.0
Lower
astro-ph/0604180 🔍 (source) abundances of the lighter neutron-capture elements Z
37.0
Lower
astro-ph/0604164 🔍 (source) absorption N _ { H }
4.5e+21 cm-2
astro-ph/0604184 🔍 (source) absorbing column density N _ { H }
8.000000000000001e+23 cm-2
astro-ph/0604234 🔍 (source) oxygen abundance of these systems
7.26 ± 0.03
astro-ph/0604234 🔍 (source) oxygen abundance of these systems 12 + log O / H
7.17 ± 0.09
astro-ph/0604270 🔍 (source) oxygen abundance log O / H
7.13 ± 0.08
astro-ph/0604355 🔍 (source) absolute magnitude M _ { V }
5.0
Upper
astro-ph/0604555 🔍 (source) relative magnesium abundance grad _ { Z } [ Mg / Fe ]
0.13 ± 0.02
astro-ph/0604592 🔍 (source) mean relative abundance \langle [ Mn / Fe ] \rangle
-0.37 ± 0.01
astro-ph/0605031 🔍 (source) CH _ { 3 } OH abundance
1.1e-06
Upper
astro-ph/0605197 🔍 (source) hydrogen abundance X
0.676
astro-ph/0605247 🔍 (source) planet imparts radial velocity variability
63.4 ± 2.0 m s-1
hep-ph/0605095 🔍 (source) Cabibbo angle
0.2236
hep-ph/0605095 🔍 (source) Cabibbo angle | V _ { us } |
29.0
astro-ph/0605407 🔍 (source) absorption N _ { H }
8.8e+22 +3.1e+22-2.9e+22 cm-2
astro-ph/0605640 🔍 (source) mean oxygen abundance 12 + log ( O / H )
7.83 ± 0.12
astro-ph/0605716 🔍 (source) gas phase sulfur abundance
3.5e-06 ± 1.5e-06
astro-ph/0606022 🔍 (source) the local adiabatic index \Gamma _ { 1 } ) _ { 0 }
2.5911
astro-ph/0606077 🔍 (source) abundances C/H ]
8.44
astro-ph/0606077 🔍 (source) CNO abundances
8.52
astro-ph/0606077 🔍 (source) CNO abundances
7.96
astro-ph/0606077 🔍 (source) CNO abundances
8.8
astro-ph/0606108 🔍 (source) fractional ortho -H _ { 2 } D ^ { + } abundances H _ { 2 }
3e-10
astro-ph/0606153 🔍 (source) oxygen abundance
500.0
astro-ph/0606177 🔍 (source) adiabatic index \gamma
1.1
astro-ph/0606307 🔍 (source) absorption equivalent
1.4e+23 +6e+22-4e+22 cm-2
astro-ph/0606334 🔍 (source) absolute magnitudes
-16.0
Lower
astro-ph/0606334 🔍 (source) absolute magnitudes M _ { B }
-19.0
Upper
astro-ph/0606384 🔍 (source) sub-solar abundance
0.38 ± 0.12
astro-ph/0606445 🔍 (source) C/CO relative abundance
0.2
astro-ph/0606437 🔍 (source) final H _ { 2 } abundance x [ H _ { 2 } ]
6e-07
astro-ph/0606492 🔍 (source) iron abundance
0.3
Upper
astro-ph/0606543 🔍 (source) line-of-sight absorption column
1.2e+23 cm-2
astro-ph/0606547 🔍 (source) abundance ratio
35.0 ± 5.0
astro-ph/0606631 🔍 (source) HD/H _ { 2 } abundance ratios
1.1900000000000001e-05 +3.5e-06-2.4000000000000003e-06
astro-ph/0606631 🔍 (source) HD/H _ { 2 } abundance ratios
1.8e-05 +5.400000000000001e-06-3.2000000000000003e-06
astro-ph/0606631 🔍 (source) HD/H _ { 2 } abundance ratios
1.41e-05 +4.600000000000001e-06-3.3000000000000006e-06
astro-ph/0606631 🔍 (source) gas-phase elemental abundance { [ n _ { D } / n _ { H } ] } _ { gas }
7.499999999999999e-06
astro-ph/0606633 🔍 (source) absolute magnitude M _ { V }
3.8
Upper
astro-ph/0606725 🔍 (source) oxygen abundance 12 + \log { ( O / H ) } _ { lim }
8.7 ± 0.3
astro-ph/0606717 🔍 (source) bistability T _ { eff }
21.0 kK
astro-ph/0606738 🔍 (source) abundance A ( Ne )
8.27 ± 0.05
astro-ph/0607036 🔍 (source) \alpha absorption
340.0 km s-1
astro-ph/0607091 🔍 (source) RRab period shift
-0.07
astro-ph/0607091 🔍 (source) ratio of type c to type ab pulsators
0.53
astro-ph/0607154 🔍 (source) abundance ratios of C/O
20.0
astro-ph/0607378 🔍 (source) total absolute scatter
0.31 dex
astro-ph/0607375 🔍 (source) abundance
7.000000000000001e-05
astro-ph/0607443 🔍 (source) oxygen abundance 12 + log ( O / H )
7.6
Upper
astro-ph/0607483 🔍 (source) absorption
0.656
astro-ph/0607476 🔍 (source) mean abundances [ Fe / H ]
-1.2
Lower
astro-ph/0607472 🔍 (source) absolute magnitude M _ { V , 0 }
-8.5 ± 0.3
astro-ph/0607483 🔍 (source) absorption z _ { abs }
1.107
astro-ph/0607551 🔍 (source) unabsorbed flux
2.6e-13 erg s cm-2
astro-ph/0607549 🔍 (source) helium abundance Y
0.279 ± 0.015
astro-ph/0608108 🔍 (source) chemical abundances H
0.13
astro-ph/0608111 🔍 (source) absolute parallax \pi _ { abs }
4.5 ± 1.5 m as
astro-ph/0608106 🔍 (source) abundance of the r-process element europium [ Eu / Fe ]
1.97
astro-ph/0608191 🔍 (source) absorption-corrected luminosity L _ { x }
1e+34 erg s-1
astro-ph/0608301 🔍 (source) metal-line absorber Z / Z _ { \sun }
-0.3
Upper
astro-ph/0608310 🔍 (source) absorption
2e+21 +2e+22-2e+21 cm-2
astro-ph/0608336 🔍 (source) beam averaged water abundance
2.5e-05 ± 5e-06
astro-ph/0608380 🔍 (source) absolute magnitude M _ { B }
-21.0
astro-ph/0608539 🔍 (source) third abundance peak A
195.0
astro-ph/0608559 🔍 (source) abundance A _ { Fe }
5.77 ± 0.09
astro-ph/0608627 🔍 (source) scale of variability
8.0 yr
astro-ph/0608688 🔍 (source) abundance Zn ( [ Zn/Fe ]
0.0
astro-ph/0608715 🔍 (source) absolute flux
3.46e-09 erg cm-2 s-1
astro-ph/0609026 🔍 (source) CCH abundance
7.000000000000001e-09
astro-ph/0609145 🔍 (source) weighted mean oxygen abundance 12 + \log ( O / H )
7.41 ± 0.07
astro-ph/0609246 🔍 (source) absolute magnitude M _ { B }
-17.1
astro-ph/0609323 🔍 (source) abundance ratio A _ { C } / A _ { S }
47.0 +22.0-26.0
astro-ph/0609439 🔍 (source) integrated absolute V magnitude M _ { V }
-9.1
Upper
astro-ph/0609527 🔍 (source) abundance [ Ca / H ]
-0.14 ± 0.03
astro-ph/0609527 🔍 (source) abundance ratios
0.26
astro-ph/0609527 🔍 (source) abundance [ Ca / H ]
-5.0
astro-ph/0609527 🔍 (source) abundance \log \varepsilon _ { Ca , \odot }
6.38 ± 0.06
astro-ph/0609664 🔍 (source) average iron abundance Z _ { Fe }
0.25
astro-ph/0609664 🔍 (source) iron abundance Z ( T )
0.88
astro-ph/0609722 🔍 (source) abundance \log C / H + 12
8.32 ± 0.04
astro-ph/0609702 🔍 (source) barium abundance ratios [ Ba / Fe ]
-1.2
Lower
astro-ph/0610167 🔍 (source) absorption
34.0 ± 2.0 keV
astro-ph/0610145 🔍 (source) absolute magnitude M _ { R }
-17.8
astro-ph/0610323 🔍 (source) sulfur abundance
2.7
astro-ph/0610323 🔍 (source) sulfur abundance
1.7
astro-ph/0610323 🔍 (source) sulfur abundance
2.1
astro-ph/0610352 🔍 (source) absorption A _ { v }
7.0 mag
astro-ph/0610385 🔍 (source) abundance of PAHs in the surrounding
5.0 ± 2.0
astro-ph/0610404 🔍 (source) fractional metal abundance Z
0.01
astro-ph/0610405 🔍 (source) oxygen abundance 12 + log ( O / H )
8.32
astro-ph/0610666 🔍 (source) number density of O vi in absorption
1.81e-08 cm-3
astro-ph/0610690 🔍 (source) oxygen abundances 12 + log ( O / H )
8.52
astro-ph/0610690 🔍 (source) carbon abundance 12 + log ( C / H )
8.66
astro-ph/0610717 🔍 (source) abundances
0.12
astro-ph/0610928 🔍 (source) metastable state B
0.85
Upper
astro-ph/0610936 🔍 (source) absolute separation and position angle
66.0 ± 15.0
astro-ph/0611024 🔍 (source) Fe abundance
0.6000000000000001 +0.19999999999999996-0.20000000000000007
astro-ph/0611141 🔍 (source) absolute magnitude M _ { B }
-17.5
astro-ph/0611180 🔍 (source) metal abundance [ M / H ]
-2.3 ± 0.3
astro-ph/0611193 🔍 (source) helium abundance Y
0.4
astro-ph/0611240 🔍 (source) absorption column density
1e+21 cm-2
astro-ph/0611285 🔍 (source) metal abundance [ Fe / H ]
-2.5
astro-ph/0611349 🔍 (source) intrinsic absorption
8.699999999999999e+20 cm-2
astro-ph/0611327 🔍 (source) absorption profile { log [ } P / k { ( cm ^ { -3 } K )
2.6
Lower
astro-ph/0611424 🔍 (source) unabsorbed X-ray luminosity L _ { 0.2 - 10 keV }
1e+39 erg s-1
astro-ph/0611446 🔍 (source) abundance ratio
0.4
astro-ph/0611446 🔍 (source) abundance ratio
2.1
astro-ph/0611509 🔍 (source) abundance ratio of strontium [ Sr / Fe ]
1.6 dex
astro-ph/0611509 🔍 (source) barium abundance ratio [ Ba / Fe ]
0.6 dex
Upper
astro-ph/0611663 🔍 (source) mean absolute magnitude M _ { V }
0.82 ± 0.04 mag
astro-ph/0611663 🔍 (source) mean period of RRab
0.585 ± 0.081 day
astro-ph/0611772 🔍 (source) absolute luminosity m _ { \mathrm { V }
-16.37
astro-ph/0611859 🔍 (source) gas-phase iron abundance Z _ { Fe }
0.4
astro-ph/0612027 🔍 (source) abundance H _ { 2 }
4e-08
astro-ph/0612027 🔍 (source) abundance
1e-08
astro-ph/0612104 🔍 (source) absorption column densities \Delta N _ { H }
2e+21 cm-2
Lower
astro-ph/0612097 🔍 (source) absolute visual magnitude of Steins
13.05 ± 0.03
astro-ph/0612114 🔍 (source) mean oxygen abundance 12 + log ( O / H )
7.76 ± 0.07
astro-ph/0612292 🔍 (source) oxygen abundances log ( O / H )
9.0
astro-ph/0612345 🔍 (source) abundance ratio
0.6
astro-ph/0701070 🔍 (source) maximum unabsorbed luminosity of the source L _ { X }
2.6e+38 erg s-1
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/0701242 🔍 (source) absorption \tau
1.0 Gyr
Lower
astro-ph/0701246 🔍 (source) oxygen abundance
8.5
astro-ph/0701246 🔍 (source) oxygen abundance 12 + { log ( O / H ) } _ { KD 02 }
-0.6
astro-ph/0701315 🔍 (source) \lambda 4363 oxygen abundance
7.8 ± 0.13
astro-ph/0701315 🔍 (source) direct oxygen abundances
7.76 ± 0.09
astro-ph/0701315 🔍 (source) direct oxygen abundances 12 + log ( O / H )
7.94 ± 0.11
astro-ph/0701315 🔍 (source) \lambda 4363 oxygen abundance
7.92 ± 0.06
astro-ph/0701328 🔍 (source) abundance
0.3 s
astro-ph/0701332 🔍 (source) gas-phase oxygen abundance 12 + log ( O / H )
8.87
astro-ph/0701332 🔍 (source) true gas+dust oxygen abundance 12 + log ( O / H )
8.95
astro-ph/0701505 🔍 (source) oxygen abundance \log ( O / H )
7.42
Lower
astro-ph/0701580 🔍 (source) primordial helium abundance Y _ { p }
0.2477 ± 0.0029
astro-ph/0701700 🔍 (source) abundance ratio
200000.0 cm-3
Lower
astro-ph/0701767 🔍 (source) sub-solar iron abundance
0.4 +0.09999999999999998-0.10000000000000003
astro-ph/0701865 🔍 (source) absorption Hydrogen column N _ { H } ^ { abs }
8e+22 cm-2
astro-ph/0701866 🔍 (source) propylene oxide abundance
300000000000000.0 cm-2
astro-ph/0702119 🔍 (source) abundances
8.0
astro-ph/0702339 🔍 (source) mean R -filter absolute magnitude
12.6 ± 0.02
astro-ph/0702409 🔍 (source) absorption to the stellar
10.0
Lower
astro-ph/0702452 🔍 (source) minimum variability timescale \Delta t / t
0.1
astro-ph/0702665 🔍 (source) mean C ^ { 18 } O/C ^ { 17 } O abundance ratio
4.13 ± 0.13
astro-ph/0702737 🔍 (source) thermally unstable gas T
2600.0 K
astro-ph/0703020 🔍 (source) absolute
8.6
Lower
astro-ph/0703192 🔍 (source) absolute
-11.0
astro-ph/0703263 🔍 (source) X-ray absorption N _ { H }
22.0
Upper
astro-ph/0703319 🔍 (source) fraction of absorbed photons f
0.58
astro-ph/0703461 🔍 (source) unabsorbed X-ray flux f _ { X } ( 0.5 - 2 keV )
3.34e-13 +8e-15-1.3000000000000001e-14 erg cm-2 s-1
astro-ph/0703510 🔍 (source) oxygen abundances O / H )
9.0
Upper
astro-ph/0703551 🔍 (source) ISM oxygen abundance
0.27 ± 0.1 dex
astro-ph/0703551 🔍 (source) oxygen abundance 12 + log ( O / H )
8.28 ± 0.02
astro-ph/0703579 🔍 (source) absorption
167.0 ± 3.0 km s-1
astro-ph/0703632 🔍 (source) abundance
1.0
Lower
astro-ph/0703632 🔍 (source) abundance H _ { 2 }
1e-08
Upper
0704.1220 🔍 (source) methanol fractional abundance
5e-07
Lower
0704.1297 🔍 (source) absorbing column density N _ { H } ^ { z }
1.28e+22 +2.6e+21-2.5e+21 cm-2
0704.1636 🔍 (source) variability
13.25 ± 0.2 hr
0704.1636 🔍 (source) variability
0.21 ± 0.04 mag
0704.2134 🔍 (source) absorption
8e+22 cm-2
0704.2294 🔍 (source) increase of neon abundance
0.5 ± 0.05
0704.3191 🔍 (source) energy absorption N _ { H }
4e+21 +3e+21-2e+21 cm-2
0704.3360 🔍 (source) metal abundance M / H ]
0.4
0704.3842 🔍 (source) oxygen abundances O / H
7.13 ± 0.07
0704.3842 🔍 (source) oxygen abundances
7.14 ± 0.03
0704.3842 🔍 (source) oxygen abundance of the galaxies
12.0
Lower
0704.3908 🔍 (source) alpha-element abundance ratio
0.1 ± 0.1 dex
0705.0385 🔍 (source) unabsorbed flux
2.2000000000000003e-12 erg cm-2 s-1
0705.0447 🔍 (source) photospheric Magnesium abundance
0.3
0705.0887 🔍 (source) variability index \Delta S _ { 2 }
0.31
0705.1677 🔍 (source) abundance of lithium \log n ( Li )
2.91 ± 0.05
0705.2066 🔍 (source) absolute magnitude M _ { B }
-13.51 mag
0705.2066 🔍 (source) oxygen abundances 12 + log ( O / H )
7.7 ± 0.3
0705.2066 🔍 (source) oxygen abundances
7.88 ± 0.3
0705.2542 🔍 (source) column density of the warm absorbing gas
21.5 ± 1.5 cm-2
Upper
0705.2713 🔍 (source) absolute R magnitude M _ { R }
-10.2 mag
0705.2651 🔍 (source) radial SiO abundance
1000000000000000.0 cm
0705.3116 🔍 (source) abundances
2.0
Lower
0705.3116 🔍 (source) abundances
7.2 kpc
0705.3289 🔍 (source) helium abundance
1.9 ± 0.8
0706.1214 🔍 (source) O vi absorbers per unit redshift dN / dz
15.6 +2.9-2.4 (21.0 ^ +3.2 _ -2.8)
0706.1548 🔍 (source) appreciable fraction
50.0
Lower
0706.1828 🔍 (source) line-of-sight absorption N _ { H }
1e+22 ± 1e+22 cm-2
0706.2663 🔍 (source) half-solar abundances
0.45 +0.12-0.09
0706.2969 🔍 (source) iron abundance [ Fe / H ]
-0.37
0706.3271 🔍 (source) iron abundance [ Fe / H ]
-1.85
0706.3274 🔍 (source) central hydrogen abundance X _ { c }
0.38 ± 0.02
0706.3339 🔍 (source) } CO abundance ratio
2.5 ± 0.5
0706.3421 🔍 (source) absolute magnitude of the counterpart I
9.6
Lower
0706.3624 🔍 (source) abundance
13.0 Gyr
0707.0690 🔍 (source) oxygen abundance
7.9
0707.0690 🔍 (source) oxygen abundance 12 + \log { ( O / H ) }
0.1
0707.0690 🔍 (source) absolute magnitude M _ { B }
-12.0
0707.0944 🔍 (source) mean fractional abundance
2.7e-07
0707.0944 🔍 (source) mean fractional abundance
3.1e-06
0707.1855 🔍 (source) iron abundance \langle [ Fe / H ] \rangle
-0.22 ± 0.03
0707.1855 🔍 (source) abundance ratio
0.3 dex
0707.2255 🔍 (source) abundances A
140.0 ± 40.0
0707.2857 🔍 (source) Fe abundances Fe
0.24 s
0707.2881 🔍 (source) mean oxygen abundance 12 + log ( O / H )
7.9 ± 0.08
0707.4131 🔍 (source) A manganese abundance \log \varepsilon _ { Mn , \odot }
5.47 dex
0707.4131 🔍 (source) absolute solar abundance
5.36 ± 0.1 dex
0707.4252 🔍 (source) super-solar fluorine abundance A ( ^ { 19 } \mathrm { F } )
4.96 ± 0.21
0707.4252 🔍 (source) O abundances A ( ^ { 12 } \mathrm { C } )
8.57 ± 0.11
0707.4252 🔍 (source) effective iron abundance [ Fe / H ]
-2.5
0707.4252 🔍 (source) relative abundance [ F / Fe ]
2.9
0707.4364 🔍 (source) average fractional abundance of H ^ { 13 } CN
5000000000000000.0 cm
Upper
0707.4364 🔍 (source) total HCN fractional abundance
2e-05
0707.4375 🔍 (source) absolute luminosity M _ { B }
-20.8 ± 0.2 mag
0707.4603 🔍 (source) photospheric abundance log { \epsilon ( Cr I ) } _ { \odot }
5.64 ± 0.01
0708.0501 🔍 (source) optical absorption A _ { V }
6.2 ± 0.3
0708.1149 🔍 (source) total absorbed flux
1.5000000000000002e-13 erg cm-2 s-1
0708.1648 🔍 (source) O/H abundances T _ { e }
8.0 M_\odot
Lower
0708.1736 🔍 (source) He abundance Y
0.26
0708.2220 🔍 (source) absolute masses M _ { A }
1.38 +0.09-0.03 M_\odot
0708.2445 🔍 (source) helium abundance Y
0.15
Lower
0708.2790 🔍 (source) \alpha -element-to-iron abundance ratios [ \alpha / Fe ]
0.4
0708.2790 🔍 (source) \alpha -element-to-iron abundance ratios
0.0
0708.2790 🔍 (source) iron abundances [ Fe / H ]
0.2
0708.2790 🔍 (source) metal abundances \alpha /Fe ]
0.4
0708.2790 🔍 (source) iron abundances
0.5
0708.2790 🔍 (source) metal abundances \alpha /Fe ]
0.0
0708.3088 🔍 (source) CO abundances relative
0.44 ± 0.03 %
0708.3243 🔍 (source) gravitational stability parameter Q
1.0
Lower
0708.4227 🔍 (source) abundance N / O
4.0 +0.4-0.5
0709.0733 🔍 (source) absorption column density N _ { H }
2.5000000000000003e+23 ± 1.5e+23 cm-2
0709.1236 🔍 (source) oxygen abundance 12 + log ( O / H )
1.5
0709.1236 🔍 (source) oxygen abundance 12 + log ( O / H )
8.85
0709.1474 🔍 (source) probability density function
1.5
0709.1474 🔍 (source) probability density function
1.6
Upper
0709.1374 🔍 (source) abundance
1.5
Lower
0709.1709 🔍 (source) abundance range
-1.0
0709.1709 🔍 (source) abundance range [ Fe / H ]
-3.0
Upper
0709.2300 🔍 (source) mean metal abundance
0.18 +0.17-0.15
0709.2568 🔍 (source) absolute magnitude M _ { B }
-28.0
Upper
0709.2780 🔍 (source) absolute magnitude M _ { B }
-21.6 ± 0.7
0709.2839 🔍 (source) solar helium abundance
3.0
0709.2839 🔍 (source) solar helium abundance
-1.5
Lower
0709.2892 🔍 (source) probable mass
28.5 ± 4.5 M_\odot
0709.3072 🔍 (source) mean absolute magnitude M _ { V }
0.52 ± 0.02
0709.3088 🔍 (source) abundance
3.55e-09 +3.4500000000000003e-09-3.45e-09
0709.3292 🔍 (source) average neon abundances
6.000000000000001e-05
0709.3292 🔍 (source) average neon abundances
2.7000000000000002e-05
0709.3281 🔍 (source) metal abundance [ Fe / H ]
-2.0 dex
0709.3168 🔍 (source) unabsorbed X-ray flux f _ { X }
2.07e-13 ± 6e-15 erg cm-2 s-1
0709.3168 🔍 (source) abundance
0.93 +0.24-0.29
0709.3177 🔍 (source) iron abundances [ Fe / H ]
-1.8
Lower
0709.3527 🔍 (source) adiabatic index \Gamma
2.0
0709.3315 🔍 (source) absorption A _ { V }
9.2 ± 0.6
0709.3643 🔍 (source) oxygen abundance 12 + log O / H
7.36
0709.4030 🔍 (source) O vi absorber line frequency d N / dz
40.0 +14.0-8.0
0709.4471 🔍 (source) oxygen abundance
7.77 ± 0.07
0709.4471 🔍 (source) oxygen abundance log O / H + 12
8.05 ± 0.09
0709.4471 🔍 (source) oxygen abundances log O / H + 12
8.16 ± 0.19
0709.4568 🔍 (source) temporal variability t _ { v }
55.0 ± 45.0 ms
0709.4568 🔍 (source) temporal variability t _ { v }
40.0 s
0710.0005 🔍 (source) He abundance
1.6
Upper
0710.0547 🔍 (source) Fe abundance [ Fe / H ]
-0.63 ± 0.08
0710.0547 🔍 (source) \alpha /Fe ] abundance ratio
0.31 ± 0.09
0710.0547 🔍 (source) O abundance [ O / H ]
-0.29 ± 0.07
0710.0762 🔍 (source) heavy-element abundance Z
0.0169 ± 0.0005
0710.1135 🔍 (source) metal abundances
0.15000000000000002 +0.04999999999999999-0.05000000000000002
0710.3560 🔍 (source) abundance ratios of refractory elements to Zn { [ Si / Zn ] } _ { g }
-0.4 ± 0.06
0710.3192 🔍 (source) absolute magnitude M _ { I }
-13.0
0710.4503 🔍 (source) maximum absolute I magnitude M _ { I } ^ { max }
-18.79 ± 0.2
0710.5023 🔍 (source) absolute magnitude M _ { V }
4.82 ± 0.04
0710.5169 🔍 (source) adiabatic index \Gamma
2.0
0710.5701 🔍 (source) maximum absolute visual magnitude M _ { Vmax }
-8.85 ± 0.04 mag
0711.0427 🔍 (source) collision probability P _ { coll }
0.36
0711.1432 🔍 (source) absorption rate
8.9
0711.1491 🔍 (source) oxygen abundance 12 + [ O / H ]
8.25 ± 0.34999999999999964
0711.1588 🔍 (source) oxygen abundance
12.0
0711.2540 🔍 (source) radial abundance gradient
-0.058 ± 0.006 dex kpc-1
0711.3783 🔍 (source) carbon abundance \log ( C / H ) + 12
8.32 ± 0.04
0711.4107 🔍 (source) HI absorption velocity
95.0 km s-1
0711.4131 🔍 (source) absolute magnitude M _ { V }
-5.2 ± 0.2
0711.4182 🔍 (source) absorption column density
1.73e+22 ± 3e+20
0711.4241 🔍 (source) intrinsic peak absolute magnitude M _ { B } ^ { 0 }
-17.8 ± 0.43
0711.4351 🔍 (source) central abundance 12 + log ( O / H )
8.36 ± 0.04
0712.0725 🔍 (source) metal abundance of intermediate mass
3.45 ± 0.9500000000000002 M_\odot
0712.1108 🔍 (source) absorption redshift z _ {
3.5
Upper
0712.2134 🔍 (source) hydrogen absorbing column N _ { H }
5.4e+22 +1.3e+22-1e+22 cm-2
0712.2459 🔍 (source) oxygen abundance gradient
-0.027 ± 0.012 dex kpc-1
0712.2760 🔍 (source) Oxygen to Iron abundance ratio [ O / H ]
-2.5
Lower
0712.2760 🔍 (source) Oxygen to Iron abundance ratio
0.32 ± 0.1
0712.2760 🔍 (source) Oxygen to Iron abundance ratio O/Fe ]
-2.5
Lower
0712.2949 🔍 (source) oxygen abundance O/Fe ]
0.8
0712.3006 🔍 (source) metal abundance [ Fe / H ]
-0.5
Lower
0712.3108 🔍 (source) variability
36.0 ± 2.0
0712.3108 🔍 (source) variability
3.0
0801.0166 🔍 (source) average Fe abundance \langle [ Fe / H ] \rangle
-0.68
0801.0647 🔍 (source) absorbing column
2e+24 cm-2
0801.0752 🔍 (source) abundance [ X / H ]
-4.0
Lower
0801.0819 🔍 (source) absorption l , b
351.0
0801.0965 🔍 (source) meteoritic abundance log ( Be / H )
-10.58
0801.1080 🔍 (source) PN observable life times t _ { PN }
2000.0 yr s
Upper
0801.1587 🔍 (source) absorber column N _ { H }
5e+22
0801.1849 🔍 (source) absolute metallicity scale \Delta [ \log ( O / H ) ]
0.7
0801.2529 🔍 (source) abundance dispersion
0.033
Lower
0801.2898 🔍 (source) absolute magnitudes
-5.4
0801.2898 🔍 (source) absolute magnitudes
-6.0 mag
0801.2898 🔍 (source) absolute magnitudes
5.5
0801.3078 🔍 (source) oxygen abundance 12 + log ( O / H )
8.85
0801.3078 🔍 (source) oxygen abundance 12 + log ( O / H )
1.5
0801.3219 🔍 (source) amino acetonitrile fractional abundance
2.2000000000000003e-09
0801.3341 🔍 (source) absorption-corrected X-ray luminosity
1.7e+45 +9e+44-9.999999999999999e+43 erg s-1
0801.3928 🔍 (source) primordial helium abundance Y _ { p }
0.24
0801.3928 🔍 (source) primordial helium abundance Y _ { p }
0.249 +0.014-0.016
0801.3928 🔍 (source) primordial primordial helium abundance Y _ { p }
0.247 ± 0.002
0801.4441 🔍 (source) fractional abundance CO _ { 2 }
2.9e-07
0802.1242 🔍 (source) unabsorbed flux
4.3e-12 ± 2e-13
0802.1304 🔍 (source) absorbed 0.3-7 keV luminosity of the L _ { X }
1.6e+39 erg s-1
0802.1242 🔍 (source) unabsorbed flux F _ { unabs }
2.7e-11 +1e-12-2e-12 erg cm-2 s-1
Upper
0802.2070 🔍 (source) oxygen abundance 12 + log ( O / H )
8.8 dex
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
0802.2609 🔍 (source) Sc abundance
3.07
0802.2609 🔍 (source) Sc abundance \log \varepsilon _ { \odot }
3.13
0802.3243 🔍 (source) ] abundance [ Fe / H ]
0.16 ± 0.03
0802.3701 🔍 (source) lithium abundance \log \varepsilon ( Li )
2.1
0802.4375 🔍 (source) hydrogen abundance X _ { c }
0.35
Lower
0803.0220 🔍 (source) local absolute flux
0.007 cm-2 s-1
0803.0327 🔍 (source) iron abundance Fe / H
2.7
0803.1113 🔍 (source) absorption column density
2.2e+23 cm-2
0803.1487 🔍 (source) absorbing column density
5.5e+22 cm-2
0803.1831 🔍 (source) absorption depth
8.0 ± 5.7
0803.2489 🔍 (source) \alpha -element abundance [ \alpha / Fe ]
-0.11
0803.2791 🔍 (source) fractional abundance n
3.0
Lower
0803.3410 🔍 (source) characteristic variability timescale
4.0 yr
0803.4262 🔍 (source) oxygen abundance \log { O / H }
8.61 ± 0.13 dex
0803.4262 🔍 (source) abundance
8.91 ± 0.15
0803.4262 🔍 (source) abundance
7.47 ± 0.18
0803.4519 🔍 (source) median metals abundance [ Z / H ]
0.22
0804.0116 🔍 (source) abundances relative
-0.03 ± 0.12
0804.0116 🔍 (source) abundances relative S
0.16 ± 0.11
0804.1598 🔍 (source) helium abundance Y
0.4
0804.2719 🔍 (source) absolute luminosity L
0.442 ± 0.014 L_\odot
0804.2883 🔍 (source) CO fractional abundances X ( CO )
5.85e-05 +1.1500000000000005e-05-1.1499999999999995e-05
0804.3235 🔍 (source) abundance of dark matter \Omega _ { DM } h ^ { 2 }
0.112
Lower
0804.3316 🔍 (source) abundances [ Fe / H ]
0.5
Upper
0804.3354 🔍 (source) elemental abundances
28.0
0804.3463 🔍 (source) absorbing hydrogen column density
2.1e+21 cm-2
0804.4482 🔍 (source) absolute magnitude M _ { B }
-9.3 mag
0805.0595 🔍 (source) absorption depth
1.453
0805.0594 🔍 (source) deuterium abundance \log { ( D / H ) }
-4.56 ± 0.04
0805.0573 🔍 (source) O abundance H _ { 2 }
0.0006000000000000001
0805.0573 🔍 (source) O abundance
2e-05
Lower
0805.0569 🔍 (source) abundances
0.3 pc
0805.0569 🔍 (source) abundances T _ { 1 / 2 }
0.74 Myr
0805.0573 🔍 (source) HD abundance relative H _ { 2 }
1.4500000000000003e-05 +3.499999999999999e-06-3.5000000000000012e-06
0805.0789 🔍 (source) absorption signal
0.023 ± 0.006 %
0805.0961 🔍 (source) absolute magnitude M _ { B }
-18.0 ± 1.0
0805.2089 🔍 (source) absorbing column density
5e+22 cm-2
0805.2079 🔍 (source) X-ray absorption
8.5e+22 cm-2
0805.2712 🔍 (source) adiabatic index \Gamma
2.0
0805.2921 🔍 (source) logarithmic iron abundance
-0.04 ± 0.03
0805.2940 🔍 (source) mean absorption redshift \langle z \rangle
2.44
0805.3108 🔍 (source) unabsorbed X-ray flux
2.5e-13 +4.0000000000000006e-14-1.2e-13 erg cm-2 s-1
0805.3201 🔍 (source) oxygen abundance 12 + log ( O / H )
8.8
0805.3564 🔍 (source) solar abundance f
7.52 ± 0.05
0805.3564 🔍 (source) solar abundance
7.52 ± 0.06
0805.3442 🔍 (source) dispersion abundance [ Fe / H ]
-0.56 ± 0.02
0806.0775 🔍 (source) Ne/O abundance ratio Ne / O
0.4
0806.1478 🔍 (source) lithium abundance \log N ( Li )
2.84 ± 0.05
0806.1527 🔍 (source) unabsorbed X-ray luminosity L _ { X }
4.7999999999999996e+35 erg s-1
0806.1683 🔍 (source) primordial ^ { 4 } He abundance | \Delta v / v |
0.00015000000000000001
Upper
0806.1877 🔍 (source) ^ { 12 } CO abundance
0.0002
0806.2098 🔍 (source) abundance
2.9e-09
0806.2281 🔍 (source) intervening absorbing column N _ { H }
2.4e+21 cm-2
0806.2281 🔍 (source) abundance ratios C/O {
30.0 ± 15.0
0806.2336 🔍 (source) absolute parallax
13.37 ± 0.51 m as
0806.2336 🔍 (source) absolute parallax
31.02 ± 0.26 m as
0806.2675 🔍 (source) absolute temperature
0.02726 ± 3e-05 K
0806.3218 🔍 (source) slight \alpha -element overabundance [ \alpha / Fe ]
0.1
0806.3491 🔍 (source) 0.5–10 keV unabsorbed flux
3.7500000000000006e-15 ± 1.2500000000000002e-15 erg s-1 cm-2
0806.4040 🔍 (source) { 6 } Li abundance E _ { \gamma }
50.0 MeV
Upper
0806.3988 🔍 (source) absolute magnitude of order M _ { V }
-6.3
0807.0215 🔍 (source) fluorine abundance [ F / H ]
1.06 ± 0.08
0807.0930 🔍 (source) relative abundances [ Si / Fe ]
0.23 ± 0.05
0807.1196 🔍 (source) mean iron abundance [ Fe/H ] )
0.1
0807.2029 🔍 (source) oxygen abundance 12 + log O / H
7.36
0807.3316 🔍 (source) median absolute magnitude M _ { g }
-19.0
0807.3443 🔍 (source) heavy-element abundance Z
0.0169 ± 0.0005
0807.3752 🔍 (source) metal abundance [ M / H ]
-1.5
0807.4155 🔍 (source) abundances
22.5 ± 2.5 M_\odot
0807.4476 🔍 (source) broad absorption \Delta v _ { absorp }
400.0 km s-1
0808.1565 🔍 (source) metal abundance { [ Fe / H ] } _ { H 96 }
-0.33 ± 0.14
0808.1539 🔍 (source) fractional abundance X ( NH _ { 3 } )
2.25e-08 ± 7.500000000000001e-09
0808.2404 🔍 (source) dust-to-gas mass abundance
0.0005
0808.2796 🔍 (source) solar oxygen abundance \log \epsilon _ { O }
8.7
0808.2796 🔍 (source) oxygen abundance \log \epsilon _ { O }
8.71 ± 0.02
0808.3998 🔍 (source) absorber size
4000000000000000.0 cm
0809.0189 🔍 (source) characteristic average variability time-scale t _ { var }
1.0
Upper
0809.0317 🔍 (source) abundances Fe/H ]
-2.0
0809.0506 🔍 (source) void abundance f _ { nl }
10.0
Upper
0809.1217 🔍 (source) oxygen abundance of these 12 + log ( O / H )
7.6
Upper
0809.2418 🔍 (source) metal abundance Z
0.33 ± 0.15
0809.3082 🔍 (source) oxygen abundance 12 + log ( O / H )
8.0
0809.3495 🔍 (source) absorption column density
2e+21 cm-1
0809.4524 🔍 (source) abundances
0.9
Lower
0809.4672 🔍 (source) velocity of absorption
67.0 km s-1
0810.0497 🔍 (source) unabsorbed X-ray luminosity L _ { X }
7.9e+31 ± 6.999999999999999e+30 erg s-1
0810.0710 🔍 (source) Mg/Fe ] abundance ratios
0.8 dex
0810.0710 🔍 (source) Mg/Fe ] abundance ratios
-2.0 dex
0810.1208 🔍 (source) interstellar absorption N _ { H }
2.5e+21 ± 5e+20 cm-2
0810.1351 🔍 (source) absolute magnitude H _ { R }
20.1 ± 0.4
0810.2125 🔍 (source) absolute luminosities M _ { B }
9.2
Upper
0810.2125 🔍 (source) absolute luminosities M _ { B }
7.5
Lower
0810.2125 🔍 (source) absolute luminosities M _ { B }
-21.7 mag
0810.2125 🔍 (source) absolute luminosities M _ { B }
-11.5
Lower
0810.3648 🔍 (source) chemical abundance
-4.2
Lower
0810.3934 🔍 (source) lens abundance
2.0
0810.5134 🔍 (source) unabsorbed flux
5.4e-11 ± 2e-12 erg cm-2 s-1
0810.5558 🔍 (source) Mg/Fe abundance ratios
-0.1
Lower
0811.0815 🔍 (source) oxygen abundance
8.86 ± 0.07
0811.0815 🔍 (source) oxygen abundance \log \epsilon _ { O }
8.71 ± 0.1
0811.0983 🔍 (source) absorption N _ { H }
2.6e+22 ± 2e+21 cm-2
0811.1470 🔍 (source) abundance PDR
50.0
0811.1470 🔍 (source) abundance ratios
1.0
Lower
0811.2397 🔍 (source) peak absolute magnitude M _ { 5007 } ^ { \star }
-3.71 +0.21-0.42
0811.2926 🔍 (source) free-free absorption n
-2.5
0811.3714 🔍 (source) variability
0.06 ± 0.08 dex
0811.4096 🔍 (source) gas-phase ammonia abundance
3e-06
0811.4096 🔍 (source) gas-phase ammonia abundance
2e-08
0812.0014 🔍 (source) absorption N _ { H }
1.2e+23 cm-2
0812.0145 🔍 (source) unabsorbed 2–10 keV luminosity
8e+40 erg s-1
0812.0383 🔍 (source) abundance
0.3
0812.1618 🔍 (source) absolute magnitude M _ { r , 0 }
-20.77
0812.2788 🔍 (source) unabsorbed luminosity
2e+37 erg s-1
0812.3375 🔍 (source) abundance HC _ { 3 } N / H _ { 2 }
3.0
0901.0565 🔍 (source) absolute magnitude M _ { 1450 }
-22.21
0901.0925 🔍 (source) absorption N _ { H }
1.3e+21 cm-2
0901.0833 🔍 (source) absorption A _ { V } $ }
1.7 ± 0.2
0901.1693 🔍 (source) absolute magnitude M _ { V }
-12.3 mag
0901.2829 🔍 (source) ratio of the two absorption depths \tau _ { 3.4 \mu m } / \tau _ { 9.7 \mu m }
0.06 ± 0.01
0901.2829 🔍 (source) absorption optical depth \tau _ { 3.4 \mu m }
0.1
0901.3593 🔍 (source) abundance ratio
138.0
0901.3576 🔍 (source) unabsorbed X-ray–to–NIR flux ratio F _ { X } / F _ { Ks }
800.0
0901.4451 🔍 (source) mean iron abundance \sigma _ { mean }
0.01
Upper
0902.0624 🔍 (source) upper limit to variability \Delta P
7.900000000000001e-05
Upper
0902.0609 🔍 (source) oxygen abundance He
11.5 ± 1.5 M_\odot
0902.2199 🔍 (source) unabsorbed luminosity
2.3e+34 erg s-1
0902.2199 🔍 (source) Fe abundance
0.2 +0.3-0.1 s
0902.2517 🔍 (source) sizable fraction of them
43.0 %
0902.2395 🔍 (source) halo abundance pattern [ Fe / H ] }
-3.0
Lower
0902.3237 🔍 (source) absorber strength W _ { r }
2796.0
0902.3263 🔍 (source) ratio of observable fluxes F _ { \lambda 1640 } / F _ { H \alpha }
1.0
0902.3679 🔍 (source) maximum oxygen abundance enhancement
0.025 dex
0902.4711 🔍 (source) abundance \Delta [ Fe / H ]
1.7 dex
0903.2558 🔍 (source) semi-amplitude of the polarization variability
0.1 ± 0.02 %
0903.2558 🔍 (source) semi-amplitude of the polarization variability
0.18 ± 0.02 %
0903.2558 🔍 (source) semi-amplitude of the polarization variability
0.13 ± 0.01 %
0903.2891 🔍 (source) helium abundance Y
0.4
0903.3044 🔍 (source) abundance ratios [ \alpha / Fe ]
0.0
0903.3406 🔍 (source) solar nitrogen abundance A ( N )
7.86 ± 0.12 A (N)
0903.3406 🔍 (source) oxygen abundances Z
0.0145
Lower
0903.3593 🔍 (source) iron abundance
-0.13 ± 0.04 dex
0903.3533 🔍 (source) oxygen abundance [ O / H ]
2e-05
0903.4487 🔍 (source) rate of H i 21cm absorption x _ { 21 , MgII } ( \bar { z } = 1.1 )
25.0 +11.0-8.0 %
0903.4487 🔍 (source) rate of H i 21cm absorption x _ { 21 , DLA } ( \bar { z } = 1.1 )
73.0 ± 27.0 %
0903.5475 🔍 (source) helium abundance Y
0.3
0904.0852 🔍 (source) habitable zone
1.15 +0.15000000000000013-0.1499999999999999 AU
0904.1596 🔍 (source) peak absolute optical magnitudes M _ { g }
-17.5
Lower
0904.2020 🔍 (source) abundance [ Fe / H ]
0.29 dex
0904.2020 🔍 (source) abundance T _ { eff }
5650.0 K
0904.2219 🔍 (source) unabsorbed luminosity
0.00045000000000000004
0904.2219 🔍 (source) unabsorbed luminosity
1.2e+32 erg s-1
0904.2907 🔍 (source) metal abundance [ Fe / H ]
-0.009 ± 0.009
0904.3432 🔍 (source) unabsorbed X-ray to soft Gamma-ray flux
5.9e-10 erg s-1 cm-2
0904.3459 🔍 (source) fraction of absorbed nuclei
75.0 ± 19.0 %
0905.0584 🔍 (source) bolometric unabsorbed luminosity of the source
2.23e+38
0905.0950 🔍 (source) iron abundance [ Fe / H ]
-3.7
0905.0950 🔍 (source) s beryllium abundance A ( Be )
12.0
Lower
0905.2006 🔍 (source) the last stable orbit
10.0
Upper
0905.2193 🔍 (source) intrinsic absorption
2.5e+22 cm-2
0905.2791 🔍 (source) radial gas-phase oxygen abundance gradient 12 + log ( O / H )
8.57 (\pm 0.02)
0905.3077 🔍 (source) abundance
-0.2 ± 0.08
0905.3925 🔍 (source) absorber of column density N _ { H , Local }
8.099999999999999e+22 +7e+21-6e+21 cm-2
0905.4058 🔍 (source) average iron abundance [ Fe / H ]
-1.76 ± 0.02
0905.4344 🔍 (source) carbon abundance
0.94
0906.0371 🔍 (source) intrinsic absolute B -band magnitude M _ { B }
-18.3 ± 0.1
0906.1006 🔍 (source) abundance ratios [ Fe / H ]
-2.4
Lower
0906.0899 🔍 (source) lithium abundances range
-0.3
Lower
0906.1810 🔍 (source) metal abundance [ Fe / H ]
-1.73 ± 0.13
0906.1818 🔍 (source) metal abundance [ m / H ]
-1.9
0906.3014 🔍 (source) interstellar absorbtion A _ { V }
10.0
0906.3293 🔍 (source) rest-frame absolute magnitude M _ { R } - 5 \log h
-16.0
Upper
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
0906.3954 🔍 (source) neutral absorber
4.1e+21 ± 7e+19 cm-2
0906.4017 🔍 (source) total absolute magnitude M _ { V }
-5.3 ± 0.4
0906.3954 🔍 (source) column density of the ionized absorber
1.16e+23 +4e+21-6e+21 cm-2
0906.4100 🔍 (source) absolute trigonometric parallax \pi
17.5 ± 0.2 pc
0906.4100 🔍 (source) absolute trigonometric parallax \pi
57.0 ± 0.7 m as
0906.3954 🔍 (source) column density of the ionized absorber
4.3e+22 +4e+21-5e+21 cm-2
0906.4443 🔍 (source) absolute magnitude range
-14.0
Lower
0906.4934 🔍 (source) average Fe abundance
7.24 ± 0.45 dex
0906.5539 🔍 (source) abundance of lithium A _ { Li }
2.45 ± 0.25 dex
0907.0065 🔍 (source) abrupt log W / \nu
-4.75
0907.0258 🔍 (source) carbon abundance
0.2 dex
0907.1765 🔍 (source) helium abundance Y
0.29
0907.2116 🔍 (source) oxygen abundance log O / H
7.01 ± 0.07
0907.2672 🔍 (source) conversion probability P _ { Coma } ( 204 GHz )
6.2e-05
Upper
0907.3843 🔍 (source) degree of variability
0.202 ± 0.028
0907.3843 🔍 (source) degree of variability
0.224 ± 0.039
0907.4372 🔍 (source) abundances A ( Li )
2.7
Lower
0907.5567 🔍 (source) halo probably originate
9.0 ± 3.0 kpc
0908.1176 🔍 (source) abundance [ \mathrm { C _ { 2 } H } ] / [ H _ { 2 }
1e-08 ± 3e-09
0908.1305 🔍 (source) abundance Z
0.4
0908.1990 🔍 (source) peak absolute magnitude of the event M _ { V }
-22.3
0908.2001 🔍 (source) mass-weighted oxygen abundance [ { \langle O / H \rangle } _ { MW } ]
-2.45 ± 0.06
0908.2491 🔍 (source) absorption coefficient \kappa _ { 0 }
0.6000000000000001 +0.19999999999999996-0.20000000000000007 kpc-1
0908.2539 🔍 (source) oxygen abundance
7.0
Lower
0908.2539 🔍 (source) oxygen abundance
12.0
Upper
0908.2873 🔍 (source) tip absolute magnitude M _ { K }
-6.85 ± 0.03
0908.3087 🔍 (source) absolute magnitude M _ { bol }
-8.0
0908.3485 🔍 (source) Werner-band molecular hydrogen absorption log { N ( H _ { 2 } ) } _ { total }
19.88 cm-2
0909.0472 🔍 (source) average iron abundance
-1.58 ± 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
0909.1456 🔍 (source) metal abundance [ M / H ]
-2.3
0909.1607 🔍 (source) absorption line
6.961 ± 0.002 keV
0909.3983 🔍 (source) total entropy of the observable universe S _ { obs }
3.1e+104 +3.0000000000000003e+104-1.7e+104
0909.4404 🔍 (source) absolute magnitude M _ { V }
4.44 ± 0.05
0909.4533 🔍 (source) absolute masses and radii of the components M _ { 1 }
1.193 ± 0.01 M_\odot
0909.4839 🔍 (source) absorption length \Delta X
378.0
0909.5003 🔍 (source) abundance ratios
1.15 +0.3500000000000001-0.34999999999999987
0909.5163 🔍 (source) isotopic abundance ratios ^ { 6 } \mathrm { Li } / ^ { 7 } \mathrm { Li }
0.004
0909.5572 🔍 (source) adiabatic index
4.0
0909.5572 🔍 (source) adiabatic index \gamma
1.01
0910.0503 🔍 (source) absorbing column N _ { H }
4e+21 cm-2
0910.1257 🔍 (source) extra optical absorber of opacity \kappa _ { e }
0.05 cm2 g-1
0910.1724 🔍 (source) average ammonia abundance
8e-09
0910.1724 🔍 (source) mean water abundance
2e-07
Upper
0910.1724 🔍 (source) PDR water abundance
1e-08
0910.1724 🔍 (source) mean water abundance
2e-08
Lower
0910.1724 🔍 (source) mean water abundance
5e-09
0910.1724 🔍 (source) average ammonia abundance
4.0
Lower
0910.1919 🔍 (source) galaxy-averaged oxygen abundance 12 + \log ( O / H )
8.17 ± 0.35
0910.2068 🔍 (source) mean iron abundance [ Fe / H ]
-1.97 ± 0.16
0910.2248 🔍 (source) oxygen abundance 12 + \log ( O / H )
8.18 ± 0.17
0910.2327 🔍 (source) variability timescale r _ { L } / c
1.0 hr
0910.3186 🔍 (source) absorbing column density N _ { H }
1.5e+22 cm-2
0910.3317 🔍 (source) total-to-selective absorption coefficient R _ { V }
1.7
0910.4458 🔍 (source) absolute masses and radii M _ { 1 }
0.981 ± 0.012 M_\odot
0910.4731 🔍 (source) metal abundance \langle [ Fe / H ] \rangle
-2.0 ± 0.1
0910.4961 🔍 (source) ISM deuterium abundance { ( D / H ) } _ { ISM }
2e-05 ± 1.0000000000000002e-06
Lower
0910.5590 🔍 (source) element overabundance
0.2 dex
0910.5590 🔍 (source) \alpha -elements overabundant \alpha / Fe ]
0.2
0910.5913 🔍 (source) group iron abundance
-0.03 ± 0.05 dex
0910.5828 🔍 (source) oxygen abundance 12 + logO / H
8.0 ± 0.2
0911.0181 🔍 (source) absolute magnitude M _ { v }
-5.7
0911.0749 🔍 (source) hydrogen abundance X _ { i }
0.605 +0.01-0.005
0911.0749 🔍 (source) metal abundance Z _ { i }
0.0275 +0.002-0.001
0911.1686 🔍 (source) ab \left \langle P _ { ab } \right \rangle
0.656 day
0911.1686 🔍 (source) ab P _ { ab , min }
0.513 day
0911.2344 🔍 (source) oxygen abundance ( 12 + \log ( \mathrm { O / H } )
8.4
0911.3400 🔍 (source) column density of the Ly- \alpha absorbers log _ { 10 } ( N _ { HI } ( cm ^ { -2 } ) )
13.2
Lower
0911.4512 🔍 (source) laboratory \Delta \alpha / \alpha$ }
-5.7e-06 ± 1.1e-06
0911.4946 🔍 (source) ammonia abundance
4e-10
0911.5350 🔍 (source) absolute magnitude M _ { V }
-6.3
0911.5350 🔍 (source) iron abundance [ Fe / H ]
-3.7
0912.0333 🔍 (source) absorbing gas outflowing v
15.0
0912.0329 🔍 (source) chemical abundances [ Fe / H ]
-1.0
Upper
0912.0124 🔍 (source) absolute luminosity M _ { B }
-20.89 ± 0.04 mag
0912.0254 🔍 (source) absorbed flux
3.4e-10 erg cm-2 s-1
0912.0736 🔍 (source) Mg ii rest equivalent width of the absorbers \log ( O / H ) + 12
0.1 W
0912.0762 🔍 (source) } abundance \log _ { 10 } \epsilon \mathrm { ( } ^ { 7 } \mathrm { Li }
1.5 M_\odot
0912.0762 🔍 (source) } abundance
2.5
Lower
0912.1590 🔍 (source) observability time-scales
0.4 Gyr
Upper
0912.3023 🔍 (source) abundance
3.5 ± 0.5 s
0912.2949 🔍 (source) primordial Li abundance A _ { Li }
2.64 dex
0912.3150 🔍 (source) Big Bang abundance Y
0.24
0912.3108 🔍 (source) abundance
-0.25 ± 0.1
0912.3450 🔍 (source) abundance
0.05 ± 0.09
0912.3579 🔍 (source) average gas-phase B abundance in the warm diffuse ISM [ log \epsilon ( B )
2.38 ± 0.1
1001.2743 🔍 (source) absolute magnitude M _ { J }
17.78 ± 0.46
1001.3137 🔍 (source) iron abundance [ Fe / H ]
-3.2
1001.3414 🔍 (source) narrow absorption component
-144.0 km s-1
1001.3410 🔍 (source) absolute magnitude M _ { V }
-9.3 mag
1001.4068 🔍 (source) nitrogen abundance 12 + log ( N / H )
9.2
1001.4798 🔍 (source) absorption column equivalent A _ { V }
28.0 mag
1001.4744 🔍 (source) abundance of primordial Helium Y _ { He }
0.326 ± 0.075
1001.4903 🔍 (source) abundance ratio \mathrm { N } ^ { 15 } \mathrm { NH } ^ { + }
446.0 ± 71.0
1001.5427 🔍 (source) absolute magnitude M _ { V }
-18.4 mag
1001.5427 🔍 (source) absolute magnitude M _ { NUV }
-21.5 ± 0.5 mag
1002.0395 🔍 (source) Fe abundance
90.0 kpc
1002.0460 🔍 (source) absolute magnitude M _ { V , \circ }
-5.2
1002.0991 🔍 (source) oxygen abundance [ 12 + log ( O/H )
7.4
Lower
1002.1004 🔍 (source) lithium abundance log \epsilon ( Li ) = A ( ^ { 7 } Li
2.2
1002.2111 🔍 (source) abundance ratio
2.5e-05 ± 5e-06
1002.2547 🔍 (source) lithium abundances
2.6
1002.2547 🔍 (source) lithium abundances Log N ( Li )
2.8 dex
1002.2628 🔍 (source) carbon abundance A ( C )
8.5 ± 0.06
1002.2945 🔍 (source) abundance jump Xe ( Z
54.0
1002.3869 🔍 (source) adiabatic index \omega _ { g }
3.26
1002.3872 🔍 (source) adiabatic index of the gas \omega _ { c }
8.0
1002.3953 🔍 (source) detectable
922.0 km s-1
1002.4195 🔍 (source) iron abundance
0.2 ± 0.11
1002.4514 🔍 (source) abundance ratios [ Fe / H ]
-1.6
Lower
1002.4514 🔍 (source) abundance ratios $T _ { eff } $ }
-1.6
Lower
1002.4514 🔍 (source) abundance ratios
6300.0 K
Upper
1003.0039 🔍 (source) AB magnitudes
23.34 ± 0.09
1003.0039 🔍 (source) AB magnitudes
23.29 ± 0.13
1003.0039 🔍 (source) AB magnitudes
23.78 ± 0.18
1003.0039 🔍 (source) AB magnitudes
24.24 +0.18-0.16 mag s
1003.0477 🔍 (source) fractional rms amplitude of the aperiodic variability
64.001 +63.998999999999995-63.999 Hz
1003.0477 🔍 (source) fractional rms amplitude of the aperiodic variability
48.2 ± 0.1
1003.0961 🔍 (source) oxygen abundance O/H )
8.1
1003.2587 🔍 (source) abundances [ Fe / H ]
0.46 +0.02-0.03
1003.2587 🔍 (source) abundances [ Fe / H ]
0.43 ± 0.01
1003.3447 🔍 (source) Li absorption
0.61
1003.3447 🔍 (source) variable reddening A _ { V } Â
5.25 ± 3.75
1003.3463 🔍 (source) abundances v _ { s }
12.0 km s-1
1003.3669 🔍 (source) Mg ii absorption [ W _ { r } ( 2796 )
5.7 m
Upper
1003.3571 🔍 (source) Sr/Eu abundance ratio [ Sr / Eu ]
-0.92 ± 0.13
1003.4219 🔍 (source) HNCO abundance H _ { 2 }
1.1000000000000001e-08 +7e-09-7.000000000000001e-09
1003.4527 🔍 (source) duration of the high-velocity absorption
95.0
1003.4527 🔍 (source) duration of the high-velocity absorption
206.0 day
1003.4661 🔍 (source) nitrogen abundance ratios [ C / Fe ]
0.6
1003.4622 🔍 (source) Balmer-line absorption troughs
5370.0 km s-1
1003.4661 🔍 (source) abundance ratios Sr / Fe ]
0.8
Upper
1003.5942 🔍 (source) primordial helium abundance Y _ { P }
0.245
1003.6077 🔍 (source) protosolar abundance H _ { 2 } O / H _ { 2 }
0.0009609999999999999
1003.6133 🔍 (source) absorption corrected 2–10 keV flux
6e-11 erg s-1 cm-2
Lower
1004.0626 🔍 (source) oxygen abundances 12 + log ( O / H )
7.58
1004.0863 🔍 (source) primordial Li abundance
2.19 dex
1004.1638 🔍 (source) absolute magnitude
0.11
1004.1903 🔍 (source) abundance
-0.07 ± 0.11
1004.1903 🔍 (source) iron abundance [ Fe / H ]
-0.12 ± 0.07
1004.2627 🔍 (source) total OH ^ { + } column density of absorbing gas
2400000000000000.0 cm-2
1004.2711 🔍 (source) isotopic abundances ^ { 12 } C/ ^ { 13 } C
45.0 ± 20.0
1004.3592 🔍 (source) abundance
3.4499999999999997 ± 1.15
1005.0423 🔍 (source) Fe abundances
8.86 ± 0.04
1005.0423 🔍 (source) Fe abundances
8.15 ± 0.17
1005.0423 🔍 (source) Fe abundances
7.5 ± 0.05
1005.1671 🔍 (source) HF abundance
6.000000000000001e-09
1005.2489 🔍 (source) abundance ratio
0.55 +0.25-0.25000000000000006 %
1005.2729 🔍 (source) fractional abundance relative to H nuclei
7.5e-10
1005.2729 🔍 (source) } Cl abundance ratio
2.1 ± 0.5
1005.2729 🔍 (source) isotopic abundance ratio
3.1
1005.2903 🔍 (source) O abundances
7e-07
1005.2944 🔍 (source) primordial Li abundance A _ { Li }
2.64
1005.3909 🔍 (source) absolute magnitude M _ { i }
-22.56
1005.4375 🔍 (source) Na/Ne abundance ratio
0.07 ± 50.0 %
1005.4981 🔍 (source) solid abundance Z
0.01
1005.5363 🔍 (source) absorption edge
0.86 ± 0.05 keV
1005.5363 🔍 (source) absorption depth
0.3 ± 0.1
1006.0244 🔍 (source) surface helium abundance Y _ { \odot } ^ { surf }
0.2485 ± 0.0035
1006.0244 🔍 (source) solar helium abundance Y _ { \odot } ^ { ini }
0.278 ± 0.006
1006.0365 🔍 (source) hydrogen abundance log N ( H ) / N ( He )
-4.0
Upper
1006.0365 🔍 (source) carbon abundance log N ( C ) / N ( He )
-6.15 ± 0.23
1006.0504 🔍 (source) absolute magnitude
-12.1
Lower
1006.0504 🔍 (source) absolute magnitude
-12.8
1006.1189 🔍 (source) unabsorbed X-ray luminosity L _ { x }
40.0
Upper
1006.1911 🔍 (source) intrinsic absorption N _ { H }
1.6199999999999998e+23 +9e+21-1.1e+22 cm-2
1006.1756 🔍 (source) variable star \Delta m
0.12 mag
1006.2024 🔍 (source) helium abundance \Delta Y
0.027
1006.2458 🔍 (source) abundance baseline \alpha
-3.34 ± 0.08
1006.4116 🔍 (source) period of photometric variability P
1.6 day
1006.4166 🔍 (source) primordial helium abundance \Delta Y _ { p }
10.0
Lower
1006.4166 🔍 (source) primordial helium abundance
0.00024
1006.5093 🔍 (source) HCO ^ { + } abundance X ( HCO ^ { + } )
2.4e-10
1006.5409 🔍 (source) CCH fractional abundances toward
1.1000000000000001e-08
Upper
1007.0105 🔍 (source) silicate absorption feature \tau _ { 9.7 \mu { m } }
1.1
1007.1235 🔍 (source) water abundance H _ { 2 }
3.5e-06 ± 1.5e-06
1007.1413 🔍 (source) NH _ { 3 } abundances H _ { 2 }
2e-07
Lower
1007.1413 🔍 (source) NH _ { 3 } abundances H _ { 2 }
3.0
Lower
1007.1420 🔍 (source) sight average abundance [ CH ^ { + } ] / [ H ]
1.2
Lower
1007.1433 🔍 (source) scaled solar abundance
0.0
1007.1433 🔍 (source) scaled solar abundance ( [ { { A } \over { H } } ]
-0.5
1007.1539 🔍 (source) absorbing
6.5 km s-1
1007.1536 🔍 (source) total H _ { 2 } O abundance H _ { 2 } )
1.1000000000000001e-05 ± 2.0000000000000003e-06
1007.1539 🔍 (source) absorbing
-3.0
1007.1523 🔍 (source) o-H _ { 2 } O abundance
2e-08
1007.1523 🔍 (source) ortho-water abundance
2e-08
1007.2363 🔍 (source) unabsorbed X-ray luminosity L _ { X }
5.4e+33
1007.2363 🔍 (source) unabsorbed X-ray luminosity L _ { X } ( 0.5 - 8.0 keV )
4.099999999999999e+31
1007.2850 🔍 (source) peak absolute B magnitude
-15.4 ± 0.2
1007.3031 🔍 (source) H _ { 2 } O/CO abundance ratios
0.55 +0.44999999999999996-0.45000000000000007
Upper
1007.3464 🔍 (source) column density of the X-ray absorbing gas N _ { H }
1.8e+24 cm-2
Lower
1007.3464 🔍 (source) X-ray absorbing column density N _ { H }
3.4e+24 cm-2
Lower
1007.3574 🔍 (source) absolute Ar abundance
6.44 ± 0.07
1007.3574 🔍 (source) absolute Ar abundance A ( Ar )
6.49 ± 0.16
1007.4226 🔍 (source) O abundance ratio
3.2
1007.4917 🔍 (source) oxygen abundance
12.0
1007.4883 🔍 (source) absolute velocity
2547.0
1007.5260 🔍 (source) reliability R
0.8
Lower
1007.5128 🔍 (source) abundance
3.5000000000000003e-09
1007.5128 🔍 (source) medium abundance
1.5
Lower
1007.5128 🔍 (source) abundance
2.4999999999999998e-11
1007.5470 🔍 (source) total water abundances
1e-05
1007.5470 🔍 (source) total water abundances
7.400000000000001e-05
1007.5470 🔍 (source) total water abundances
1.6000000000000003e-05
1008.0137 🔍 (source) iron abundance \Delta [ Fe / H ]
1.6
1008.0137 🔍 (source) abundance [ Fe / H ]
-3.0
1008.0450 🔍 (source) chemical abundance signature [ Fe / H ]
-3.52
1008.0450 🔍 (source) abundance [ Fe / H ]
-3.0
Upper
1008.1199 🔍 (source) abundance
2e-07
1008.1220 🔍 (source) mean oxygen abundance \langle A ^ { O } \rangle
8.71 (\pm 0.06)
1008.1220 🔍 (source) solar oxygen abundance
8.81
1008.1739 🔍 (source) metal abundance
0.42 +0.08-0.07 S
1008.2201 🔍 (source) bias-corrected number density of weak intervening Ca ii absorbers d N / dz
0.117 ± 0.044
1008.2509 🔍 (source) AB magnitude M _ { AB }
-17.0
Lower
1008.2736 🔍 (source) gas-phase S/H abundance ratio
7.68e-06 ± 3e-07
1008.2736 🔍 (source) Ne/H abundance ratio
0.000101 ± 8.000000000000001e-06
1008.2754 🔍 (source) absolute magnitude M _ { R }
-18.5
1008.2957 🔍 (source) abundance fractions x _ { HeII }
0.01
1008.4367 🔍 (source) effective cosmic-ray adiabatic index \gamma _ { cr }
4.0
1008.4478 🔍 (source) helium abundances \Delta Y
0.24
Lower
1008.4795 🔍 (source) absorption
0.067 ± 0.016 %
1008.4795 🔍 (source) absorption
0.058 ± 0.016 %
1009.0449 🔍 (source) number abundance
8e-05
1009.1275 🔍 (source) fractional abundances NH _ { 3 }
5.65e-08 ± 4.150000000000001e-08
1009.1558 🔍 (source) ammonia abundance in these diffuse Galactic disk
7.500000000000001e-09 ± 2.5e-09
1009.1910 🔍 (source) ionized hydrogen abundance ratio y ^ { + }
0.12 ± 0.02
1009.3191 🔍 (source) super-solar helium abundance ( { \log { \frac { n _ { He } } { n _ { H } } } }
-1.5
Lower
1009.3834 🔍 (source) abundance of atomic hydrogen H / H _ { 2 }
0.2 +0.09999999999999998-0.1
1009.3928 🔍 (source) intrinsic absorption N _ { H }
8e+21 cm-2
Upper
1009.5792 🔍 (source) Li abundance \log \epsilon ( Li )
2.16
1009.5993 🔍 (source) absorber to disk gas
5255.0 km s-1
1009.6147 🔍 (source) heavy element abundances Z
0.3
1009.6147 🔍 (source) heavy element abundances Z
0.1
1009.6147 🔍 (source) heavy element abundances Z
1.0
1010.0948 🔍 (source) broad HI absorption
514.0 ± 21.0 km s-1
1010.1267 🔍 (source) absolute positional
0.0
Upper
1010.1658 🔍 (source) iron abundance [ Fe / H ]
-0.05 ± 0.05
1010.1658 🔍 (source) iron abundance
-0.11 ± 0.08
1010.2661 🔍 (source) optical variability
0.25 mag
1010.2954 🔍 (source) lithium abundance A ( Li )
3.3 dex
1010.3606 🔍 (source) C i /CO abundance ratios
0.07
1010.3989 🔍 (source) HDO abundance
4e-07
1010.5146 🔍 (source) surface helium abundance n _ { He }
0.16 ± 0.03
1010.5726 🔍 (source) abundance Y _ { p }
0.256
1010.6187 🔍 (source) photometric variability
9.7 ± 0.3 day
1011.0750 🔍 (source) absorber line density G
1.0
1011.2970 🔍 (source) abundance ratio
0.0006000000000000001
1011.3339 🔍 (source) abundance ratio
1.0
Upper
1011.3422 🔍 (source) oxygen abundances O/H )
7.21 ± 0.08999999999999986
1011.3537 🔍 (source) unabsorbed flux
9.1e-11 +1.1999999999999999e-11-1.3999999999999999e-11 erg cm-2 s-1
1011.3537 🔍 (source) unabsorbed flux
4.2999999999999994e-11 +9e-12-1.1999999999999999e-11 erg cm-2 s-1
1011.4020 🔍 (source) variability time scale T _ { var }
6.5 ± 3.5 hr
Upper
1011.4239 🔍 (source) Ly \alpha absorber log ( N _ { H \sc I } / cm ^ { -2 } )
21.9 ± 0.1
1011.4239 🔍 (source) excess X-ray absorption log ( N _ { H } / cm ^ { -2 } )
21.58 +0.18-0.26
1011.4464 🔍 (source) iron abundance [ Fe / H ]
-1.14 ± 0.08 dex
1011.4405 🔍 (source) Big Bang abundance Y
0.25
1011.4959 🔍 (source) peak absolute magnitudes \langle M _ { R } \rangle
-17.9 ± 0.9 mag
1011.5312 🔍 (source) metal abundances Fe
-1.03 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.12 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.26 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.46 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.78 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.92 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.88 ± 0.05
1011.6126 🔍 (source) absolute peak magnitude M _ { B }
-18.36 ± 0.44
1011.6558 🔍 (source) absolute magnitude V
-4.63 +0.3-0.4 mag
1012.1218 🔍 (source) unabsorbed fluxes
2.7000000000000002e-12
1012.1218 🔍 (source) unabsorbed fluxes
4e-11 erg cm-2 s-1
1012.1218 🔍 (source) unabsorbed fluxes
7e+34 erg s-1
1012.1476 🔍 (source) average iron abundance [ Fe / H ]
-0.43 ± 0.01 dex
1012.1854 🔍 (source) isotopic abundance ratios
0.005
1012.1877 🔍 (source) surface H abundance
10.0
1012.1995 🔍 (source) number of detectable bubble collisions sky \bar { N } _ { s }
1.6
Upper
1012.2511 🔍 (source) adiabatic spectral index n _ { s } ^ { adi }
0.972 ± 0.014
1012.3461 🔍 (source) gas-phase oxygen abundance ( 12 + log ( O / H )
8.2 ± 0.1
1012.3840 🔍 (source) ^ { 4 } He abundances \delta m _ { q } / m _ { q }
0.7
Upper
1012.3936 🔍 (source) simultaneous optical variability \Delta { } R {
0.9 mag
1012.4358 🔍 (source) sulfur abundance [ S / Fe ]
0.5
Upper
1012.5364 🔍 (source) adiabatic exponent \gamma
1.0
Lower
1101.0369 🔍 (source) oxygen abundance gradient
-0.012 ± 0.002 dex kpc-1
1101.0842 🔍 (source) total unabsorbed 0.5–10 keV flux
9e-14 erg cm-2 s-1
1101.1099 🔍 (source) variability time scale \Gamma _ { min }
195.0 +90.0-110.0
1101.1802 🔍 (source) frequency X-ray variability M _ { BH }
1700000.0 M_\odot
1101.2068 🔍 (source) absolute magnitude M _ { V }
-17.96 ± 0.19 mag
1101.2486 🔍 (source) abundance ratios
8.5 ± 3.5 %
1101.3335 🔍 (source) escape probabilities P _ { esc }
0.05 +0.08-0.03 %
1101.4027 🔍 (source) carbon abundance X [ C I ] / X [ H _ { 2 } ]
8.400000000000001e-05 ± 3.5000000000000004e-05
1101.3880 🔍 (source) abundances x ^ { \tiny { HDO } } _ {
1e-07
Upper
1101.3880 🔍 (source) abundances
6.6e-08
1101.4959 🔍 (source) oxygen abundance
8.3 dex
1102.0005 🔍 (source) mean present-day cosmic iron abundance Z _ { Fe }
0.22999999999999998 +0.14-0.13999999999999999
1102.1980 🔍 (source) metallicity of the absorbing gas n _ { H }
2.1e-05 +2.000000000000002e-06-1.9999999999999974e-06 cm-3
1102.2360 🔍 (source) g ^ { \prime } -band observable SN rate m _ { g ^ { \prime }
27.5 mag
1102.2575 🔍 (source) abundance of protons to helium nuclei
9.1 ± 0.5
1102.3278 🔍 (source) absorbing column N _ { H }
8e+20 ± 4e+20 cm-2
1102.3775 🔍 (source) fractional abundances
1799999999999.9998 +1000000000000.0-999999999999.9998 cm-2
1102.4430 🔍 (source) abundance ratios N ( CO _ { 2 } ) / N ( H _ { 2 } O )
0.17 ± 0.05
1102.5092 🔍 (source) unlensed AB magnitude
25.7 ± 0.08
1102.5005 🔍 (source) UV absolute magnitude M _ { UV , AB }
-18.0
Upper
1102.5092 🔍 (source) unlensed AB magnitude
27.2 ± 0.05
1102.5366 🔍 (source) total-to-selective absorption R _ { V }
3.1
1103.0794 🔍 (source) circumstellar absorption
2e+21 cm-2
1103.1320 🔍 (source) methanol fractional abundance
3.0000000000000004e-08
1103.2324 🔍 (source) absolute magnitude M _ { g }
-14.45 ± 0.06
1103.2324 🔍 (source) host oxygen abundance 12 + { \log ( O / H ) } _ { KK 04 }
8.01 ± 0.09
1103.2548 🔍 (source) abundances of methyl formate
5.2e-08
Upper
1103.2912 🔍 (source) Absorbing column density N _ { H }
2.1000000000000002e+22 cm-2
1103.3170 🔍 (source) mean iron abundance
0.01 ± 0.01
1103.4631 🔍 (source) mean metal abundances { \langle [ M / H ] \rangle } _ { thin }
0.03 ± 0.17
1103.5166 🔍 (source) absorption N _ { H }
6.4e+21 ± 6e+20 cm-2
1103.5456 🔍 (source) absolute magnitude V ( 1 , 1 , 0 )
8.85 ± 0.02
1103.5299 🔍 (source) helium abundance Y
0.4
1103.5463 🔍 (source) absolute magnitude M _ { V }
-13.4 mag
1103.5514 🔍 (source) absolute magnitude M _ { V }
-22.7
1104.0036 🔍 (source) absolute magnitude H
20.7
1104.0205 🔍 (source) thermal absorption \tau _ { 74 }
0.3
Upper
1104.0534 🔍 (source) barium abundances
-0.03 ± 0.07
1104.1055 🔍 (source) absorbing column density N _ { H }
5.1e+21 ± 5e+19 cm-2
1104.1124 🔍 (source) fractional abundance
2.8999999999999998e-08 ± 6e-09
1104.1348 🔍 (source) levels of absorption A _ { V }
1.25 ± 0.75 mag
1104.1530 🔍 (source) oxygen elemental abundance
0.00016
Upper
1104.1726 🔍 (source) type RRab f _ { 0 }
1.7623 day-1
1104.1816 🔍 (source) electron neutrino survival probability
0.51 ± 0.07
1104.2003 🔍 (source) presence of strong absorption N _ { \mbox { \scriptsize H, pl }
2.0000000000000002e+23 cm-2
1104.3803 🔍 (source) subsolar abundances Z
0.2 +0.09999999999999998-0.1
1105.0055 🔍 (source) absolute magnitude M _ { W 1 }
-0.421 ± 0.014
1105.0157 🔍 (source) oxygen abundance ( 12+log ( O/H )
8.36 ± 0.03
1105.0346 🔍 (source) He abundance \Delta Y
0.17
Lower
1105.1323 🔍 (source) absorbing column N _ { H }
1.04e+23 ± 2e+21 cm-2
1105.2323 🔍 (source) high-ion abundance ratios N ( C iv ) /N ( O vi
0.4 +0.09999999999999998-0.10000000000000003
1105.2099 🔍 (source) scatter of element abundances [ Fe / H ]
-3.0
Upper
1105.2368 🔍 (source) escape probabilities P _ { esc }
28.0 ± 16.0
1105.3182 🔍 (source) primordial helium abundance Y _ { p }
0.296 ± 0.03
1105.4182 🔍 (source) abundance
8.1e-07
1105.4059 🔍 (source) absolute magnitude M _ { w 2 }
14.0
1105.4556 🔍 (source) oxygen abundance offsets
0.5 ± 0.09999999999999998 dex
1105.4556 🔍 (source) oxygen abundances
7.9
Lower
1105.5026 🔍 (source) OH abundance x _ { OH }
8e-09
1105.5026 🔍 (source) abundance ratio OH / H _ { 2 } O
0.028
Lower
1105.5920 🔍 (source) fractional CH abundance relative H _ { 2 }
-8.0
Upper
1105.5920 🔍 (source) OH/CH abundance ratios
16.0
1106.1152 🔍 (source) s habitable zone
0.9950000000000001 +0.32499999999999996-0.32500000000000007 AU
1106.0993 🔍 (source) calcium abundance \log { n ( Ca ) / n ( H ) }
-10.3 ± 0.3
1106.1178 🔍 (source) absolute escape fraction of ionizing photons f _ { esc }
7.0 ± 3.0
1106.1178 🔍 (source) absolute escape fraction of ionizing photons f _ { esc }
3.3 ± 0.7
1106.1656 🔍 (source) unabsorbed luminosity
0.2
1106.1656 🔍 (source) unabsorbed luminosity L _ { X }
3e+36 erg s-1
1106.2734 🔍 (source) iron abundance [ Fe / H ]
-2.45
Lower
1106.2810 🔍 (source) median carbon abundance [ C / H ]
-3.55
1106.2897 🔍 (source) absolute magnitude M _ { V } ^ { 0 }
-7.7
1106.3484 🔍 (source) Crab flux
4.73e-11 cm-2 s-1 TeV-1
1106.3521 🔍 (source) adiabatic index \kappa
1.5
Upper
1106.3521 🔍 (source) adiabatic index
9.0
Upper
1106.3525 🔍 (source) water abundance
1.5550000000000002 +1.045-1.0450000000000002 s
1106.3471 🔍 (source) high-lithium abundance A ( Li )
2.4 ± 0.2 dex
1106.3997 🔍 (source) fractional root mean squared variability amplitude F _ { var }
0.25 ± 0.04999999999999999
1106.4301 🔍 (source) average water abundance relative H _ { 2 }
1.3999999999999998e-07
1106.4931 🔍 (source) three helium abundances
0.38
1106.4931 🔍 (source) three helium abundances
0.3
1106.5440 🔍 (source) O abundance
1e-05
1106.5817 🔍 (source) minimum detectable flux density \delta
3.0
Upper
1107.0005 🔍 (source) abundance of helium Y
0.4
1107.0918 🔍 (source) iron abundance difference \Delta [ Fe / H ]
0.012 ± 0.013 dex
1107.1054 🔍 (source) absorbing column density N _ { H }
3e+22 cm-2
1107.1117 🔍 (source) abundance ratio
7e-16
1107.1483 🔍 (source) stability parameter Q
1.0
1107.1804 🔍 (source) optical depth of dust absorption \tau _ { a }
1.0
Lower
1107.2397 🔍 (source) absolute M _ { i }
-28.0
Upper
1107.3515 🔍 (source) X-ray opacity of dust appreciably E _ { X }
1.0 keV
1107.4367 🔍 (source) average measured interstellar absorption velocity offset \langle \Delta v _ { abs } \rangle
-230.0 km s-1
1107.5043 🔍 (source) gas-phase oxygen abundance
8.2
1107.5814 🔍 (source) Abundances \sigma ( [ X / H ] )
0.023 dex
1108.0138 🔍 (source) lithium abundance A ( Li )
2.87
1108.0441 🔍 (source) fractional abundance O _ { 2 }
0.3
1108.0802 🔍 (source) surface heavy-element abundance by mass Z _ { s }
0.0005
1108.0857 🔍 (source) iron abundance
8550.0 ± 150.0 K
1108.0857 🔍 (source) iron abundance
3.9 ± 0.3
1108.0857 🔍 (source) iron abundance
-4.38 ± 0.19
1108.0802 🔍 (source) surface heavy-element abundance by mass
0.0142
1108.1812 🔍 (source) abundance $R _ { Gal } $ }
7.0 ± 4.0 kpc
1108.2033 🔍 (source) lithium abundance { A ( Li ) } _ { NLTE }
4.03 ± 0.06 ± 0.14 dex
1108.2488 🔍 (source) proto-solar abundance ratios C / O
1.19 ± 0.08
1108.3330 🔍 (source) unabsorbed flux f
3.2000000000000003e-15 ± 8.000000000000001e-16 erg s-1 cm-2
1108.4405 🔍 (source) fractional variability
9.0 ± 9.0 %
1108.4309 🔍 (source) interstellar oxygen abundance 12 + log O / H
7.71 ± 0.02
1108.4610 🔍 (source) H ^ { 35 } Cl/H ^ { 37 } Cl abundance ratio
3.3 ± 0.3
1108.4673 🔍 (source) abundance \log n ( Li )
1.7 ± 0.05
1108.5038 🔍 (source) oxygen abundance
12.0
1108.6054 🔍 (source) 3-D abundance ratio [ S / Fe ]
0.52 ± 0.2 (stat) ± 0.08 (sys)
1108.6054 🔍 (source) sodium abundance ( [ S/Na ] _ { NLTE }
0.48
1108.6006 🔍 (source) maximum absolute magnitude of the fireball
-12.6
1109.0443 🔍 (source) hydrogen abundance H / He
1.9
1109.1547 🔍 (source) unabsorbed total luminosity of this source
3.8
1109.1463 🔍 (source) uniform Al abundance [ Al / Fe ]
0.32 ± 0.14 dex
1109.1802 🔍 (source) Na i absorption
-0.00031600000000000004 ± 0.00020600000000000002
1109.2118 🔍 (source) helium abundance \Delta Y
0.06
1109.2038 🔍 (source) resultant abundances { [ Fe / H ] } _ { AndXI }
-1.75
1109.2038 🔍 (source) absolute V magnitudes { ( m - M ) } _ { 0 , V }
24.33 ± 0.05
1109.2468 🔍 (source) helium abundance N ( He ) / N ( H )
0.073 ± 0.031
1109.3183 🔍 (source) abundances C / O
0.54
1109.3213 🔍 (source) probable heliocentric distance
5.2 ± 0.8 K pc
1109.3183 🔍 (source) stellar abundances C / O
0.44
1109.3183 🔍 (source) abundances P
1.0
1109.3036 🔍 (source) absolute proper motion \mu _ { x }
-2.8 ± 0.2
1109.3661 🔍 (source) Ne/O abundance ratio n ( Ne ) / n ( O )
0.3
1109.3818 🔍 (source) absorbing hydrogen column N _ { H }
1.1000000000000002e+23 cm-2
1109.3818 🔍 (source) absorbing column N _ { H }
1.2e+23 cm-2
1109.3818 🔍 (source) unabsorbed X-ray luminosity
1.4e+32 erg s-1
1109.5059 🔍 (source) absolute mass precision
3.3 %
1109.6241 🔍 (source) AB z _ { P 1 } magnitude
19.4
1109.6386 🔍 (source) sticking probability
0.23
1109.6350 🔍 (source) absolute magnitude for the nucleus H _ { R }
17.9 ± 0.2 mag
1110.0247 🔍 (source) helium abundance Y _ { p }
0.24
1110.0820 🔍 (source) iron abundance [ Fe / H ]
0.19
1110.1077 🔍 (source) helium abundance \Delta Y
0.01
1110.1312 🔍 (source) day-to-week variability
28.0 %
Upper
1110.2412 🔍 (source) Toomre instability parameter Q
1.0
1110.2536 🔍 (source) probability factor
7.2
1110.2363 🔍 (source) absorption velocity v _ { Si }
19000.0 km s-1
1110.3948 🔍 (source) abundance
4.500000000000001e-09 ± 1.5000000000000002e-09
1110.5131 🔍 (source) unabsorbed luminosity L _ { 2 - 10 keV }
4e+33 erg s-1
1110.5879 🔍 (source) average oxygen abundance A ( O )
8.72 ± 0.13
1110.5903 🔍 (source) absolute magnitude M _ { V }
-8.5 +0.4-1.0
1110.6063 🔍 (source) ratio of the thermal instability and free-fall timescales t _ { TI } / t _ { ff } )
10.0
Lower
1110.6425 🔍 (source) mean Li abundance log N ( Li )
3.5 ± 0.07
1110.6425 🔍 (source) lithium abundances T _ { eff } {
5200.0 K
Lower
1110.6579 🔍 (source) absolute magnitude \mathrm { M _ { V }
-5.0
1110.6918 🔍 (source) N/O abundance
57.0
Lower
1111.1137 🔍 (source) variables span P _ { rot }
0.31
Lower
1111.1392 🔍 (source) oxygen abundance 12 + log O / H
7.800000000000001 +0.5999999999999996-0.6000000000000005
1111.1393 🔍 (source) interstellar oxygen abundance 12 + log O / H
8.2 ± 0.03
1111.1735 🔍 (source) helium abundance He / H
0.14 ± 0.06
1111.2061 🔍 (source) absolute magnitude H
14.17 ± 0.07
1111.2549 🔍 (source) fractional PAH abundances
0.007
1111.3642 🔍 (source) central iron abundance peak Z _ { Fe , c }
3.6 +1.5-0.85
1111.4985 🔍 (source) ratio of the total to selective absorption R _ { V }
3.0 ± 0.1
1111.6068 🔍 (source) abundances
22.0
1111.7004 🔍 (source) abundance ratio f _ { SO _ { 2 } } / f _ { SO }
3e+16 cm
Upper
1111.7001 🔍 (source) NLTE lithium abundance log N ( Li )
3.1 ± 0.1 dex
1112.0123 🔍 (source) abundances \alpha /Fe ]
0.0 dex
1112.0306 🔍 (source) iron abundances \langle [ Fe / H ] \rangle
-0.16 ± 0.03 dex
1112.2973 🔍 (source) lithium abundances A ( Li )
1.4
Lower
1112.3710 🔍 (source) abundance spread \Delta { [ Fe / H ] }
0.2
1112.3648 🔍 (source) absorption line
6.91 ± 0.01 keV
1112.3648 🔍 (source) absorption line
9300.0 +500.0-400.0 km s-1
1112.3974 🔍 (source) abundances [ Fe / H ]
0.23
1112.3974 🔍 (source) abundances
0.05
1112.3736 🔍 (source) OH abundance
26.0 %
1112.3959 🔍 (source) observable lifetimes
1.0 Gyr
1112.3974 🔍 (source) abundances [ Fe / H ]
16.0
1112.4925 🔍 (source) C/N abundance ratio
50.0
1112.5552 🔍 (source) Fe abundance
1.6 ± 0.5
1112.5552 🔍 (source) Fe abundance
2.0 ± 0.3
1112.5975 🔍 (source) heavy element abundance offset
0.13 ± 0.07 dex
1201.0623 🔍 (source) proper motion membership probability P _ { \mu }
70.0
1201.0731 🔍 (source) absorption
-10.0 ± 5.0 km s-1
1201.0731 🔍 (source) major absorption feature
-107.0 km s-1
1201.0731 🔍 (source) absorption
-26.0 km s-1
1201.1004 🔍 (source) iron abundance [ Fe / H ]
-2.84
1201.1538 🔍 (source) primordial helium abundance Y _ { p }
0.303 ± 0.075
1201.1772 🔍 (source) abundances [ N / Fe ]
1.16 ± 0.14
1201.2169 🔍 (source) absorbing column density
24.0 cm-2
Lower
1201.2169 🔍 (source) absorbing column density
1.0000000000000001e+23 cm-2
1201.2875 🔍 (source) Fe abundance A ( Fe )
7.91 ± 0.1
1201.2908 🔍 (source) number abundance
6.000000000000001e-05
1201.3224 🔍 (source) absorbing column density N _ { H }
1.1e+22 cm-2
1201.4882 🔍 (source) HF abundance
1.7000000000000001e-09
Lower
1201.5145 🔍 (source) oxygen abundance of this region [ O / H ]
8.18 ± 0.03
1201.5099 🔍 (source) abundances log N ( Fe )
4.44
1201.5145 🔍 (source) solar helium abundance N _ { He } / N _ { H }
0.1
1202.0087 🔍 (source) narrow-band AB magnitude
25.73
Lower
1202.0308 🔍 (source) overall oxygen abundance gradient \Delta ( \log ( O / H ) ) / \Delta R _ { G }
-0.013 dex kpc-1
1202.0882 🔍 (source) element abundances [ Si / H ]
-1.1 ± 0.1
1202.1304 🔍 (source) intrinsic internal abundance spread \sigma { [ Fe / H ] } _ { int }
0.125 +0.015000000000000013-0.015 dex
1202.2819 🔍 (source) abundances \delta _ { [ \alpha \mathrm { / Fe } ] }
0.07 dex
1202.2630 🔍 (source) average Pb/Eu abundance ratio of the mildly metal-poor [ Fe / H ]
-1.4
Lower
1202.3142 🔍 (source) abundance
7.000000000000001e-09
1202.3142 🔍 (source) S abundance ratio
0.13
1202.3285 🔍 (source) iron abundance [ Fe / H ]
-1.29 ± 0.07 dex
1202.3992 🔍 (source) DCN/HCN abundance ratio
0.017
1202.4461 🔍 (source) Helium abundance Y _ { 6791 }
0.3 ± 0.04
1202.4864 🔍 (source) fractional metal abundance in mass
0.0001
Lower
1202.4864 🔍 (source) fractional metal abundance in mass Z
0.01
1202.6032 🔍 (source) absorbing column density N _ { H }
2.5e+21 +1.2e+21-1.3e+21 cm-2
1202.5891 🔍 (source) HDO abundance
-1e-07
1202.5891 🔍 (source) HDO abundance
6.999999999999999e-08 +3.0000000000000004e-08-2.999999999999999e-08
1202.5891 🔍 (source) C ^ { 18 } O abundance
1.6e-08
1202.5891 🔍 (source) C ^ { 18 } O abundance
1.6e-08
1203.1004 🔍 (source) Fe abundance Z
0.3
1203.1334 🔍 (source) unabsorbed luminosity L _ { 2 - 10 keV }
5.08e+43 ± 5.2000000000000004e+42 erg s-1
1203.1266 🔍 (source) helium abundance n ( He ) / n ( H )
0.003 ± 0.001
1203.1919 🔍 (source) oxygen abundance 12 + \log ( O / H )
8.3
Lower
1203.2486 🔍 (source) galaxy absolute magnitude
-13.0 mag
1203.3192 🔍 (source) absolute magnitude M _ { B }
-20.0
1203.3124 🔍 (source) 1D NLTE barium-to-iron abundance ratio { \langle [ Ba / Fe ] \rangle } _ { 3 D + NLTE }
0.1 ± 0.06 (stat) ± 0.1 (% sys)
1203.3452 🔍 (source) absorption
-950.0 km s-1
1203.3696 🔍 (source) absorbing column density N _ { H }
3.9e+22 cm-2
1203.4013 🔍 (source) absolute magnitudes M _ { B }
-19.21
1203.4992 🔍 (source) helium abundance Y
0.34
Lower
1203.5268 🔍 (source) interstellar oxygen abundances log O / H
8.33 ± 0.01
1203.5268 🔍 (source) interstellar oxygen abundances log O / H
8.1 ± 0.04
1203.5268 🔍 (source) interstellar oxygen abundances log O / H
7.89 ± 0.01
1203.6079 🔍 (source) NLTE lithium abundance A ( ^ { 7 } Li )
4.21
1203.6888 🔍 (source) methane abundance
10.0 ± 2.0 %
1203.6888 🔍 (source) methane abundances
5.3 ± 0.4 %
1203.6888 🔍 (source) methane abundances
7.1 ± 0.4 %
1203.6888 🔍 (source) methane abundances
8.2 ± 0.3 %
1203.6888 🔍 (source) methane abundances
9.1 ± 0.5 %
1203.6888 🔍 (source) methane abundances
5.0 ± 0.1 %
1204.0583 🔍 (source) SN absolute magnitude M _ { Ic , obs }
-17.2
Lower
1204.0552 🔍 (source) unabsorbed 0.5-10 keV luminosity L _ { X }
1.6e+34 ± 1e+33 erg s-1
1204.0397 🔍 (source) water abundance
0.00014
1204.0857 🔍 (source) variability time of long t _ { v } ^ { ob }
0.01 s
1204.0857 🔍 (source) variability time of long t _ { v } ^ { ob }
0.01 s
1204.0857 🔍 (source) variability time t _ { v } ^ { ob }
0.01 s
1204.1978 🔍 (source) neutral hydrogen abundance \Omega
0.00015000000000000001
1204.2273 🔍 (source) absolute distance modulus { ( m - M ) } _ { 0 }
18.46 ± 0.03 mag
1204.2584 🔍 (source) mean abundances
26.0 A
1204.3629 🔍 (source) electron density of the absorbing gas n _ { e }
11000.0 cm-3
Lower
1204.3952 🔍 (source) Li abundance A ( Li )
2.23
1204.4433 🔍 (source) over-solar abundances \langle [ X / H ] \rangle
0.26 dex
1204.4387 🔍 (source) surface helium abundance
20.0 ± 10.0
1204.5600 🔍 (source) primordial lithium abundance \log \varepsilon ( Li )
2.57 ± 0.1
1204.5747 🔍 (source) supersolar iron abundance Z _ { Fe }
3.0 ± 1.0
1204.5750 🔍 (source) absolute magnitude M _ { V }
-0.4 ± 0.9
1205.0361 🔍 (source) fractional abundance HO _ {
2.0
1205.2795 🔍 (source) gas-phase oxygen abundance
12.0
1205.3172 🔍 (source) gas-phase oxygen abundances 12 + log ( O / H )
8.5
Upper
1205.3760 🔍 (source) helium abundance Y
0.39 ± 0.02
1205.3627 🔍 (source) variable
1.0
1205.3777 🔍 (source) overall oxygen abundance \log N ( O i ) / N ( H i )
-5.29 ± 0.1
1205.5105 🔍 (source) mean absolute magnitude \langle M _ { K _ { s } } \rangle
-7.49 ± 0.54
1205.6101 🔍 (source) Zinc abundance [ Zn / Fe ]
0.0 ± 0.3
1205.6101 🔍 (source) abundance [ C / Fe ]
0.6 ± 0.1
1205.6739 🔍 (source) appreciable relative velocity
42.0 km s-1
1206.0403 🔍 (source) fluorine gas-phase abundance F / H
1.0500000000000001e-08 +4.5e-09-4.500000000000001e-09
1206.0656 🔍 (source) super-solar helium abundance \log N _ { He } / N _ { H }
-0.45
1206.1249 🔍 (source) ortho-H _ { 2 } O abundance
1e-07
1206.1249 🔍 (source) abundance
2e-09
1206.1820 🔍 (source) helium abundances Y
0.29
1206.1858 🔍 (source) Si ii \lambda 6355 absorption
0.39 ± 0.08 %
1206.1820 🔍 (source) helium abundances Y
0.25
1206.1820 🔍 (source) helium abundances Y
0.33
1206.2140 🔍 (source) abundance ratios
0.0010500000000000002 ± 0.00025
1206.2275 🔍 (source) relative abundances \log ( N / O )
1.32 ± 0.05
1206.3839 🔍 (source) maximum probability P _ { max }
0.29
1206.4263 🔍 (source) \sigma AB-magnitude depth Z
25.7
1206.4999 🔍 (source) overabundance
0.36 dex
1206.5545 🔍 (source) oxygen abundance 12 + \log ( O / H )
7.6 ± 0.07 dex
1206.6274 🔍 (source) transit absorption depth
14.4 ± 3.6 %
1206.6376 🔍 (source) mean metal abundance \langle [ Fe / H ] \rangle
-1.42 ± 0.02
1206.6376 🔍 (source) metal abundance [ Fe / H ]
-1.3
1206.6742 🔍 (source) probable mass ratio q
0.1
Upper
1206.7027 🔍 (source) average abundance ratio of the ^ { 13 } CO to C ^ { 18 } O
7.0 ± 3.8
1207.0539 🔍 (source) abundance
5.0
1207.0499 🔍 (source) lithium abundance
-1.0
1207.0499 🔍 (source) lithium abundance [ Fe / H ]
-0.1
Upper
1207.1806 🔍 (source) measured iron abundance [ Fe / H ]
-6.0
1207.2451 🔍 (source) Sr abundance \log \epsilon
2.93 ± 0.04 dex
1207.4182 🔍 (source) absorption column density N _ { H }
1.55e+22 ± 5.5e+21 cm-2
1207.4557 🔍 (source) cyclotron absorption feature
22.0 ± 1.0 keV
1207.5464 🔍 (source) probability of such axis P
1.95e-05
Upper
1207.5971 🔍 (source) oxygen abundance of the galaxies
12.0
Lower
1208.0004 🔍 (source) average absorbed 2–8 keV flux
1.3999999999999999e-11 erg cm-2 s-1
1208.0158 🔍 (source) metal abundances
-5.0
Lower
1208.1467 🔍 (source) abundances
1.0
1208.1467 🔍 (source) abundances Z
0.3
1208.1579 🔍 (source) CNO abundances [ CNO / Fe ]
0.9
1208.1579 🔍 (source) helium abundance Y
0.375 ± 0.025000000000000022
1208.3260 🔍 (source) oxygen abundance 12 + \log ( O / H )
8.18 ± 0.28
1208.3260 🔍 (source) oxygen abundance 12 + \log ( O / H )
7.84 +0.24-0.25
1208.3979 🔍 (source) mean abundance o - NH _ { 3 }
2e-09
1208.4250 🔍 (source) central hydrogen abundance X _ { c }
0.32
Upper
1208.4250 🔍 (source) central hydrogen abundance
0.25
Lower
1208.4358 🔍 (source) HNC/HCN abundance ratio
3.1 %
1208.4581 🔍 (source) absorbing column N _ { H , z } ^ { refl }
2.5e+22 cm-2
Upper
1208.4808 🔍 (source) absolute magnitude M _ { V }
-16.3
1208.4982 🔍 (source) absorption depths { \Delta ( R _ { pl } / R _ { \star } ) } ^ { 2 }
0.047 ± 0.011 %
1208.4982 🔍 (source) absorption depths
0.049 ± 0.017 %
1208.5866 🔍 (source) Scoreproducessomeofthestructuresthatwereobservedinthecircumstellarabsorptionlinesinthespectrumof
2e-06 ± 5e-07 M_\odot Th yr-1
1208.5879 🔍 (source) abundance of two key SLRs
26.0
1209.0477 🔍 (source) maximum Eddington ratio of Type 1 quasars in the observable Universe L / L _ { Edd }
3.0
Upper
1209.0565 🔍 (source) intrinsic spread in metal abundance
18.0 ± 3.0 %
1209.0891 🔍 (source) average number of components in the absorption
6.0 +1.0-1.25
1209.1354 🔍 (source) absorption corrected luminosity L ( 0.2 - 10.0 keV )
2.5e+41 erg s-1
1209.1505 🔍 (source) central oxygen abundance 12 + log ( O / H )
8.91 dex
1209.1505 🔍 (source) central oxygen abundance
8.71
1209.1555 🔍 (source) fractional abundance CH _ { 3 } D
3e-07 ± 1.1e-07
1209.1555 🔍 (source) fractional abundance
9100000000000000.0 ± 3400000000000000.0 cm-2
1209.1555 🔍 (source) fractional abundance
2.95e+17 +1.65e+17-1.6499999999999997e+17 cm-2
1209.1506 🔍 (source) super-solar iron abundance Fe / H
0.2
Upper
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
1209.1816 🔍 (source) variability on rest-frame timescales
5.8
Upper
1209.1816 🔍 (source) variability on rest-frame timescales
1.4
Lower
1209.1816 🔍 (source) variability on rest-frame timescales
0.5 yr
1209.2251 🔍 (source) oxygen abundance
84.0
1209.2591 🔍 (source) abundances [ Fe / H ]
0.1
1209.2591 🔍 (source) super-solar iron abundance [ Fe / H ]
0.16 ± 0.09
1209.3065 🔍 (source) absolute magnitude H _ { R }
19.71 ± 0.05 mag
1209.4193 🔍 (source) median rest-frame absorption-corrected luminosity L _ { 2 - 10 keV }
1.5000000000000001e+44 erg s-1
1209.6354 🔍 (source) mean absorbed 2–8 keV flux
8.5e-12 ± 9e-13 erg cm-2 s-1
1209.6354 🔍 (source) X-ray absorbing columns N _ { H }
1.5e+23 cm-2
1210.0556 🔍 (source) extent of the habitable zone
1.62 AU
1210.0556 🔍 (source) extent of the habitable zone
3.32 AU
1210.0531 🔍 (source) Ly \alpha absorption
7.5 ± 1.8
1210.0905 🔍 (source) metallicity of the absorber
0.19 +0.21-0.1 s
1210.1063 🔍 (source) absolute magnitudes M _ { B }
-9.7
1210.1063 🔍 (source) absolute magnitudes
-14.2
1210.1154 🔍 (source) gas-phase relative abundance [ Zn / Fe ]
1.0
1210.3455 🔍 (source) adiabatic index \Gamma
1.0
Upper
1210.3840 🔍 (source) absorption column density
2.0000000000000002e+23 cm-2
1210.4069 🔍 (source) He abundance \Delta Y
0.03
Upper
1210.4069 🔍 (source) He abundance Y
0.22 ± 0.03
1210.6513 🔍 (source) unabsorbed flux F _ { 2 - 10 keV }
1.6000000000000003e-13 +2.0000000000000003e-14-4.0000000000000006e-14 erg % cm-2 s-1
1210.7211 🔍 (source) oxygen abundance \log { ( O / H ) }
12.0
1210.7178 🔍 (source) water abundance H _ { 2 }
7.5e-07 ± 2.5e-07
1210.7200 🔍 (source) abundance [ Fe / H ]
-1.6 ± 0.1
1210.7231 🔍 (source) curvature of the observable universe \Omega _ { k } $ }
-0.003 +0.014-0.018
1210.7211 🔍 (source) helium abundance Y
0.32
1210.8329 🔍 (source) variability F _ { var }
8.0
1211.0367 🔍 (source) abundance X ( H _ { 2 } O )
5e-08
1211.0693 🔍 (source) abundance ratio [ Eu / Ba ]
0.58 ± 0.15 dex
1211.0693 🔍 (source) abundance A ( Eu )
-2.35 ± 0.07 dex
1211.0831 🔍 (source) maximum unabsorbed X-ray luminosity
1.3000000000000001e+42 erg s-1
1211.4529 🔍 (source) sporadic flux variabilities L _ { X }
2e+39 ± 1e+39 erg s-1
1211.2889 🔍 (source) absolute magnitude H
10.3
Upper
1211.3035 🔍 (source) element abundance \alpha / Fe ]
0.13 dex
1211.3479 🔍 (source) measurable polarization V / I
34.0
Upper
1211.3400 🔍 (source) intrinsic absorbing column N _ { H }
4.400000000000001e+23 ± 5.0000000000000004e+22 cm-2
1211.3737 🔍 (source) abundance
0.26 ± 0.1 s
1211.3857 🔍 (source) oxygen abundance
50.0
Lower
1211.5064 🔍 (source) Abundance ratios \mathrm { OH ^ { + } / H _ { 2 } O ^ { + } }
1.0
Lower
1212.0541 🔍 (source) abundance
0.1 S
1212.0772 🔍 (source) iron abundance Fe / solar
3.5 +0.3-0.1
1212.2188 🔍 (source) unabsorbed luminosity
6e+35 erg s-1
1212.2560 🔍 (source) Fe abundance Z _ { Fe }
1.3 +0.8-0.5
1212.4496 🔍 (source) star-to-star abundance scatter [ Fe / H ]
-2.5
1212.5026 🔍 (source) unabsorbed luminosity
7.75e+36 ± 7.5e+35
1212.5026 🔍 (source) total absorbed flux
2.4e-11 +1.999999999999997e-12-2.0000000000000016e-12 erg cm-2 s-1
1212.5952 🔍 (source) absolute magnitude M _ { V }
-1.21 ± 0.66
1212.6057 🔍 (source) lithium abundances \log \epsilon ( Li )
2.0
1212.6057 🔍 (source) abundances \log \epsilon ( Li )
1.4500000000000002 +0.34999999999999987-0.3500000000000001
1212.6057 🔍 (source) post-first dredge-up surface abundance \log \epsilon ( Li )
1.4
1212.6057 🔍 (source) abundances \log \epsilon
1.4 +0.10000000000000009-0.09999999999999987
1301.0245 🔍 (source) interstellar absorption A _ { V }
1.6
1301.0545 🔍 (source) overall variability fraction
35.0 ± 5.0
1301.0545 🔍 (source) variability period
7.6 ± 0.2 hr
1301.0445 🔍 (source) lithium abundance \log n
2.28
1301.0991 🔍 (source) Lithium abundances
3.34
1301.0991 🔍 (source) Lithium abundances \log n ( Li )
3.54
1301.1669 🔍 (source) absolute H magnitude M _ { H }
22.21 +0.25-0.22 mag
1301.3606 🔍 (source) Ba abundance [ Ba / Fe ]
-0.71 ± 0.06
1301.5001 🔍 (source) peak observables S / N
3.0
Lower
1301.5284 🔍 (source) average abundance ratios N _ { HNC } / N _ { HCN }
1.47 ± 0.5
1301.5281 🔍 (source) oxygen abundance \epsilon _ { O }
603.0 ± 9.0
1301.5599 🔍 (source) oxygen abundance
8.57
1301.5599 🔍 (source) oxygen abundance Tree(positive_expression, [SymbolSequence(LeafSymbol('log'), LeafSymbol('O'))]) / H
8.73
1301.5839 🔍 (source) effective fraction of absorbing dust along the line of sight f _ { d }
0.3
1301.6014 🔍 (source) laboratory radius
60400000000000.0 cm
1301.7044 🔍 (source) helium abundance \Delta Y
0.03
1302.0199 🔍 (source) X-ray unabsorbed luminosity
1.8000000000000002e+32 erg s-1
1302.0688 🔍 (source) gas-phase glycine fractional abundances
8e-09
Upper
1302.1048 🔍 (source) solar mean oxygen abundance
3888.0 ± 3883.0
1302.1647 🔍 (source) mean number of Earth-size planets in the habitable zone
0.15 +0.13-0.06
1302.2369 🔍 (source) absolute magnitudes M _ { B }
-16.7
1302.2369 🔍 (source) absolute magnitudes
-13.0
Lower
1302.2459 🔍 (source) Si abundance
3.3
1302.2459 🔍 (source) Si abundance
3.3 +0.7000000000000002-0.6999999999999997
1302.3230 🔍 (source) metal abundance [ Fe / H ]
-2.29 dex
1302.3180 🔍 (source) iron abundances [ O / H ]
-1.67
1302.4477 🔍 (source) levels of silicate absorption s _ { 9.7 \mu m }
-1.0
Lower
1302.4542 🔍 (source) absolute magnitude H _ { R }
18.69 ± 0.07 mag
1302.5462 🔍 (source) maximal absorption fraction f _ { abs }
1.0
1302.6122 🔍 (source) mean abundances < [ Ba/H ]
-2.0 ± 0.16
Lower
1302.6122 🔍 (source) mean abundances < [ Ba/H ]
-2.41 ± 0.16
Lower
1302.6479 🔍 (source) variables d
1.3 +0.7-0.7000000000000001 kpc
1302.6971 🔍 (source) absolute escape fraction f _ { esc }
2.4 +0.9-0.8
1302.6858 🔍 (source) absorption
48.0 ± 2.0 mag
1303.0554 🔍 (source) absolute magnitude H _ { R }
24.5 ± 0.2
1303.2396 🔍 (source) oxygen abundance A _ { O }
0.952 +0.02-0.013
1303.2396 🔍 (source) oxygen abundance A _ { O }
0.689 +0.015-0.01
1303.3027 🔍 (source) iron abundance [ Fe / H ]
-0.54 ± 0.1 dex
1303.3005 🔍 (source) absolute rest frame deviation \sigma _ { NMAD }
0.017
1303.3005 🔍 (source) absolute rest frame deviation
1.48 MA
1303.3027 🔍 (source) mean Li abundance \log n ( Li )
2.7 dex
1303.4232 🔍 (source) absorption
6.4
1303.4688 🔍 (source) abundances Y
0.23
Lower
1303.5094 🔍 (source) thermal relic abundance cross section \langle \sigma v \rangle
3e-26 cm3 s-1
1303.5460 🔍 (source) absorber temperature C _ { v } ( T )
0.12 T2 mJ g-1 K-1
1303.5489 🔍 (source) median abundance [ Fe / H ]
-0.7 +0.15-0.2 dex
1303.5489 🔍 (source) abundance [ Fe / H ]
-0.67 +0.16-0.12 dex
1303.5895 🔍 (source) abundance
0.13 ± 0.07 %
1303.6593 🔍 (source) appreciably overabundant N ( [ N/H ]
0.45 ± 0.04999999999999999
1303.6177 🔍 (source) hot water abundance
2e-05
1303.6177 🔍 (source) O abundance ratio
0.001
1304.0006 🔍 (source) rest-frame absorption equivalent width W _ { r } ( 2796 )
4.2
1304.0523 🔍 (source) iron abundance [ Fe / H ]
-1.78
1304.1633 🔍 (source) gas-phase oxygen abundances A _ { O }
12.0
1304.2259 🔍 (source) amplitude variability of frequencies
861.56 Hz
1304.2158 🔍 (source) gas-phase abundance \sigma _ { \Delta { log ( O / H ) } }
0.07 dex
1304.2764 🔍 (source) Ba abundances log \varepsilon ( Ba )
0.7 dex
1304.4242 🔍 (source) measured nitrogen abundance ( [ N/H ]
-1.15 ± 0.06
1304.4793 🔍 (source) abundance
3.5e-08 ± 2.5e-08
1304.7003 🔍 (source) prominent H _ { 2 } absorption \log ( N ( H _ { 2 } ) / cm ^ { -2 } )
20.54 ± 0.13
1304.7317 🔍 (source) absorption
68.3 % C
1304.7120 🔍 (source) abundance X ( C )
0.005
1304.7734 🔍 (source) instability parameter Q
1.0
1304.7841 🔍 (source) variable grain mass
2e-08 kg
1304.7841 🔍 (source) variable grain mass m _ { grain }
5e-07 kg
1304.7983 🔍 (source) oxygen abundance O / H
7.07
1305.0277 🔍 (source) primordial helium abundance
0.2483 ± 0.0002
1305.0277 🔍 (source) oxygen abundance 12 + log ( O / H )
7.17 ± 0.04
1305.0571 🔍 (source) absolute magnitude M _ { J }
13.97 ± 0.11
1305.0587 🔍 (source) abundance scale Z
0.019
1305.1298 🔍 (source) transit probability \alpha
-3.0
1305.1774 🔍 (source) diffusion-corrected primordial lithium abundance \log \varepsilon ( Li )
2.58 ± 0.1
1305.1911 🔍 (source) absolute masses of the binary components M _ { 1 }
22.5 ± 1.0 M_\odot
1305.2371 🔍 (source) abundance
8e-12
1305.4837 🔍 (source) absolute magnitude M _ { V }
0.38 ± 0.04 mag
1305.7067 🔍 (source) peak V -band absolute magnitude M _ { V }
-17.123 ± 0.18 mag
1305.7046 🔍 (source) iron abundance
1.8
Lower
1306.0046 🔍 (source) CO abundance
0.00012800000000000002
1306.0046 🔍 (source) CO abundance
8.900000000000001e-05
1306.0465 🔍 (source) abundance ratio N ( \mathrm { N } ^ { 15 } \mathrm { NH } ^ { + } ) / N ( ^ { 15 } \mathrm { NNH } ^ { + } )
1.1 ± 0.3
1306.0330 🔍 (source) mass of the secondary component Ab
14.0 ± 3.0 M_\odot
1306.0644 🔍 (source) Li abundance Fe/H ]
-0.15
1306.0892 🔍 (source) soft X-ray absorption N _ { H , X }
1.6e+21 ± 5e+20 cm-2
1306.1382 🔍 (source) photoelectric absorption N _ { H }
2.2999999999999997e+21 cm-2
1306.1535 🔍 (source) absolute LyC escape fractions f _ { esc } ^ { LBG }
1.5 ± 0.5 %
1306.1793 🔍 (source) absorption
6e+22 cm-2
1306.2304 🔍 (source) PAH abundance \langle q _ { PAH } \rangle
0.039
1306.2304 🔍 (source) PAH abundance q _ { PAH }
0.045
1306.2940 🔍 (source) absorption metallicity 12 + \log ( O / H )
8.8 ± 0.2
1306.3156 🔍 (source) average absorption cross-section per H nucleus \sigma _ { 250 \mu m } ^ { H }
1.8000000000000002e-25 ± 3e-26 cm2 H
1306.3552 🔍 (source) unabsorbed flux F _ { 2 - 8 keV }
4.3e-14 +1.1e-14-1e-14 erg cm-2 s-1
1306.3614 🔍 (source) Li abundance BD+44 ^
493.0
1306.3614 🔍 (source) abundance A ( Be )
12.0
Lower
1306.4463 🔍 (source) LIC Ne/O abundance
0.16 ± 40.0
1306.5389 🔍 (source) peak absolute R band magnitude
-18.5 ± 0.16
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
1307.0602 🔍 (source) absorbers N _ { H \sc I }
2e+20 cm-2
Lower
1307.0790 🔍 (source) absolute trigonometric parallax
6.06 ± 0.44 m as
1307.0790 🔍 (source) absolute parallax
8.8 ± 0.12 m as
1307.0790 🔍 (source) absolute parallax
8.3 ± 0.41 m as
1307.0759 🔍 (source) abundance ratios N / O
1.0 ± 0.4
1307.0919 🔍 (source) surface abundance of nitrogen [ N / Fe ]
0.53 ± 0.15 dex
1307.1474 🔍 (source) abundances
2.4e-09 +1.6000000000000003e-09-1.6e-09
1307.1474 🔍 (source) abundances
4.2999999999999994e-11
Lower
1307.2239 🔍 (source) abundances [ Fe / H ] }
-4.0
Upper
1307.2094 🔍 (source) solar abundance Z
0.014
1307.2366 🔍 (source) absolute magnitude M _ { r }
-13.0 mag
1307.2627 🔍 (source) abundance
8.000000000000001e-06 ± 5e-06
1307.3503 🔍 (source) iron abundance
1.5 ± 0.5 s
1307.3420 🔍 (source) abundance ratio [ DCO ^ { + } ] / [ HCO ^ { + } ]
0.3
1307.4324 🔍 (source) iron abundance
0.4 ± 0.2 dex
1307.4885 🔍 (source) abundance ratios Na / K
54.0 ± 14.0
1307.5117 🔍 (source) absolute magnitude
-24.0
1307.5119 🔍 (source) abundance of primordial blackholes \Omega _ { PBH } h ^ { 2 }
0.009997120000000002
Lower
1307.5103 🔍 (source) oxygen abundance 12 + log ( O / H )
8.16 dex
1307.5860 🔍 (source) helium abundance Y
0.22
Upper
1307.5860 🔍 (source) abundance \Delta Y
0.17
Lower
1307.6217 🔍 (source) unabsorbed X-ray luminosity L _ { X } ( 0.5 - 7.0 keV )
1.6000000000000001e+30 erg s-1
Upper
1307.6266 🔍 (source) transverse absorber size
6e+16 cm
1307.6955 🔍 (source) Helium abundance Y _ { p }
0.2463 ± 0.0003
1307.6955 🔍 (source) primordial Li/H abundance
4.89e-10 +4.1e-11-3.9e-11
1307.6955 🔍 (source) primordial D/H abundance
2.6700000000000002e-05 ± 9.000000000000001e-07
1307.7713 🔍 (source) absorption column density
4.0000000000000003e+23 cm-2
1307.7755 🔍 (source) absolute magnitude M _ { F 555 W }
-9.02 ± 0.28
1307.7755 🔍 (source) absolute magnitude M _ { F 555 W }
-5.7
Upper
1308.0032 🔍 (source) absolute age
9.9 ± 0.7 Gyr
1308.0328 🔍 (source) absolute magnitude M _ { g }
-18.1 mag
1308.0846 🔍 (source) absorbing column density N _ { H }
3.1e+22 cm-2
1308.1320 🔍 (source) metal abundance Z
0.008
1308.1933 🔍 (source) abundance ratio Fe / O
0.36 ± 0.12
1308.2100 🔍 (source) primordial abundances D / H
2.6000000000000002e-05 ± 1.2000000000000002e-06
1308.2065 🔍 (source) absolute magnitude M _ { B }
-18.2 ± 0.2 mag
1308.2065 🔍 (source) oxygen abundance 12 + \log [ O / H ]
8.3 ± 0.2
1308.2559 🔍 (source) fractional abundances
2e-09
1308.3004 🔍 (source) absolute vertical motion v _ { b } )
-17.9 ± 12.2 km s-1
1308.4859 🔍 (source) probability
2.7 +10.0-2.4
1308.5151 🔍 (source) abundance
5e-08
1308.5545 🔍 (source) sub-solar oxygen abundances 12 + log ( O / H )
8.350000000000001 +0.049999999999998934-0.05000000000000071 dex
1308.6478 🔍 (source) abundance
5e-09 ± 3.0000000000000004e-09
1308.6450 🔍 (source) abundance
-4.89
1309.0114 🔍 (source) sulphur abundances [ Fe / H ]
-2.5
Lower
1309.0114 🔍 (source) sulphur abundances [ Fe / H ]
-2.3
1309.0114 🔍 (source) sulphur abundances
0.6
Lower
1309.0114 🔍 (source) sulphur abundances [ S / Fe ]
-2.5
Lower
1309.0526 🔍 (source) N/O abundance ratio \log N / O
-1.5
1309.0446 🔍 (source) abundance ratio
0.015 ± 0.009
1309.2282 🔍 (source) dust relative abundance A
0.072
1309.3430 🔍 (source) mean abundance ratios to iron at three metallicities [ Fe / H ]
-1.8
1309.3430 🔍 (source) mean abundance ratios to iron at three metallicities [ Fe / H ]
-2.2
1309.3430 🔍 (source) mean abundance ratios to iron at three metallicities [ Fe / H ]
-3.3
1309.4695 🔍 (source) absolute magnitude M _ { z }
-11.8
1309.5202 🔍 (source) abundances X ( PN / H _ { 2 } )
3e-07
1309.6774 🔍 (source) absolute temperature
15.0 ± 15.0
Lower
1310.0083 🔍 (source) absolute radius
4.3 ± 1.6
1309.7749 🔍 (source) absorption column N _ { H }
4.900000000000001e+22 cm-2
1310.0475 🔍 (source) helium abundances Y
0.3
1310.0475 🔍 (source) helium abundances
0.2
1310.1151 🔍 (source) elemental abundance [ Xe / H ]
0.48
Lower
1310.1080 🔍 (source) olivine abundance
0.68
1310.1080 🔍 (source) olivine abundance
0.93
1310.1399 🔍 (source) intensity of the absorption line EW
162.0 keV
Upper
1310.2096 🔍 (source) absolute proper motion \mu _ { \alpha } \cos \delta, \mu _ { \delta } )
-4.57 ± 0.16 m as yr-1
1310.2553 🔍 (source) supersolar helium abundance \log N _ { He } / N _ { H }
-0.45
1310.3078 🔍 (source) total absorption in the V band A _ { V }
2.06 ± 0.05 mag
1310.4910 🔍 (source) sodium abundance range [ Na / Fe ]
0.4
Lower
1310.4910 🔍 (source) oxygen abundance O/Fe ]
0.6499999999999999 +0.050000000000000044-0.04999999999999993
Lower
1310.4910 🔍 (source) oxygen abundances [ O / Fe ]
0.2 ± 0.05
1310.6231 🔍 (source) abundance
2e-10
1310.6231 🔍 (source) OH } abundances relative to total number of hydrogen atoms
2.2999999999999998e-10
1310.6231 🔍 (source) abundance ratio H _ { 2 } CO / CH _ { 3 } OH
2.0
1310.6364 🔍 (source) keV absorption-corrected luminosity
7.800000000000001e+42 erg s-1
1310.8104 🔍 (source) Mg i atmospheric absorption
-62.0
Lower
1310.8104 🔍 (source) Mg i atmospheric absorption
-19.0 km s-1
1310.8104 🔍 (source) Mg i atmospheric absorption
6.2 ± 2.9 %
1310.8575 🔍 (source) overabundance
15.0
1311.1072 🔍 (source) NLTE mean lithium abundance \langle { A ( Li ) } _ { 3 D NLTE } \rangle
1.78 ± 0.18 dex
1311.1541 🔍 (source) over-abundances of alpha-elements [ \alpha / \mbox { Fe }
0.3
1311.2192 🔍 (source) oxygen abundance
7.94 ± 0.3
1311.2192 🔍 (source) oxygen abundance 12 + log ( O / H )
0.2
1311.3482 🔍 (source) abundances
25.0
1311.4559 🔍 (source) C iv absorption system z _ { abs }
0.00348
1311.5313 🔍 (source) C/O gas-phase elemental abundance ratio
0.8
1311.5561 🔍 (source) pressure drop abruptly
3.4 +0.8-0.7
1311.7180 🔍 (source) absorption N _ { H }
4e+20 cm-2
1311.7664 🔍 (source) absolute M _ { K ^ {
4.0
1312.1736 🔍 (source) overall variability fraction
36.0 +9.0-7.0 %
1312.2013 🔍 (source) absolute magnitude M _ { r }
-18.9
Upper
1312.2272 🔍 (source) iron abundance [ Fe / H ] }
0.2
1312.2522 🔍 (source) CO } abundance x _ { CO }
5e-05
1312.3118 🔍 (source) variability brightness temperature
700000000000.0 K
1312.3118 🔍 (source) variability Doppler factor
2.2
1312.3885 🔍 (source) abundances \varepsilon _ { O }
8.85 ± 0.01
1312.4593 🔍 (source) clustering signal of absorbers on projected scales r _ { p }
17.65 +17.35-17.349999999999998 Mpc h-1
1312.5321 🔍 (source) median abundance [ C / H ]
-3.5
1312.5235 🔍 (source) neon abundance [ Ne / O ]
1.0
Lower
1312.5294 🔍 (source) minimum variability fraction f _ { min }
27.0 +11.0-7.0
1401.0605 🔍 (source) absorption radius
67.1 +59.900000000000006-59.89999999999999 pc
1401.1104 🔍 (source) Cl/O abundance
6.0 +6.0-3.0
Upper
1401.1104 🔍 (source) HF abundance relative
0.00018 ± 5e-05
1401.1104 🔍 (source) CH _ { 3 } OH abundances relative
2.7 ± 0.3 %
1401.1104 🔍 (source) CH _ { 3 } OH abundances relative
3.4 ± 0.6 %
1401.2426 🔍 (source) absolute magnitude M _ { R }
-6.6
1401.3784 🔍 (source) abundance [ X / Fe ]
0.4 dex
1401.3646 🔍 (source) absorption feature
7.03 ± 0.03
1401.4113 🔍 (source) root mean square variability F _ { var }
57.0 ± 3.2
1401.4486 🔍 (source) mass-outflow rate of the strongest absorption component \dot { M } _ { abs }
1.1 +0.9-0.7 M_\odot
1401.5488 🔍 (source) absence of dark radiation \Delta { N } _ { \nu }
0.0
1401.7185 🔍 (source) appreciable distance
0.1 pc
1401.7348 🔍 (source) surface abundances
3.62 hr
1401.7706 🔍 (source) unabsorbed X-ray luminosity L _ { X }
2.6e+34 ± 8e+33 erg s-1
1402.0392 🔍 (source) abundance ratio H _ { 2 } CO / CH _ { 3 } OH
0.3
Lower
1402.1499 🔍 (source) stability parameter Q _ { RW }
2.0 ± 0.9
1402.2329 🔍 (source) abundances ( X _ { HCO ^ { + } }
1.85e-08 +1.1499999999999999e-08-1.1500000000000002e-08
1402.2466 🔍 (source) impact probability to calculate the impact warning time t _ { warn }
-2.0
1402.2672 🔍 (source) } absorption \log { N _ { H _ { 2 } } }
19.0
Lower
1402.2666 🔍 (source) absorption N _ { H }
5.0000000000000006e+23 cm-2
Lower
1402.2758 🔍 (source) abundances
0.00066
1402.3602 🔍 (source) CGM absorption properties z\ > ^ {
0.176
Lower
1402.5399 🔍 (source) absence of dark radiation \Delta { N } _ { \nu }
0.0
1402.5573 🔍 (source) cumulative impact probability
-1.7
1402.5573 🔍 (source) individual impact probability
9.5e-05
1402.5571 🔍 (source) mean absolute magnitude H _ { V }
15.7 ± 0.1
1402.5573 🔍 (source) cumulative impact probability
0.00037000000000000005
1402.6358 🔍 (source) oxygen abundances of early-B supergiants [ Z̄ ]
-0.93 ± 0.07
1403.0870 🔍 (source) adiabatic compression
1.35 +0.1499999999999999-0.15000000000000013
1403.2115 🔍 (source) oxygen abundance A _ { O }
0.7
1403.2930 🔍 (source) abundance ratios X _ { { } ^ { 13 } CO } / X _ { C ^ { 18 } O }
19.35 +13.649999999999999-13.650000000000002
1403.5272 🔍 (source) absolute enrichment level \beta
8.5
1403.5563 🔍 (source) abundance of the brightest satellites M _ { \mathrm { sat . } }
2.0
1403.6116 🔍 (source) abundances Sr / H ]
-4.9
Upper
1403.6728 🔍 (source) iron abundance [ Fe / H ]
0.1 ± 0.06
1403.7266 🔍 (source) C abundance C / H
352.0
1404.0511 🔍 (source) resulting elemental ratio of the NLTE abundances amounts log ( Ba / Eu )
0.78 ± 0.06
1404.1002 🔍 (source) extinction-corrected absolute magnitude M _ { B }
-19.8
1404.0824 🔍 (source) abundances
-0.1 dex
1404.0824 🔍 (source) Fe-peak abundances m _ { C } \sin i
1.35 ± 0.2
1404.1967 🔍 (source) mean element-to-element abundance difference
0.04 ± 0.07 dex
1404.1967 🔍 (source) abundance T _ { C }
0.0001 dex K-1
1404.2164 🔍 (source) stratospheric abundance
1.29
1404.2164 🔍 (source) stratospheric abundance CH _ { 4 }
0.03
1404.2164 🔍 (source) abundance
50.0 ± 2.0
1404.2134 🔍 (source) unabsorbed flux
3.0000000000000002e-15 erg cm-2 s-1
1404.4633 🔍 (source) frequency of variables
22.0 +7.0-5.0
1404.5059 🔍 (source) unabsorbed luminosity L _ { X }
4.7999999999999994e+33 day
1404.5578 🔍 (source) mean abundance
7.44 dex
1404.5755 🔍 (source) solar fluorine abundance A ( F )
4.4 ± 0.25
1404.5755 🔍 (source) M 67 average fluorine abundance A ( F )
4.49 ± 0.2
1404.6094 🔍 (source) Ba abundance
0.00035 ± 5e-05
1404.6094 🔍 (source) Ba abundance
4e-06 ± 5e-07
1404.6735 🔍 (source) S-type C/O abundance ratio [ C / O ]
0.9
1404.7486 🔍 (source) absorbing column
21.0
Upper
1405.0010 🔍 (source) sizable fraction
35.0 ± 15.0 %
1405.1154 🔍 (source) unabsorbed flux
1.3999999999999999e-11 erg cm-2 s-1
1405.1718 🔍 (source) suppression of lithium abundance Li / H
1.9e-10
Upper
1405.2932 🔍 (source) age of ABDMG
11.0 ± 2.0
1405.2932 🔍 (source) age of ABDMG
100.0 ± 30.0 Myr
1405.3308 🔍 (source) } abundance \chi _ { NH _ { 3 } }
4.5999999999999995e-08
1405.4523 🔍 (source) absolute magnitudes M _ { B }
-10.0
1405.5229 🔍 (source) sizable eccentricities
9.0 +8.0-6.0 day
1405.7900 🔍 (source) absolute magnitudes M _ { B }
-17.36
1405.5533 🔍 (source) measurable eccentricity e
0.04
1405.5846 🔍 (source) carbon abundance ratio [ C / Fe ]
1.7
Upper
1405.6452 🔍 (source) abundance gradient
-0.075 ± 0.011 dex day
1405.6743 🔍 (source) abundance of DCBH formation n _ { DCBH }
20.0
1405.7405 🔍 (source) effective optical depth of He ii Ly \alpha absorption z
2.3
Lower
1405.7405 🔍 (source) effective optical depth of He ii Ly \alpha absorption \tau _ { eff , HeII }
2.3
Lower
1405.7512 🔍 (source) helium abundance
0.266
Upper
1405.7512 🔍 (source) helium abundance
0.218
Lower
1405.7512 🔍 (source) helium abundance
0.251
Upper
1405.7512 🔍 (source) helium abundance
0.231
Lower
1405.7512 🔍 (source) helium abundance
16.0 C yg A
1405.7512 🔍 (source) helium abundance
16.0 C yg
1406.0708 🔍 (source) variable extinction E _ { B - V }
0.28
Lower
1406.0994 🔍 (source) total-to-selective absorption ratio R _ { V }
3.7 ± 0.1
1406.1518 🔍 (source) K I absorption
1.168
1406.1518 🔍 (source) K I absorption
1.177
1406.1518 🔍 (source) K I absorption
1.243
1406.2385 🔍 (source) Li abundance { A ( Li ) } _ { NLTE }
0.46
Upper
1406.2278 🔍 (source) sulphur solar abundance
0.1 S
1406.2278 🔍 (source) sulphur abundance
0.1
1406.2120 🔍 (source) absolute magnitude M _ { R }
-14.25 ± 0.38
1406.2548 🔍 (source) iron abundance [ Fe / H ]
-0.08 ± 0.04 dex
1406.2747 🔍 (source) supersolar alpha-element abundance
0.2 ± 0.05 dex
1406.3052 🔍 (source) abundance ratio [ N ] / [ H ]
6.76e-05
1406.3052 🔍 (source) absorption to the warm ionised medium N ( \mathrm { N ^ { + } } )
1.5e+17 cm-2
1406.4054 🔍 (source) abundance corrections amount
-0.24 dex
Upper
1406.4081 🔍 (source) relative abundances
1.1000000000000001e-08 +9e-09-9.000000000000001e-09
1406.4054 🔍 (source) abundance corrections amount
-0.06
Lower
1406.4479 🔍 (source) absolute magnitude M _ { B }
-10.3 mag
1406.6687 🔍 (source) absolute magnitude M _ { V }
-10.3 ± 0.6 mag
1406.7195 🔍 (source) abundances
1.015e-10 +9.850000000000001e-11-9.85e-11
1407.1823 🔍 (source) abundance
8e-13
1407.1823 🔍 (source) abundance
4e-11
Upper
1407.2282 🔍 (source) chemical abundances
5.25
Lower
1407.2282 🔍 (source) chemical abundances l
-3.02
1407.2185 🔍 (source) abundance ratios of HCN H _ { 2 }
0.13 ± 0.03
1407.3680 🔍 (source) absolute magnitude M _ { UV }
-14.0
1407.3680 🔍 (source) absolute magnitude M _ { UV }
0.006
1407.3680 🔍 (source) absolute magnitude M _ { UV }
1.0
1407.3707 🔍 (source) Crab-like photon spectral index \Gamma
2.6
1407.4126 🔍 (source) transverse absorption [ X / H ]
-1.12 ± 0.02
1407.4804 🔍 (source) absolute magnitude
-6.27 ± 0.1 mag
1407.5569 🔍 (source) absolute magnitude H _ { V }
19.25 ± 0.03
1407.5829 🔍 (source) abundance log C / H
-3.1
Lower
1407.5829 🔍 (source) abundance
-3.9
Lower
1407.6864 🔍 (source) average oxygen abundance 12 + log ( O / H )
8.08 ± 0.28
1407.7596 🔍 (source) abundances { A ( Li ) } _ { 0 }
2.3200000000000003 +0.029999999999999805-0.03000000000000025 dex
1407.7532 🔍 (source) variability time
1.6 yr
1408.1629 🔍 (source) \alpha -element abundance [ \alpha / Fe ]
0.25 dex
1408.1825 🔍 (source) abundance
1.5000000000000002e-05
1408.1825 🔍 (source) HCN abundance
3e-06
1408.1825 🔍 (source) SiO abundance
3e-06
1408.1825 🔍 (source) abundance
1.7e-05
1408.2491 🔍 (source) abundance ratio [ CH _ { 2 } DOH ] / [ CH _ { 3 } OH ]
0.1 ± 0.03
1408.2438 🔍 (source) overabundance Eu
0.2
Lower
1408.2438 🔍 (source) overabundance [ Eu / Fe ]
0.2
Lower
1408.3143 🔍 (source) Lithium abundance A ( Li )
0.77 ± 0.07
1408.3638 🔍 (source) absolute magnitudes M _ { UV }
-22.0
Lower
1408.4857 🔍 (source) Molecular abundance
7.500000000000001e-09 +3.500000000000001e-09-3.5e-09
1408.4857 🔍 (source) Molecular abundance
6.05e-08 +2.75e-08-2.7500000000000008e-08
1408.4670 🔍 (source) variable gravitational potential amplitude \Psi _ { c }
1.14e-15
Upper
1408.5173 🔍 (source) H _ { 2 } O absorption T _ { ex }
1000.0 K
1408.5936 🔍 (source) helium abundance Y
0.3
1408.5936 🔍 (source) helium abundance Y
0.4
1408.5919 🔍 (source) variability
24.0 +11.0-9.0 %
1408.5936 🔍 (source) helium abundance Y
0.35
1409.0541 🔍 (source) abundance range \Delta [ N / Fe ]
2.0 dex
1409.0861 🔍 (source) molecular abundance ratio CO / H _ { 2 }
0.00016 +0.00047000000000000004-0.00013000000000000002
1409.1283 🔍 (source) helium mass-fraction abundances Y
0.25
1409.1283 🔍 (source) helium mass-fraction abundances Y
0.29
1409.1283 🔍 (source) helium mass-fraction abundances Y
0.33
1409.1283 🔍 (source) iron abundances
0.4
1409.1283 🔍 (source) iron abundances \alpha /Fe ]
-2.0
Lower
1409.1283 🔍 (source) iron abundances [ Fe / H ]
-2.0
Lower
1409.2126 🔍 (source) abundance ratio
1.0
1409.2126 🔍 (source) abundance ratios X ( NO ) / X ( NO ^ { + } )
511.0
1409.2402 🔍 (source) variability
0.39999999999999997 +0.3-0.29999999999999993
Upper
1409.3400 🔍 (source) absolute V -band peak magnitude
-15.83 ± 0.71 mag
1409.4000 🔍 (source) absolute eclipse depth
96.0 ± 39.0
1409.4520 🔍 (source) abundance
0.58 +0.41-0.32 s
1409.5071 🔍 (source) iron abundance [ Fe / H ]
-1.26 ± 0.07 dex
1409.5833 🔍 (source) SiO abundance sharply
-3e-07
Lower
1409.5833 🔍 (source) abundance
8e-08
Lower
1409.5833 🔍 (source) abundance
2e-08
Upper
1409.6344 🔍 (source) absorption W _ { 1548 }
0.3
1409.6720 🔍 (source) mass-abundance ratios Si iii/Si iv )
0.67 +0.35-0.19
1409.7550 🔍 (source) isotopic abundance ratio ( \mathrm { \textsuperscript { 12 } C / \textsuperscript { 13 } C }
25.0 ± 2.0
1409.7728 🔍 (source) oxygen abundance 12 + \log { ( O / H ) }
8.05 ± 0.09
1409.8287 🔍 (source) absolute magnitude M _ { u , AB }
-22.5
1409.8347 🔍 (source) UV absolute magnitude M _ { FUV }
-19.2
1410.1551 🔍 (source) metal abundances
8.7 +0.40000000000000036-0.3999999999999986
1410.2796 🔍 (source) solar neutrino survival probability E _ { \nu }
2.5 MeV
1410.3702 🔍 (source) Na absorption
0.12 ± 0.03
1410.4663 🔍 (source) gas phase carbon abundance C / H
0.00015000000000000001 ± 4e-05
1410.6473 🔍 (source) absolute magnitude M _ { I }
-17.6 mag
1410.6860 🔍 (source) median absolute deviation \sigma _ { NMAD }
0.029
1410.7611 🔍 (source) abundance ratio ln [ Na / K ]
-3.3 ± 2.8
1410.8573 🔍 (source) absolute magnitude H
18.98 ± 0.1
1411.1674 🔍 (source) total blue absolute magnitude M _ { B }
-10.8 mag
1411.2034 🔍 (source) abundance dispersions T _ { eff }
3500.0 K
1411.2521 🔍 (source) pivot scale comparable to the present horizon size k _ { 0 } ^ { -1 }
14.0 Gpc
1411.2831 🔍 (source) elemental abundances [ Fe / H ]
0.1 ± 0.08
1411.4135 🔍 (source) unabsorbed bolometric luminosity
5.3399999999999997e+39 erg s-1
1411.4745 🔍 (source) narrow absorption line
5.46 ± 0.1 keV
1411.6016 🔍 (source) C iv \lambda 1548 absorption f _ { C } ( W _ { 1548 } > 0.2 ~ { } \AA )
57.0 +12.0-13.0
1411.6005 🔍 (source) absence of equivalent neutrinos \Delta { N } _ { \nu }
0.0
1411.6291 🔍 (source) absolute distance modulus m-M ) _ { 0 }
14.72 ± 0.01
1411.7518 🔍 (source) abundance contrasts
0.95 ± 0.44999999999999996 dex
1412.1106 🔍 (source) molecular abundances f _ { H _ { 2 } }
0.042 ± 0.018
1412.1198 🔍 (source) total absolute magnitude H _ { T }
10.8
1412.2006 🔍 (source) mean iron abundance [ Fe / H ]
-1.26 ± 0.03 dex
1412.2820 🔍 (source) elemental abundances [ C / H ]
-1.21 ± 0.11
1412.3114 🔍 (source) abundance ratio
11.0
1412.3106 🔍 (source) median unabsorbed 2–8 keV flux
1.8e-14 +9e-15-6e-15 erg s-1 cm-2
1412.3853 🔍 (source) total oxygen abundances
8.15
Lower
1412.4818 🔍 (source) water abundance
-10.0
Upper
1412.5251 🔍 (source) iron abundance [ Fe / H ]
-0.04 ± 0.03
1412.5200 🔍 (source) iron abundance Z _ { Fe }
0.41 +0.29-0.26
1412.5326 🔍 (source) absorption N _ { H }
1e+21 cm-2
Upper
1412.6873 🔍 (source) oxygen abundances
-3.5
Lower
1412.6873 🔍 (source) oxygen abundances log A _ { O } ( A _ { O }
-3.0
Lower
1412.8318 🔍 (source) CH _ { 3 } CHO relative abundance
2.5e-08 ± 5e-09
1501.02810 🔍 (source) abundances
156.0
Upper
1501.03873 🔍 (source) absolute R -band magnitude H _ { R }
17.1 ± 0.3
1501.04108 🔍 (source) nitrogen abundance log ( N / H )
8.5
Lower
1501.05586 🔍 (source) absolute magnitudes
-15.1 mag
1501.05689 🔍 (source) oxygen abundance 12 + log ( O / H )
8.3
1501.07210 🔍 (source) absorption B
18.1 ± 0.02
1501.07210 🔍 (source) absorption z _ { abs }
2.811
1501.07220 🔍 (source) total visual absorption towards the center
1.28 ± 0.06 mag
1501.07751 🔍 (source) Ga abundance
2e-06 ± 5e-07
1501.07751 🔍 (source) Ga abundance
3.5000000000000004e-05 ± 5e-06
1502.00504 🔍 (source) COM gas-phase abundances A _ { V }
-3.8 +6.199999999999999-6.2 mag
1502.01341 🔍 (source) lithium abundance A ( Li )
2.55
1502.02596 🔍 (source) Mg/Fe ] abundance
0.11 ± 0.05
1502.03072 🔍 (source) chemical abundances
2.0
1502.04949 🔍 (source) absolute peak magnitude M _ { g }
-19.3 ± 0.2
1502.04946 🔍 (source) absolute magnitude M _ { R }
-18.86 ± 0.21
1502.04946 🔍 (source) absolute magnitude M _ { R }
-18.59 ± 0.25
1502.04945 🔍 (source) peak absolute magnitude M _ { I }
-19.65 ± 0.19
1502.05660 🔍 (source) absolute magnitude
30.5 mag
1502.06363 🔍 (source) variability timescales
0.25 ± 0.04999999999999999 Gyr
1502.07748 🔍 (source) rest frame 1450Å absolute magnitude M _ { 1450 }
-27.8 ± 0.2
1503.00979 🔍 (source) abundances A ( { H }
7.53 ± 0.08
1503.02661 🔍 (source) \alpha -element abundances [ Mg / Fe ]
0.3
Lower
1503.03079 🔍 (source) Th abundance \log \epsilon ( Th / Eu )
-0.47 ± 0.09
Upper
1503.03076 🔍 (source) density of the absorbing gas n _ { e } \stackrel { > } {
390000.0 cm-3
1503.03409 🔍 (source) absorption
2.6e+21 H
1503.03899 🔍 (source) probable distance
1.4 ± 0.4 kpc
1503.05240 🔍 (source) unabsorbed flux
5e-16 erg cm-2 s-1
1503.05581 🔍 (source) excess of absorption
0.32 ± 0.03
1503.05446 🔍 (source) Kepler-13Ab \mathrm { d } | \cos i _ { orb } | / \mathrm { d } t
-7e-06 ± 4e-07 % day-1
1503.05554 🔍 (source) absolute magnitude M _ { V }
-1.8 ± 0.5
1503.05676 🔍 (source) logarithmic lithium abundance
2.39 ± 0.17
1503.05676 🔍 (source) lithium abundance
1.7
Lower
1503.08564 🔍 (source) adiabatic index \gamma
0.7
1504.00674 🔍 (source) absolute magnitude M _ { V }
-10.5
1504.01991 🔍 (source) Xe abundance \log Xe
-4.2 ± 0.6
1504.02099 🔍 (source) rest-frame UV absolute magnitudes
-21.2
Lower
1504.02099 🔍 (source) rest-frame UV absolute magnitudes M _ { 1600 }
-18.9 mag
1504.02107 🔍 (source) abundance
0.16
1504.05594 🔍 (source) observable mass fraction
50.0
1504.08032 🔍 (source) abundance [ Mg / Fe ]
0.59
1505.01465 🔍 (source) abundances
330.0 ± 250.0
1505.01465 🔍 (source) abundances
16.0 ± 13.0
1505.02531 🔍 (source) metal abundances Z
0.02
Upper
1505.02531 🔍 (source) metal abundances
0.0001
1505.03607 🔍 (source) Fe abundance A _ { Fe }
5.0 ± 1.0
1505.03756 🔍 (source) Fe abundance { [ \R { Fe } H ] } _ { \langle 3 D \rangle , NLTE }
-7.52
Upper
1505.04819 🔍 (source) abundance f _ { baryon , halo }
0.04 ± 0.02
1505.05545 🔍 (source) average ( central ) oxygen abundance 12 + \log ( O / H )
7.96 ± 0.04
1505.05555 🔍 (source) carbon abundance [ C / Fe ]
2.5
1505.05347 🔍 (source) absolute magnitude
9.0
Lower
1505.06487 🔍 (source) He abundance \log ( n He / n H )
-2.24 ± 0.4
1505.06743 🔍 (source) Oxygen abundance A _ { V } ( 12 + \log ( \mathrm { O / H } )
0.17 A
1505.06597 🔍 (source) mean iron abundances
-2.15 ± 0.06 dex
1505.06858 🔍 (source) Li abundance [ Li / H ]
-5.0
1505.06888 🔍 (source) absolute magnitude H _ { v } ( 1 , 1 , 0 )
15.74 ± 0.02 mag
1505.07620 🔍 (source) primordial lithium abundance ^ { 7 } { Li / H }
5e-10
1506.00579 🔍 (source) Ba abundances A ( Ba )
-2.0
1506.00931 🔍 (source) nickel abundance A ( Ni )
6.1
1506.00931 🔍 (source) nickel abundance
6.25
1506.00931 🔍 (source) oxygen abundance A ( O )
8.73 ± 0.05
1506.01254 🔍 (source) metal abundances { [ M / H ] } _ { A }
-0.03 ± 0.08
1506.01254 🔍 (source) ratio of their abundances C/N ) _ { A }
2.0 ± 0.4
1506.01180 🔍 (source) absolute age
12.0 ± 1.0 Gyr
1506.01205 🔍 (source) average absorbed 0.5–100 keV flux
8.399999999999999e-10 +1.3000000000000007e-10-1.299999999999999e-10 erg cm-2 s-1
1506.01180 🔍 (source) absolute age
12.0 ± 2.0 Gyr
1506.01765 🔍 (source) absolute magnitude M _ { 1450 }
-28.92
1506.03089 🔍 (source) mean absolute maximum magnitude of SNe Ia M _ { V }
-19.27 ± 0.08
1506.03135 🔍 (source) abundance N / H
4.0
1506.03092 🔍 (source) absorbing column
1.23e+23 cm-2
1506.03235 🔍 (source) isotopic abundance ratios He / H
8.7 ± 0.7
1506.03618 🔍 (source) cumulative probability P
0.98
1506.03873 🔍 (source) quantifiable distance R
2.3
Lower
1506.05684 🔍 (source) Li abundance Fe / H ] }
-4.2
1506.06951 🔍 (source) abundance
0.02 mol
1506.07043 🔍 (source) abundance of cyanogen in dark clouds
10.0
Lower
1506.07083 🔍 (source) interstellar abundance
0.43
1506.07874 🔍 (source) La abundance ratio [ La / Fe ]
1.14
1506.08201 🔍 (source) absolute ) escape fraction f _ { esc , rel } ^ { MD 5 b }
87.5 ± 12.5 %
1506.08526 🔍 (source) absolute magnitude of the central star in quiescence M _ { V }
14.2 mag
1507.00726 🔍 (source) absolute magnitude M _ { 1450 }
-24.0
1507.01973 🔍 (source) iron abundance Fe / H ] }
-5.0
1507.01999 🔍 (source) unabsorbed luminosity
4.9999999999999995e+35 erg s-1
1507.02788 🔍 (source) absorbing hydrogen column density
1.4e+21 +4e+20-1e+20 cm-2
1507.02788 🔍 (source) overabundance Mg
1.23 ± 0.14 s
1507.03580 🔍 (source) abundance ratios
31.0
1507.03580 🔍 (source) abundance ratios HCOOCH _ { 3 } / { ( CH _ { 2 } OH ) } _ { 2 }
35.0
1507.03580 🔍 (source) abundance ratios
193.0
Lower
1507.03580 🔍 (source) abundance ratios
550.0
Lower
1507.06256 🔍 (source) oxygen abundances O/H )
8.3
Upper
1507.07040 🔍 (source) Fe/O abundance ratio
7.63 +7.28-5.52
1507.07740 🔍 (source) abundances [ Mg / H ]
-1.51 ± 0.08
1507.08621 🔍 (source) absorption
2e+22 ± 1e+22 cm-2
1507.08845 🔍 (source) absolute age M
13.3 ± 1.1 Gyr
1507.08845 🔍 (source) absolute age
12.9 ± 2.6 Gyr
1508.00259 🔍 (source) adiabatic ionization energy
7.41 ± 0.02 eV
1508.00259 🔍 (source) adiabatic ionization energy
7.84 ± 0.02 eV
1508.00898 🔍 (source) absolute isochronal age scale
100.0 pc
Upper
1508.02730 🔍 (source) absolute magnitude M _ { i }
-4.67 ± 0.09
1508.02571 🔍 (source) adiabatic index \gamma
1.5
Lower
1508.02571 🔍 (source) adiabatic index \gamma
1.5
Lower
1508.02815 🔍 (source) star-to-star abundance scatter
0.06 dex
1508.03487 🔍 (source) 3D non-LTE solar oxygen abundance A ( O )
8.76 ± 0.02
1508.03990 🔍 (source) iron abundances
4.8
1508.03990 🔍 (source) iron abundances
3.7
1508.03990 🔍 (source) iron abundances
4.4
1508.04446 🔍 (source) absolute magnitude ^ { 0 } M _ { r } -5 \log h
-21.0 +0.38-0.37
1508.04894 🔍 (source) abundances Fe/H ]
-1.07
1508.05067 🔍 (source) Ly \alpha absorption \lambda _ { obs }
8426.0
Upper
1508.05222 🔍 (source) ionised gas-phase oxygen abundances
7.62
Lower
1508.06114 🔍 (source) absolute parameters of the system M _ { 1 }
1.51 M_\odot
1508.07419 🔍 (source) absorber \Delta \mu / \mu
-5.4e-06 ± 6.3e-06 (stat) ± 4e-06 (syst%)
1508.07802 🔍 (source) oxygen abundances
0.8 dex
1509.00004 🔍 (source) chemical feature of Eu abundance [ Fe / H ]
-2.0
Upper
1509.00179 🔍 (source) abundance ratio N ( CH _ { 3 } OCH _ { 3 } ) / N ( tEME )
150.0
Lower
1509.00658 🔍 (source) abundance [ Eu / Ba ]
0.59 ± 0.18
1509.00840 🔍 (source) unabsorbed luminosity
5e+43 erg s-1
1509.01700 🔍 (source) iron abundance A
6.95 ± 0.03
1509.01700 🔍 (source) iron abundance [ Fe / H ]
-0.48 ± 0.02
1509.02833 🔍 (source) absorption strength M ( z = 0 )
300000000000000.0 ± 200000000000000.0 M_\odot h-1
1509.03779 🔍 (source) abundances
1.4e-08
Upper
1509.03779 🔍 (source) abundances N _ { NH _ { 2 } OH } / N _ { H _ { 2 } }
1.5000000000000002e-08
Upper
1509.04312 🔍 (source) abundances
-0.5
Lower
1509.04312 🔍 (source) abundances
-0.7 dex
Lower
1509.05284 🔍 (source) velocity variability
138.0 ms-1
1509.06105 🔍 (source) absolute magnitude H
9.7
Upper
1509.06125 🔍 (source) variability of optical depth \tau _ { 100 MHz }
0.01
1509.06391 🔍 (source) alpha-element abundances \sigma _ { [ Fe / H ] }
0.13 ± 0.02 dex
1509.06764 🔍 (source) absolute magnitude M _ { UV }
-15.25
1509.06956 🔍 (source) absorption
804.0 +42.0-26.0 eV
1509.07474 🔍 (source) unabsorbed 0.3–10 keV X-ray flux
1.0200000000000001e-13 erg cm-2 s-1
1509.07621 🔍 (source) abundance ratio
94.0
1509.08706 🔍 (source) absorption column density N _ { H }
30.0 eV
1509.08917 🔍 (source) sodium abundance [ Na / Fe ]
1.08 dex
1509.08946 🔍 (source) oxygen abundance [ O/H ] =
-0.63 (\sim 0.2 solar)
1509.08706 🔍 (source) absorption column density
1.1e+23 ± 9e+22
1509.09069 🔍 (source) absolute magnitude M _ { R }
-19.76 ± 0.16
1509.09065 🔍 (source) peak absolute magnitude M _ { V }
-20.3 ± 1.5
1509.09062 🔍 (source) absolute magnitude M _ { r }
-20.04 ± 0.2
1510.01246 🔍 (source) HCN } { HNC } abundance ratio
1.0
Upper
1510.01329 🔍 (source) absorber number density per comoving path length d N / dX
7.5 ± 1.1
1510.02274 🔍 (source) abundance
1.23
1510.02734 🔍 (source) fractional abundance of methanol
2.2999999999999996e-06
Upper
1510.02681 🔍 (source) intrinsic absorption N _ { H }
5.5e+21 +6.9e+21-3.9e+21 cm-2
1510.03609 🔍 (source) absolute masses
103.6 ± 10.2 M_\odot
1510.03609 🔍 (source) absolute masses
58.3 ± 3.7 M_\odot
1510.04431 🔍 (source) unabsorbed flux
3.1600000000000003e-12 ± 5e-14 erg cm-2 s-1
1510.05539 🔍 (source) absolute magnitude M _ { V }
-5.1 ± 0.3
1510.06248 🔍 (source) absolute magnitude H
19.09 ± 0.19
1510.06620 🔍 (source) abundance
1.4999999999999999e-05 ± 4.9999999999999996e-06
Lower
1510.06620 🔍 (source) O _ { 2 } fractional abundance
-9.999999999999999e-06
Lower
1510.06620 🔍 (source) abundance
0.00020999999999999998 +7.000000000000002e-05-6.999999999999998e-05
1510.07647 🔍 (source) absolute proper motion l
305.9
1510.07567 🔍 (source) absolute sky brightness
5330.0 ± 30.0 nW m-2 sr-1
1510.07629 🔍 (source) absolute magnitude H _ { V }
17.0 ± 0.1
1510.08099 🔍 (source) peak-to-peak variability
0.2 ± 0.02 mag
1510.08099 🔍 (source) peak-to-peak variability
0.34 ± 0.02 mag
1511.00011 🔍 (source) abundance
-10.0
Lower
1511.00011 🔍 (source) abundance M _ { AB 1600 }
-12.0
Upper
1511.00684 🔍 (source) average absolute escape fraction
24.0
Upper
1511.01428 🔍 (source) H _ { 2 } CO abundances
5.45e-07 ± 2.45e-07
1511.01577 🔍 (source) total axion abundance \Omega _ { a }
0.05
1511.01428 🔍 (source) H _ { 2 } CO abundances
1.5499999999999998e-06 +1.5000000000000013e-07-1.4999999999999991e-07
1511.01797 🔍 (source) primordial deuterium abundance D/H ) _ { p }
2.55e-05 ± 1.9000000000000002e-06
1511.01797 🔍 (source) deuterium abundance log ( D / H )
-4.706 ± 0.007 (stat) ± 0.067 (syst)
1511.01998 🔍 (source) absolute Lyman continuum escape fraction f _ { esc }
2.1
Upper
1511.02735 🔍 (source) measured polarisation fraction for the integrated Crab light-curve
18.4 +9.8-10.6 %
1511.03268 🔍 (source) production rate of photons capable of ionizing hydrogen N _ { ion }
1.4e+53 s-1
1511.04953 🔍 (source) magnesium abundance [ Mg / Fe ]
0.4 dex
Upper
1511.05428 🔍 (source) mean abundance r _ { 180 }
0.06
Lower
1511.05985 🔍 (source) abundances of the Fe-group elements Sc Zn ( Z
25.5 ± 4.5
1511.05721 🔍 (source) abundance ratio
1.8
Upper
1511.06584 🔍 (source) absolute magnitude
4.39 ± 0.07
1511.07671 🔍 (source) unabsorbed X-ray luminosity
6e+35 erg s-1
Upper
1512.00853 🔍 (source) iv absorption f _ { C }
9.0 +12.0-6.0
1512.00846 🔍 (source) absolute magnitude M _ { R }
-18.2
1512.01050 🔍 (source) carbon abundance { [ C / H ] } _ { temp }
-1.0
Lower
1512.02635 🔍 (source) photoelectric absorption edge opacity \tau _ { HeI }
0.047
Upper
1512.03195 🔍 (source) electron density of the absorbing gas
25000.0 cm-3
1512.04435 🔍 (source) variability time scale
6.4 ± 1.9 day
1512.04854 🔍 (source) average abundance ratio X ( \mathrm { HCN } ) / X ( \mathrm { HCO } ^ { + } )
1000.0
Lower
1512.04957 🔍 (source) sulfur abundance
-0.28 ± 0.14
1512.04957 🔍 (source) sulfur abundance [ S / H ]
0.53 +0.21-0.15 s
1512.05346 🔍 (source) deuterium abundance \epsilon
0.0018000000000000002
Upper
1512.05783 🔍 (source) 13 } C isotopologues ] abundance ratio
94.0 ± 6.0 (1 \sigma)
1512.05907 🔍 (source) total blue absolute magnitude
-12.81 mag
1512.07525 🔍 (source) photospheric Mo abundance
0.00021 +8.999999999999999e-05-9.000000000000002e-05
1512.07525 🔍 (source) abundances
5.3e-07
1512.07525 🔍 (source) arsenic abundance
37.0 ± 16.0
Lower
1512.07525 🔍 (source) abundances
-6.0
Upper
1512.07525 🔍 (source) arsenic abundance
4.0999999999999994e-07 +1.8000000000000005e-07-1.7999999999999997e-07
1512.07525 🔍 (source) abundances
1.7e-07
1512.08302 🔍 (source) average variability amplitudes R
22.05
1512.08228 🔍 (source) absorption column density N _ { H }
4e+20 cm-2
1512.08999 🔍 (source) lithium abundance
0.46
1601.00660 🔍 (source) unabsorbed luminosity
1.7e+32 +4.0000000000000003e+31-3e+31 erg s-1
1601.01388 🔍 (source) abundance of dark matter subhalos M
20000000.0 M_\odot
1601.01691 🔍 (source) absorption path \Delta X
229.7
1601.01691 🔍 (source) incidence per absorption length \ell _ { DLA } ( X )
0.017 +0.014-0.008
1601.01591 🔍 (source) intrinsic absorbing column density n _ { H }
5.0000000000000006e+23 cm-2
1601.03165 🔍 (source) OH abundance
8e-07
Lower
1601.03165 🔍 (source) OH abundance [ OH ] / [ H _ { 2 }
1e-07
Upper
1601.04985 🔍 (source) unabsorbed flux
2.6e-09 erg s-1 cm-2
1601.04599 🔍 (source) inner abundance
0.00014
Upper
1601.04599 🔍 (source) inner abundance
1.6999999999999998e-06
Lower
1601.05425 🔍 (source) absolute deviation
0.11
1601.05736 🔍 (source) Alpha-element abundances present enhancements [ O / Fe ]
0.29 ± 0.18 dex
1601.05800 🔍 (source) absorption-corrected luminosity L _ { 2 - 10 keV }
1.15e+42 ± 8.5e+41 erg s-1
1601.05736 🔍 (source) Al present abundances [ Na / Fe ]
0.0 ± 0.21 dex
1601.06747 🔍 (source) helium abundance Y
0.246
1601.06747 🔍 (source) helium abundance Y
0.256
1601.06747 🔍 (source) helium abundance Y
0.266
1601.08148 🔍 (source) absorbing column N _ { H }
7e+22 cm-2
1602.00517 🔍 (source) abundance
6.7e-06 ± 9e-07
1602.00517 🔍 (source) abundance
3.1e-07 ± 8e-08
1602.00517 🔍 (source) abundance
32.0 S
1602.00702 🔍 (source) column density of the non-varying absorber N _ { H }
3.8000000000000004e+23 cm-2
1602.01555 🔍 (source) absolute LyC escape fractions f _ { esc } ^ { abs }
9.05 +8.95-8.950000000000001 %
1602.03289 🔍 (source) sodium overabundance
1.75 ± 0.25 M_\odot
Upper
1602.03422 🔍 (source) abundance number ratios N / O
1.0 ± 0.5
1602.03472 🔍 (source) atomic oxygen abundance
0.00030000000000000003
1602.05258 🔍 (source) O abundance T _ { eff }
25000.0 K
1602.05098 🔍 (source) Ni abundance relative to its decay product
59.0 C
1602.05098 🔍 (source) abundance
59.0
1602.04996 🔍 (source) abundances of Eu [ Fe / H ]
-0.1
Lower
1602.06482 🔍 (source) width of the narrow component abruptly
33.1 ± 0.2 km s-1
Lower
1602.06482 🔍 (source) width of the narrow component abruptly
38.8 ± 0.4 km s-1
1603.00455 🔍 (source) unabsorbed luminosity L _ { X }
4e+43 erg s-1
1603.00701 🔍 (source) Kr abundance
-3.3 ± 0.3
1603.01616 🔍 (source) oxygen abundance 12 + log ( O / H )
7.8
Upper
1603.01565 🔍 (source) Li abundance A ( Li )
2.48 ± 0.1
1603.01565 🔍 (source) Li abundance A ( Li )
2.39
1603.03240 🔍 (source) average unabsorbed photon index \Gamma >
1.85 ± 0.4
1603.03798 🔍 (source) oxygen abundance 12 + log ( O / H )
7.02 ± 0.03
1603.04244 🔍 (source) } OH abundance ratios
0.003
1603.05555 🔍 (source) mass-outflow rate of the absorbers
1.5
1603.05555 🔍 (source) mass-outflow rate of the absorbers
3.4 M_\odot
1603.05913 🔍 (source) persistent unabsorbed luminosity
3.4e+36 erg cm-2 s-1
1603.05913 🔍 (source) persistent unabsorbed luminosity
27.8 ± 27.2 keV
1603.05885 🔍 (source) abundances
1.4e-08
1603.07892 🔍 (source) Fe abundance
0.1
1603.08606 🔍 (source) intrinsic abundance dispersion \sigma _ { int } [ Fe / H ]
0.17 dex
1603.08630 🔍 (source) Fe abundance ratio
1.9 ± 0.8 s
1603.09529 🔍 (source) elemental abundances [ C / Fe ]
-0.23 ± 0.02
1603.09610 🔍 (source) mean absolute error \Delta f _ { esc }
0.12
1604.00323 🔍 (source) disk-averaged abundances NH _ { 3 }
7.6e-11
1604.00323 🔍 (source) disk-averaged abundances
4.55e-10 ± 4.45e-10
1604.00414 🔍 (source) abundance
3e-10
1604.00323 🔍 (source) abundance ratios
7.0 %
1604.00323 🔍 (source) disk-averaged abundances
8.599999999999999e-11 ± 8.4e-11
1604.01279 🔍 (source) Mg-Al abundance ratio [ Mg / Fe ]
-0.31 dex
1604.02144 🔍 (source) median abundance ratio [ \alpha / Al ]
0.3
1604.02679 🔍 (source) ^ { 3 } He/H abundance
0.00174 ± 0.0008
Lower
1604.02679 🔍 (source) ^ { 3 } He/H abundance
0.0058 ± 0.0017
Upper
1604.03158 🔍 (source) He abundance \log ( n He / n H )
-3.0 ± 0.2
1604.03444 🔍 (source) absolute magnitude H
22.0
Upper
1604.03320 🔍 (source) fractional variability amplitude F _ { var }
13.5 ± 1.0
1604.04151 🔍 (source) iron abundance [ Fe / H ]
-1.09 ± 0.01 dex
1604.04628 🔍 (source) absolute magnitude M _ { r }
-13.6 ± 0.19 mag
1604.05031 🔍 (source) abundance ratio
100.0
Upper
1604.06795 🔍 (source) abundance ratios
1.11 ± 0.15
1604.06795 🔍 (source) abundance ratios
1.47 ± 0.18
1604.06328 🔍 (source) absolute magnitude
17.75
Upper
1604.06328 🔍 (source) absolute magnitude H
920.0 ± 10.0
1604.06590 🔍 (source) adiabatic index
4.0
1604.06590 🔍 (source) adiabatic index \hat { \gamma }
3.0
Upper
1604.07431 🔍 (source) unabsorbed X-ray luminosities
1.3999999999999998e+43 +6e+42-5.999999999999999e+42 erg s-1
1604.07431 🔍 (source) variable absorption columns
3.4000000000000007e-23 cm-2
1604.07431 🔍 (source) variable absorption columns N _ { H }
6.45e-23 ± 1.0499999999999999e-23 cm-2
1604.07434 🔍 (source) solar oxygen abundance Y _ { D } / Y _ { D } ^ { P }
0.87
1604.08592 🔍 (source) solar-scaled abundance ratios \log ( Age ) [ yr ]
10.3
Upper
1604.08604 🔍 (source) probability
17.6 %
1605.00270 🔍 (source) parallax of this flat-spectrum variable radio
2.2 +0.5-0.3 kpc day
1605.03467 🔍 (source) intrinsic abundance ratio
13.0
1605.04605 🔍 (source) integrated rate above the reference energy E _ { 0 }
1.1999999999999999e+39
1605.04925 🔍 (source) solar oxygen abundance
8.69
1605.04837 🔍 (source) edge absorption feature
1865.0 ± 0.002 eV
1605.04837 🔍 (source) absorption feature
1849.0 ± 0.002 eV
1605.04724 🔍 (source) elemental abundances
-5.0
Upper
1605.05093 🔍 (source) abundance [ C ] / { [ H ] } _ { gas }
8e-05 +7e-05-7.000000000000001e-05
1605.05771 🔍 (source) UV absolute magnitude
-18.6 ± 0.2 mag
1605.05453 🔍 (source) unbelievable separation ratio a _ { pl } / a _ { bin }
0.5
1605.06109 🔍 (source) abundance ratio
1.8
1605.06109 🔍 (source) abundance
5e-09
1605.06117 🔍 (source) absolute magnitude M _ { V }
-17.6
1605.06159 🔍 (source) final s -process abundances [ s / Fe ]
0.36
Lower
1605.07245 🔍 (source) peak absolute magnitude M _ { bol }
-10.4 mag
Upper
1605.07186 🔍 (source) ionized gas-phase oxygen abundances Z _ { neb } / Z _ { \odot }
0.5
1605.07059 🔍 (source) helium abundance Y _ { AI }
0.26 +0.02-0.01
1605.07282 🔍 (source) probable mass range
6.25 ± 1.5499999999999998 M_\odot
1605.07282 🔍 (source) probable mass range
6.0 +1.8-1.3 M_\odot
1605.08318 🔍 (source) abundance
2e-07
1605.08318 🔍 (source) abundance
4.9999999999999995e-11 ± 2e-11
1606.00443 🔍 (source) circumgalactic absorption f _ { esc } ( LyC )
0.51
Lower
1606.03303 🔍 (source) total hydrogen number density of the epoch 5 absorber log ( n _ { H } / cm ^ { -3 } )
7.1
Lower
1606.03303 🔍 (source) mass outflow rate due to the fifth epoch absorber
0.008
Lower
1606.03303 🔍 (source) mass outflow rate due to the fifth epoch absorber
0.38 M_\odot yr-1
Upper
1606.04107 🔍 (source) oxygen abundance 12 + log ( O / H )
8.0 +0.13-0.14
1606.04067 🔍 (source) R-band absolute magnitude M _ { r }
-18.2
1606.04445 🔍 (source) absolute neutrino mass scale m _ { 1 }
0.0
1606.05309 🔍 (source) absolute escape fraction
19.0 ± 6.0 %
1606.07218 🔍 (source) potassium abundances
-3.0
1606.08940 🔍 (source) Ca/Si abundances ratios
1.27
1606.08940 🔍 (source) Ca/Si abundances ratios
1.75
1606.08873 🔍 (source) excess X-ray absorption column N _ { H }
1.5e+22 cm-2
1607.00142 🔍 (source) carbon abundance C/Fe ]
-0.19 ± 0.3
1607.00142 🔍 (source) oxygen abundance O/Fe ]
-0.25 ± 0.28
1607.01090 🔍 (source) absolute magnitude M _ { K }
-7.34 ± 0.06 mag
1607.03061 🔍 (source) NH _ { 3 } abundance H _ { 2 }
1.2e-09 ± 5e-10
1607.02749 🔍 (source) abundance [ CO - H _ { 2 } ] / [ CO ]
4.9999999999999996e-06
1607.03495 🔍 (source) abundance
44.0 T
1607.03684 🔍 (source) excess absorption { t _ { d }
0.0041 ± 0.0006
1607.03900 🔍 (source) abundance [ O / H ]
-2.804 ± 0.015
1607.03684 🔍 (source) excess absorption { t _ { d }
0.0074 ± 0.0044
1607.03900 🔍 (source) primordial abundance of deuterium 10 ^ { 5 } { ( D / H ) } _ { P }
2.547 ± 0.033
1607.04385 🔍 (source) abundances
-0.8
1607.05290 🔍 (source) abundance A
132.0
1607.04966 🔍 (source) absolute \alpha
0.3
1607.06102 🔍 (source) mean cluster abundance [ Fe / H ]
-0.16 ± 0.04
1607.06970 🔍 (source) absolute magnitude H _ { r }
3.6 ± 0.1
1607.08248 🔍 (source) absolute magnitudes M _ { r }
-12.4
Upper
1607.08334 🔍 (source) iron abundances
0.6000000000000001 +0.19999999999999996-0.20000000000000007 s
1608.00048 🔍 (source) abundance
9.000000000000001e-10
1608.00048 🔍 (source) abundance
2.5e-09
1608.00575 🔍 (source) overall nearby star probability rate
14.5 ± 0.8
1608.00576 🔍 (source) abundance parameter Z
0.002
1608.01000 🔍 (source) lithium abundance of the secondary A ( Li )
1.65 ± 0.1 dex
1608.01087 🔍 (source) stellar CNO abundances N / H
0.0005 ± 0.00015000000000000001
1608.01208 🔍 (source) abundance { A ( Li ) } _ { NLTE }
1.6 ± 0.05
1608.01087 🔍 (source) nebular abundances N / H
0.00041 ± 8e-05
1608.01772 🔍 (source) abundance [ Fe / H ]
-3.0
Upper
1608.01772 🔍 (source) abundance distribution [ Fe / H ]
-3.0
Upper
1608.01983 🔍 (source) fractional abundance H _ { 2 } S
6e-07
1608.02584 🔍 (source) H I column density absorbers \log N _ { H I }
19.0
Lower
1608.02714 🔍 (source) abundance N ( O _ { 2 } ) / N ( H _ { 2 } )
1.1e-07 +5e-08-5.000000000000001e-08
1608.03455 🔍 (source) abundance [ Fe / H ]
-3.5 ± 0.13 dex
1608.04775 🔍 (source) absolute trigonometric parallax \pi _ { abs }
125.3 ± 0.3
1608.05710 🔍 (source) iron abundance of its member [ Fe / H ]
-3.1
Lower
1608.07278 🔍 (source) hydrogen abundance \log ( H / He )
-1.7
1608.07280 🔍 (source) oxygen abundances 12 + log ( O / H )
8.04
1608.07107 🔍 (source) average median absolute temperature difference | \Delta T _ { eff } |
533.0 ± 6.0 K
1608.07798 🔍 (source) Li abundance A ( Li )
3.2 ± 0.2
1608.08398 🔍 (source) CNO abundances [ C / Fe ]
-0.35 ± 0.06
1609.01626 🔍 (source) average [ ^ { 35 } Cl/Fe ] abundance [ Fe / H ]
-0.72
Lower
1609.02134 🔍 (source) carbon abundance A ( C )
6.1
1609.02152 🔍 (source) absolute age t _ { age }
12.0 ± 0.5 Gyr
1609.02134 🔍 (source) abundances of neutron-capture elements [ Ba / Fe ]
-1.1
1609.02735 🔍 (source) absolute masses
15.0 ± 1.1 M_\odot
1609.03843 🔍 (source) i-band absolute magnitude
-19.5 ± 0.2
1609.03843 🔍 (source) metallicity of the absorbing neutral gas
0.325 +0.27499999999999997-0.275
1609.04010 🔍 (source) overabundance of short-timescale events t _ { E }
2.0 day
Upper
1609.04509 🔍 (source) absolute magnitude M _ { 814 }
-7.9 ± 0.16
1609.04786 🔍 (source) abundance
0.3
Lower
1609.05941 🔍 (source) dust absorption cross-section \tau _ { \nu } ^ { LVC } / N _ { H i }
4.9e-26 ± 1.3e-26 cm2 H-1
1609.06708 🔍 (source) absence wide
2.0 AU
Lower
1609.07283 🔍 (source) silicon abundance \lg { \epsilon _ { Si \odot } }
7.51
1609.07252 🔍 (source) OCS abundances relative
32.0
1609.08728 🔍 (source) rest-frame intrinsic variability timescales \ln ( \tau / { days }
5.8
1610.00880 🔍 (source) 3 } N abundance
1.3e-11
1610.03853 🔍 (source) overabundance / Fe
0.6 ± 0.09999999999999998
1610.04106 🔍 (source) iron abundance Fe/H ]
-4.97
Upper
1610.04106 🔍 (source) Ba abundances ( { [ Sr / Fe ] }
0.7
Upper
1610.05439 🔍 (source) Fe abundance [ Fe / H ]
0.0
1610.06729 🔍 (source) minimum detectable polarization MDP
30.0
1610.06788 🔍 (source) CO abundance
3e-06
1610.08571 🔍 (source) iron abundance [ Fe / H ]
0.03 ± 0.08 dex
1610.09067 🔍 (source) nonlocal thermodynamic equilibrium Li abundance
1.52 ± 0.03 dex
1611.01001 🔍 (source) trans -to- cis abundance ratio
2.8 ± 1.0
1611.01151 🔍 (source) helium abundance \Delta Y
0.012
1611.03013 🔍 (source) optical variability \sigma
0.3 mag
Lower
1611.02876 🔍 (source) mean abundance \langle 12 + log ( O / H ) \rangle
8.44
1611.03561 🔍 (source) absolute magnitude M _ { g }
-11.71 mag
1611.03283 🔍 (source) LTE oxygen abundance A { ( O ) } _ { 3 D LTE }
6.23 ± 0.13 (\left [ O)
1611.03283 🔍 (source) oxygen abundance A { ( O ) } _ { 3 D LTE }
6.39 ± 0.11 (\left [)
1611.03283 🔍 (source) mild oxygen overabundance [ O / Fe ]
0.4
Upper
1611.04936 🔍 (source) absolute magnitude
-11.0
1611.05583 🔍 (source) absolute precision
0.04
1611.06191 🔍 (source) helium abundance Y
0.4
1611.06191 🔍 (source) helium abundance Y
0.4
1611.07014 🔍 (source) abundance curve \tau _ { s }
1.0
Upper
1611.07364 🔍 (source) photospheric Al abundance
-4.3 ± 0.2
1611.07364 🔍 (source) Xe abundance
-3.9 ± 0.2
1611.07364 🔍 (source) Zr abundance
-3.5 ± 0.2
1611.07257 🔍 (source) nebular abundance ratios N / O
1.06
1611.08052 🔍 (source) peak i -band absolute magnitude M _ { i }
24000.0 Gpc-3 yr-1
1611.10361 🔍 (source) absolute magnitude M _ { V }
-10.1 ± 0.4
1612.01261 🔍 (source) unabsorbed luminosity
4.125 ± 3.875
1612.01811 🔍 (source) abundance [ Fe / H ]
-1.79 ± 0.011
1612.03107 🔍 (source) N/O abundance ratio
2.32
1612.03938 🔍 (source) absolute magnitude M _ { V }
-7.7
1612.04380 🔍 (source) carbon abundance X _ { CI }
7.000000000000001e-05
1612.05573 🔍 (source) fractional abundances H ^ { 12 } CN / H _ { 2 }
5e-05 ± 2e-05
1612.05656 🔍 (source) absolute parallax \pi
93.27 +0.18-0.17 m as
1612.07355 🔍 (source) solar Mg abundance
7.56 ± 0.05 dex
1612.07464 🔍 (source) shortest variability time scale
142.0 ± 38.0
1612.07988 🔍 (source) abundance of silicon in dust
4e-05 ± 3e-06
1612.08414 🔍 (source) spectral variability parameter \beta
-0.69 ± 0.03
1701.01011 🔍 (source) oxygen abundances log ( O / H ) } $
7.63 (0.09 Z _ \sun)
1701.02983 🔍 (source) unabsorbed luminosity L _ { X }
2e+37 erg s-1
1701.03103 🔍 (source) abundance of iron [ Fe / H ]
-2.81
Upper
1701.03112 🔍 (source) Habing units
0.0016 erg cm-2 s-1
1701.03514 🔍 (source) marked overabundance of helium
0.35 ± 0.04
1701.03811 🔍 (source) RV variability
6.4 m s-1
1701.04376 🔍 (source) abundance
1.4e-10 ± 1.0000000000000001e-11
1701.05589 🔍 (source) adiabatic index
1.3
1701.05541 🔍 (source) absolute magnitude
5.1
1701.07850 🔍 (source) iron abundance [ Fe / H ]
-0.53 dex
1701.08768 🔍 (source) absolute \langle M _ { r } \rangle
-20.03
1702.03331 🔍 (source) mm-wave molecular absorption v
-200.0 km s-1
1702.03296 🔍 (source) abundance N ( LiH ) / N ( H _ { 2 } )
3.6000000000000003e-13
Upper
1702.03968 🔍 (source) peak brightness of absolute magnitude
-21.0
1702.03904 🔍 (source) surface silicon abundance a _ { SiC }
0.1
1702.04352 🔍 (source) absorption feature redshift z _ { spec }
2.0 ± 0.006
1702.04542 🔍 (source) amount of absorption N _ { \scriptsize H }
1.1999999999999999e+24 ± 2.0000000000000002e+23 cm-2
1702.05430 🔍 (source) oxygen abundance
8.2
1702.05887 🔍 (source) abundance
0.25 ± 0.04999999999999999
1702.05887 🔍 (source) abundance Fe
0.7
1702.06540 🔍 (source) absolute escape fraction of LyC f _ { abs , esc }
42.5 ± 14.5
Lower
1702.07282 🔍 (source) absolute magnitude M _ { V }
-7.1
Lower
1702.08552 🔍 (source) HDO abundance H _ { 2 }
2e-08 +1.7000000000000003e-08-1.7e-08
1703.00019 🔍 (source) abundances \mathrm {
-2.66
Lower
1703.00457 🔍 (source) detection rate of H i 21-cm absorption
0.18 +0.24-0.12
1703.01915 🔍 (source) absolute ages
13.6 Gyr
1703.01915 🔍 (source) absolute ages
1.6 Gyr
1703.01915 🔍 (source) absolute ages
10.8
Lower
1703.03748 🔍 (source) CH _ { 3 } OH fractional abundance
2.1499999999999997e-11 +1.85e-11-1.8499999999999998e-11
1703.03975 🔍 (source) helium abundance
-1.5
1703.03975 🔍 (source) helium abundance Fe/H ]
0.3
Upper
1703.04027 🔍 (source) solar iron abundance \log ( \epsilon _ { Fe } )
7.48 ± 0.04 dex
1703.04895 🔍 (source) observable fraction
23.4 c-1
1703.05756 🔍 (source) \alpha absorbers log N _ { HI }
20.0 cm-2
Lower
1703.05756 🔍 (source) \alpha absorbers N _ { HI }
20.0 cm-2
Lower
1703.06860 🔍 (source) absorption column density A _ { V }
1.5 ± 0.19999999999999996 mag
1703.06656 🔍 (source) column-density absorber N ( H i )
17.9 cm-2
1703.08180 🔍 (source) presence of heavy X-ray absorption N _ { H }
2.0000000000000002e+23 cm-2
1703.08973 🔍 (source) abundance H _ { 2 }
3.0000000000000004e-08
1704.02512 🔍 (source) abundance of protons to helium nuclei
9.53 ± 0.03
1704.02751 🔍 (source) star-to-star abundance \langle { [ Na / Fe ] } \rangle ^ { 1 D~ { }
0.42 ± 0.13
1704.03766 🔍 (source) abundance ratios
90.0
1704.03903 🔍 (source) slope of absolute magnitudes
0.02 ± 0.003 mag Gyr-1
1704.03750 🔍 (source) median absolute deviation
0.042 AU-1
1704.05401 🔍 (source) peak absolute V -band magnitude M _ { V }
-19.0
1704.05843 🔍 (source) abundance profile
15.0
Lower
1704.05843 🔍 (source) abundance profile
1.3 Mpc
1704.05843 🔍 (source) abundance profile
0.3 s
1704.05977 🔍 (source) absolute magnitude M _ { V }
-2.4 ± 0.6 mag
1704.06088 🔍 (source) absolute magnitude H
19.4
Upper
1704.08140 🔍 (source) number density of the LABs
6.5 ± 0.5
1705.00344 🔍 (source) peak absolute magnitude M _ { V }
-9.65
Lower
1705.00991 🔍 (source) absorption v _ { c }
2194.0 ± 4.4 km s-1
1705.02106 🔍 (source) possible intrinsic warm absorber N _ { H }
2.5e+20 cm-2
Upper
1705.02106 🔍 (source) origin of the extra Galactic absorption N _ { H }
4.4000000000000005e+21 cm-2
1705.03251 🔍 (source) peak iron abundance [ Fe / H ]
-0.38
1705.03251 🔍 (source) peak iron abundance R
-0.38
1705.03653 🔍 (source) deuterium abundance D / H
2.55e-05 ± 2.0000000000000002e-07
1705.05892 🔍 (source) H i absorption f _ { c }
25.0 +25.0-15.0
1705.05867 🔍 (source) dust absorptivity power law index \beta
0.9
1705.05867 🔍 (source) dust absorptivity power law index \beta
0.9
1705.06388 🔍 (source) intrinsic absorption column density N _ { H }
6.07e+22 cm-2
1705.09023 🔍 (source) lithium abundance { A ( Li ) } _ { NLTE }
3.36
1705.10269 🔍 (source) abundance
2e-06
1705.10895 🔍 (source) abrupt width
23.0 km
1706.00647 🔍 (source) abundance of both ionic species [ HCNH ^ { + }
3e-10
1706.00881 🔍 (source) gas-phase oxygen abundance
12.0
Upper
1706.00881 🔍 (source) gas-phase oxygen abundance
7.8
Lower
1706.01504 🔍 (source) iron abundance [ FeI / H ]
0.0 ± 0.01
1706.01479 🔍 (source) fast variability
3.55 +3.45-3.4499999999999997 Hz
1706.01567 🔍 (source) iron abundances Z _ { Fe }
0.316 ± 0.012 S
1706.02278 🔍 (source) helium abundance Y
0.38
1706.02133 🔍 (source) fastest variability time
1.3 ± 0.18 hr
1706.02108 🔍 (source) oxygen abundance
8.37 ± 0.05
1706.02108 🔍 (source) oxygen abundance 12 + \log ( O / H )
8.3 ± 0.1
1706.03289 🔍 (source) absolute magnitudes M _ { B }
-19.01
1706.03967 🔍 (source) Mg abundances [ Z ]
-0.35 ± 0.09 dex
1706.04712 🔍 (source) abundance [ Fe / H ]
-3.5
Upper
1706.05018 🔍 (source) peak absolute magnitude M _ { g }
-20.4 mag
1706.04863 🔍 (source) \alpha -elements abundance \alpha / M ] \right \rangle
-0.1 ± 0.08 dex
1706.07344 🔍 (source) helium abundance Y
0.3
1706.07425 🔍 (source) silicate absorption S _ { Sil }
-1.0
Upper
1706.07969 🔍 (source) helium abundance \Delta Y
0.028 ± 0.016
1706.08769 🔍 (source) oxygen abundances
7.46
1706.09215 🔍 (source) photospheric Sr abundance
0.0006500000000000001 +0.00038-0.00024
1706.09512 🔍 (source) primordial deuterium abundance { ( D / H ) } _ { p }
2.5450000000000002e-05 ± 2.5000000000000004e-07
1706.09215 🔍 (source) abundances Se
0.0016 +0.0009000000000000001-0.0006
1706.09766 🔍 (source) abundance n / n _ { H _ { 2 } }
1.7e-10
1706.10017 🔍 (source) absolute magnitude distribution N ( H ) \propto 10 ^ { \alpha H }
0.37 ± 0.01
1706.10095 🔍 (source) C ^ { 14 } N/C ^ { 15 } N abundance ratio
323.0 ± 30.0
1707.00715 🔍 (source) absolute peak J magnitude M _ { J }
-18.524 ± 0.041 mag
1707.00786 🔍 (source) same-sign trend of oxygen abundance \Delta [ O / Fe ]
0.3
1707.00611 🔍 (source) absolute magnitude M _ { r }
15.3 mag
1707.02277 🔍 (source) absolute magnitude M _ { V } )
-23.8 mag
1707.03120 🔍 (source) { 3 } OH ice abundance
3.0
1707.04188 🔍 (source) maximum absorption velocity
140.0 km s-1
1707.04399 🔍 (source) calcium abundance
-1.8
1707.04399 🔍 (source) calcium abundance [ Ca / H ]
-2.3
1707.05156 🔍 (source) chemical abundances of heavy elements Z
28.0
Lower
1707.05624 🔍 (source) minimum variability timescale \Delta t
2.34 ± 0.12 hr
1707.06003 🔍 (source) peak o- \mathrm { H } _ { 2 } S abundances relative H _ { 2 }
2.5e-05
1707.06003 🔍 (source) peak o- \mathrm { H } _ { 2 } S abundances relative
4e-07
Lower
1707.06547 🔍 (source) primordial deuterium abundance H _ { 0 }
66.98 ± 1.18 km s-1 Mpc-1
1707.07446 🔍 (source) abundance ratio
100.0
1707.08267 🔍 (source) abundance ratios
13.0
1707.08869 🔍 (source) trans -to- cis abundance ratio
2.8 ± 1.0
1707.09039 🔍 (source) carbon abundance [ C / Fe ]
1.21
1708.01260 🔍 (source) direct oxygen abundance 12 + log ( O / H )
7.13 ± 0.08
1708.01600 🔍 (source) absorption profile
3708.0 cm-1
1708.01949 🔍 (source) 3D NLTE solar photospheric abundance A ( Al )
6.43 ± 0.03
1708.03634 🔍 (source) nebular oxygen abundance log ( O / H ) + 12
8.4 ± 0.04
1708.03635 🔍 (source) iron abundances
-1.5
Upper
1708.03635 🔍 (source) iron abundances [ Fe / H ]
-1.8
Lower
1708.04623 🔍 (source) helium abundance \log ( n ( He ) / n ( H ) )
-2.52 ± 0.07
1708.04663 🔍 (source) abundance
4e-09
1708.06871 🔍 (source) fractional abundance
2.4e-08 ± 6e-09
1708.06692 🔍 (source) abundance ( { log } ~ { } \epsilon _ { \text { met } }
3.05 ± 0.02
1708.06692 🔍 (source) abundance log \epsilon _ { \sun }
3.04 ± 0.13
1708.08247 🔍 (source) abundance ratio
3.5 ± 0.5
1708.09407 🔍 (source) oxygen abundance 12 + log ( O / H )
8.2 ± 0.1
1708.09190 🔍 (source) abundance
5.5e-05
1708.09190 🔍 (source) abundance
6.000000000000001e-05
1708.09190 🔍 (source) abundance
35000000000000.0 ± 5000000000000.0 cm
1708.09190 🔍 (source) abundance
5e-07
1709.00202 🔍 (source) absolute magnitude M _ { g }
-15.41 mag
1709.00202 🔍 (source) oxygen abundance 12 + log O / H
6.98 ± 0.02
1709.00296 🔍 (source) abundance ratio X ( O _ { 2 } ) / X ( H _ { 2 } O )
1.0
Lower
1709.01563 🔍 (source) ISM Fe abundance
0.35 +0.050000000000000044-0.04999999999999999
1709.01689 🔍 (source) metallicity abundance Z
0.02 ± 0.001
1709.04022 🔍 (source) resulting mean Fe abundance
-0.62 ± 0.03 (stat) ± 0.1 (sys) dex
1709.04425 🔍 (source) oxygen abundance [ \citeauthoryear Cavalié et al.2017 ]
540.0
1709.04425 🔍 (source) maximum bulk oxygen abundance
65.0
1709.05344 🔍 (source) surface lithium abundance ( A ( \mathrm { Li } )
2.75
1709.07003 🔍 (source) iron abundances [ Fe / H ]
-1.0 +0.3-0.4
1709.07003 🔍 (source) iron abundances [ Fe / H ]
-1.3 ± 0.4
1709.07003 🔍 (source) iron abundances [ Fe / H ]
-0.8 ± 0.5
1709.07562 🔍 (source) absorption N _ { \scriptscriptstyle H } (
1.3e+22 cm-2
1709.08619 🔍 (source) iron abundances [ Fe / H ]
-4.2
Lower
1709.08832 🔍 (source) peak absolute magnitude M _ { V }
-17.7 ± 0.2 mag
1709.09435 🔍 (source) ^ { 12 } CO/ ^ { 13 } CO abundance ratio
50.0
1709.10079 🔍 (source) absolute magnitude H
12.9
Lower
1709.10475 🔍 (source) remarkable ejecta mass
60.0 +42.0-16.0 M_\odot
1710.01041 🔍 (source) spectral slope of BL and X-ray unabsorbed AGN { \Gamma
1.79 ± 0.01
1710.02530 🔍 (source) frequency absorption troughs \nu _ { \min }
100.0 MHz
Upper
1710.03033 🔍 (source) habitable fraction
40.0
Lower
1710.03232 🔍 (source) absorbers d { \cal N } / dz ) _ { DLA }
0.083 +0.066-0.04
1710.03232 🔍 (source) absorbers \log N _ { HI }
15.0
Lower
1710.04365 🔍 (source) iron abundances A _ { cr } ( C )
6.0
1710.04368 🔍 (source) oxygen abundance [ O / Fe ]
0.29 ± 0.1
1710.05023 🔍 (source) incidence rate of strong Ne viii absorbers dn / dz
1.38
1710.05029 🔍 (source) absolute error precision
0.15
1710.05854 🔍 (source) absolute peak magnitude M _ { r }
-15.8 ± 0.1
1710.05439 🔍 (source) absolute magnitude M _ { V }
-5.8 mag
Lower
1710.05459 🔍 (source) absolute magnitude M _ { i }
-15.7
1710.06411 🔍 (source) average abundance C _ { 2 } H _ { 3 } CN
3.03 ± 0.29
1710.06411 🔍 (source) abundance ratio
2.43 ± 0.26
1710.07287 🔍 (source) helium abundance T _ { eff } \text
39.0
1710.07791 🔍 (source) H _ { 2 } number density of the LABOCA clumps
31000.0 ± 2000.0 cm-3
1710.09613 🔍 (source) fractional abundances M
-3.8
1710.10178 🔍 (source) abundance ratios HC _ { 7 } N / HCCC ^ { 13 } CCCCN
110.0 ± 16.0
1710.11129 🔍 (source) primordial deuterium abundance { \log _ { 10 } ( D / H ) } _ { P }
-4.5974 ± 0.0052
1710.11129 🔍 (source) deuterium abundance \log _ { 10 } ( D / H )
-4.622 ± 0.015
1710.10787 🔍 (source) C ^ { 18 } O abundance X ( C ^ { 18 } O )
2.25e-10 ± 7.5e-11
1710.11129 🔍 (source) oxygen abundance
-2.769 ± 0.028
1710.11129 🔍 (source) oxygen abundance [ O / H ]
1.0
1711.00696 🔍 (source) total absolute V-magnitude
-13.26 ± 0.1
1711.00862 🔍 (source) oxygen abundance 12 + \log ( O / H )
8.3
Upper
1711.01600 🔍 (source) unabsorbed flux
5.7e-12 +1.3999999999999999e-12-1.1000000000000002e-12 erg cm-2 s-1
1711.01600 🔍 (source) unabsorbed flux
2.2000000000000002e-13 +1.1000000000000001e-13-9.000000000000001e-14 erg cm-2 s-1
1711.02101 🔍 (source) overabundance
2.05 dex
1711.02644 🔍 (source) tidal deformability \Lambda ( 1.4 M _ { \odot } )
120.0
1711.03643 🔍 (source) chemical abundances \sigma
0.01
Upper
1711.04023 🔍 (source) impact probabilities
0.8 ± 0.3 Gyr-1
1711.05290 🔍 (source) size of the observable primordial local non-Gaussianity f _ { NL } ^ { obs }
0.0
1711.05280 🔍 (source) absolute deviation
0.023
1711.05687 🔍 (source) mean absolute magnitude H _ { V }
22.95
1711.07598 🔍 (source) absolute proper motion
-0.15 ± 0.006 m as yr-1
1711.07598 🔍 (source) absolute proper motion
-0.264 ± 0.006 m as yr-1
1711.08800 🔍 (source) abundance
0.006
Lower
1711.09500 🔍 (source) absolute magnitude M _ { V }
-22.2
1711.09691 🔍 (source) habitable zone Earth-sized planets
28.0
Upper
1711.09676 🔍 (source) absolute distance to R Sculptoris
361.0 ± 44.0 pc
1712.00218 🔍 (source) mean absolute arrival time error
3.5 ± 2.6 h
1712.01010 🔍 (source) abundance
2e-07
1712.02646 🔍 (source) mean spectral index of Crab giant pulses flattens
-2.6 ± 0.5
1712.02646 🔍 (source) mean spectral index of Crab giant pulses flattens
-0.7 ± 1.4
1712.03370 🔍 (source) absolute magnitude M
-19.5
1712.04535 🔍 (source) peak absolute magnitude U
-22.26 ± 0.06
1712.04056 🔍 (source) oxygen abundances \xi _ { C }
0.00014
1712.03746 🔍 (source) peak-to-trough variability amplitudes
3.4 ± 0.1
1712.04394 🔍 (source) abundances H ^ {
3.08e-13
1712.04913 🔍 (source) oxygen abundance 12 + log ( O / H )
8.1 ± 0.41
1712.04913 🔍 (source) oxygen abundance 12 + log ( O / H )
8.05 ± 0.41
1712.06487 🔍 (source) carbon abundance [ C / Fe ]
5.0
Lower
1712.07006 🔍 (source) PO/PN abundance ratio
1.5
1712.06960 🔍 (source) disk-average solar Li abundance
1.09 ± 0.04 dex
1712.09548 🔍 (source) gas-phase abundance
2.0
1712.09548 🔍 (source) abundance ratio
0.2
1712.09886 🔍 (source) absorption \beta _ { c }
1.1 ± 0.6
1712.10053 🔍 (source) { 26 } Al / ^ { 27 } Al abundance ratio
5e-05
1801.00492 🔍 (source) solar abundances C
-0.43
1801.00720 🔍 (source) Ångström absorption coefficient
2.19 ± 0.45
1801.01141 🔍 (source) europium abundance history [ Fe / H ]
-1.0
Lower
1801.01514 🔍 (source) -abundance d [ \alpha / M ] / d z
0.008 ± 0.002 dex kpc-1
1801.02116 🔍 (source) fractional abundance
6.599999999999999e-11 ± 8e-12
1801.02116 🔍 (source) fractional abundance HC _ { 3 } N
3.6e-11 ± 5e-12
1801.03461 🔍 (source) abundance ratio HC _ { 3 } N / HC _ { 5 } N
3.3
1801.03965 🔍 (source) variable Faraday rotation measure in the source frame
146000.0 rad m-2
1801.03965 🔍 (source) variable Faraday rotation measure in the source frame RM _ { src }
133000.0 rad m-2
1801.03820 🔍 (source) UV absorption
0.34 ± 0.03 m
1801.05425 🔍 (source) iron abundance
0.4
1801.05883 🔍 (source) primordial He abundance Y
0.245
1801.05886 🔍 (source) photospheric neon abundance
8.15 ± 0.1
1801.06446 🔍 (source) oxygen abundances
4.0 ± 2.0 %
1801.06446 🔍 (source) oxygen abundances
12.6 +6.0-4.1 % s
1801.07046 🔍 (source) absolute V band magnitude M _ { V }
-18.86 ± 0.23 mag
1801.07267 🔍 (source) iron abundances
10.6 +1.6-0.9
Lower
1801.09302 🔍 (source) fractional abundance [ FeO / H ]
1.5000000000000002e-08
1801.09695 🔍 (source) super-solar abundance Mg/Fe ]
0.13 dex
1801.09839 🔍 (source) absorption N _ { H }
4e+22 cm-2
1801.09839 🔍 (source) absorption E _ { int }
9.2 keV
1802.00464 🔍 (source) variability timescales
1.4 yr
Lower
1802.02804 🔍 (source) absorbing column density
2.2999999999999998e+22 +3.0000000000000026e+21-2.9999999999999984e+21 cm-2
Lower
1802.04803 🔍 (source) absolute mass
1.24 +0.19-0.15 M_\odot
1802.04552 🔍 (source) absorbed N _ { H }
6.2e+21 ± 5e+20 cm-2
1802.06240 🔍 (source) carbon abundance A ( C )
6.3
Upper
1802.06240 🔍 (source) iron abundance Fe/H ]
-5.0
Upper
1802.06731 🔍 (source) absolute magnitude
-16.82 ± 0.18 mag
1802.06615 🔍 (source) absolute magnitude M _ { V }
-5.0
1802.06615 🔍 (source) nitrogen abundance [ N / Fe ]
1.1
1802.06518 🔍 (source) deformability \tilde { \Lambda }
300.0
Lower
1802.07314 🔍 (source) Na abundance
0.35 ± 0.2
1802.09280 🔍 (source) abundance
2e-12
1802.09529 🔍 (source) abundance
3.11 ± 0.07
1802.09529 🔍 (source) abundance A ( Li )
-0.84 dex
1802.09379 🔍 (source) 3 } abundance to
500.0
1802.10165 🔍 (source) abundance of O in the thick disk
-0.32 ± 0.09 dex
1802.09724 🔍 (source) fractional variability amplitudes
0.052 ± 0.003
1802.09724 🔍 (source) fractional variability amplitudes
0.065 ± 0.002
1803.00018 🔍 (source) adiabatic index \gamma
1.12 ± 0.01
1802.10341 🔍 (source) unabsorbed luminosity
4.7e+39 erg s-1
1803.00549 🔍 (source) dimensionless tidal deformability \tilde { \Lambda } _ { 1.4 }
375.0
Lower
1803.01903 🔍 (source) fractional abundance
0.002
1803.01808 🔍 (source) abundance [ Fe / H ]
-3.3
1803.02927 🔍 (source) absolute cluster age
13.4 ± 0.7 ± 1.2 Gyr
1803.02803 🔍 (source) tidal deformabilities \Lambda
136.0
Lower
1803.04461 🔍 (source) abundance variations
0.2 dex
Upper
1803.04461 🔍 (source) abundance variations
0.05
1803.04854 🔍 (source) Oxygen abundance profile
-0.00686 dex kpc-1
1803.04822 🔍 (source) unabsorbed flux f _ { X } ( 0.5 - 6.0 keV )
3e-16 erg s-1 cm-2
1803.04690 🔍 (source) abundance ratio \mathrm { OH / OH ^ { + } }
7.5 ± 2.5
1803.04854 🔍 (source) Oxygen abundance profile
-0.0364 dex kpc-1
1803.06060 🔍 (source) adiabatic index
1.1
Lower
1803.05925 🔍 (source) variability { log ( \nu _ { Break } )
-0.589 ± 0.005
1803.07736 🔍 (source) helium abundances Y _ { A }
0.224 ± 0.006
1803.07736 🔍 (source) helium abundance Y _ { init }
0.254 ± 0.008
1803.07736 🔍 (source) helium abundance
0.253 ± 0.006
1803.09892 🔍 (source) source abundance
41.0
1804.01280 🔍 (source) ^ { 26 } { M } g abundances [ Fe / H ]
-1.4 ± 0.1
1804.01828 🔍 (source) nickel overabundance Z _ { Ni } / Z
10.0
1804.03478 🔍 (source) mean abundance
3.8 ± 0.85 %
1804.04825 🔍 (source) absorption columns
6.2e+22 +1e+22-9e+21
1804.04825 🔍 (source) absorption columns
0.41 +0.14-0.13
1804.04825 🔍 (source) absorption columns
0.53 +0.05-0.04
1804.04825 🔍 (source) iron abundance Fe / Fe _ { \odot }
0.37 +0.06-0.05
1804.04825 🔍 (source) absorption columns
1.053e+24 +3.54e+23-3.0399999999999997e+23 cm-2
1804.05652 🔍 (source) total absorbing column densities N _ { H }
5e+22 cm-2
Lower
1804.05897 🔍 (source) absolute magnitude H _ { V }
19.14 ± 0.02
1804.05869 🔍 (source) latter spanning iron abundances [ Fe / H ]
-0.7
Lower
1804.06718 🔍 (source) helium abundance
0.261 ± 0.010000000000000009
1804.07260 🔍 (source) probable rotation period P _ { rot }
188.0 yr
1804.07590 🔍 (source) abundance X ( HCO ^ { + }
-9.0
Upper
1804.07590 🔍 (source) abundance
-5e-09
1804.07515 🔍 (source) variability period
465.0 ± 30.0 day
1804.09695 🔍 (source) variability
0.6
1804.09958 🔍 (source) peak atomic fractional abundance
2.4e-05
1804.10126 🔍 (source) intraday variability timescale
23.5 ks
1804.10701 🔍 (source) primordial helium abundance Y _ { P - O, N, S }
0.245 ± 0.007
1805.01484 🔍 (source) Si/Fe abundances [ Si / Fe ]
0.4
Lower
1805.03102 🔍 (source) averaged absorption depth
0.17 ± 0.03
1805.03102 🔍 (source) averaged absorption depth
0.44 ± 0.11
1805.03102 🔍 (source) averaged absorption depth
0.37 ± 0.08
1805.03102 🔍 (source) absorption depth
0.59 ± 0.08
1805.03290 🔍 (source) variability
-6.1 M_\odot yr
Lower
1805.03939 🔍 (source) abundance scatter of heavier r-process elements Z
56.0
1805.05051 🔍 (source) noticeably offset
4.4 ± 0.3 kpc
1805.05355 🔍 (source) absolute magnitude H _ { r }
4.3
1805.07032 🔍 (source) Ne/O abundance ratio
0.25
Upper
1805.07032 🔍 (source) Ne/O abundance ratio
0.1
1805.07372 🔍 (source) peak absolute magnitude M _ { r }
22.1
1805.07363 🔍 (source) mean period of ab -type variables \langle P _ { ab } \rangle
0.631 ± 0.004 day
1805.08211 🔍 (source) occurrence rate of planets in the habitable zone \eta _ { \oplus }
36.0 ± 14.0
1805.08224 🔍 (source) gas-phase oxygen abundances 12 + \log ( O / H )
7.8
Lower
1805.09371 🔍 (source) tidal deformability \tilde { \Lambda }
197.0
Lower
1805.10188 🔍 (source) iron abundance
3.5 ± 0.3
1805.10789 🔍 (source) absolute magnitude m _ { R }
19.68
1805.11396 🔍 (source) iron abundances [ Fe / H ]
-0.68 ± 0.02
1805.11633 🔍 (source) Si/Mg abundance ratio
34.0
1805.11787 🔍 (source) OH/H _ { 2 } abundance ratio X _ { OH }
1e-07
1805.11242 🔍 (source) turbulent sausage instability
1.43 pc
1805.11925 🔍 (source) measured uranium abundance ( \textrm { [ U / Fe ] }
1.4
1806.00551 🔍 (source) gas-phase oxygen abundances \log O / H
7.7
Upper
1806.00316 🔍 (source) \alpha -element abundances
-0.2
Lower
1806.01231 🔍 (source) H i absorption column density corresponding to these temperatures N _ { H }
1.3899999999999999e+22 cm-2
1806.01231 🔍 (source) H i absorption column density corresponding to these temperatures N _ { H }
0.43
1806.01231 🔍 (source) H i absorption column density corresponding to these temperatures N _ { H }
0.8
1806.02950 🔍 (source) abundance
3.2e-12
1806.02950 🔍 (source) CO abundance
2e-07
1806.03327 🔍 (source) sodium abundance ratio v _ { helio }
12.6 ± 0.4 km s-1 (\sigma = 0.6 \pm 0.2 km s ^ -1)
1806.03132 🔍 (source) star-to-star abundance spread { \langle [ Zn / Fe ] \rangle } ^ { 1 D LTE }
0.11 ± 0.09
1806.04738 🔍 (source) carbon abundance A ( C )
7.1
Upper
1806.05491 🔍 (source) ABDor age
100.0 ± 50.0 Myr
1806.07120 🔍 (source) fractional abundance of CH _ { 3 } OH gas
1e-08 ± 5e-09
1806.08058 🔍 (source) temperature of the absorbed thermal plasma
0.3 ± 0.02 keV
1806.08359 🔍 (source) peak absolute magnitudes \Delta M _ { V , peak }
0.6 ± 0.36 mag
1806.10609 🔍 (source) absolute magnitude
-19.8 mag
1806.10609 🔍 (source) oxygen abundance O 3 N 2
8.31 ± 0.01 dex
1807.01542 🔍 (source) abundance C/Fe ]
1.23
Upper
1807.01594 🔍 (source) absolute energy
0.4 eV
1807.01949 🔍 (source) iron abundance
3.5 ± 0.20000000000000018 s
1807.02909 🔍 (source) NC abundance ratio
200.0
1807.02794 🔍 (source) lithium abundance \log N ( Li )
3.0 ± 0.4 dex
1807.03047 🔍 (source) torus instability
37.0
Lower
1807.03345 🔍 (source) HCN abundance
3.5000000000000003e-09
1807.03734 🔍 (source) abundances [ Fe / H ]
-3.0
1807.04281 🔍 (source) peak absolute magnitude M _ { V }
-18.5 mag
1807.04289 🔍 (source) solar oxygen abundance 12 + log ( O / H )
7.2
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-07
Lower
1807.05144 🔍 (source) CS peak fractional abundances
8e-06
1807.05144 🔍 (source) SiS peak fractional abundances
2e-05
1807.05144 🔍 (source) CS peak fractional abundances
1e-07
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
1.0
Lower
1807.06153 🔍 (source) Fe ii abundance [ Fe ii / H ]
-5.99 ± 0.25
1807.06153 🔍 (source) 1D NLTE Fe i abundance [ Fe / H ] }
-5.2 ± 0.12
1807.06153 🔍 (source) iron abundance [ Fe / H ] }
-5.2 ± 0.12
1807.07251 🔍 (source) -band absolute magnitude
-17.7 ± 0.2 mag
1807.08762 🔍 (source) fractional rms variability of the light curves
18.5 ± 3.5 %
1807.09274 🔍 (source) Helium abundance Y
0.45
Lower
1807.09714 🔍 (source) oxygen abundance gradient \beta
-0.027 ± 0.029 dex kpc-1
1807.11707 🔍 (source) solar helium abundance He
0.25 ± 0.1
1808.00967 🔍 (source) the variability \gamma
0.5
1808.01402 🔍 (source) abundance
40.0
1808.02670 🔍 (source) variability timescale
0.72 day
1808.02801 🔍 (source) oxygen abundance ( 12 + log ( O/H )
8.72
1808.04125 🔍 (source) ^ { 6 } Li/H abundance ratio
6.7e-15 ± 1e-16
1808.04125 🔍 (source) ^ { 6 } Li/H abundance ratio
8e-15 ± 1.8e-15
1808.05158 🔍 (source) variability duty
84.0 c-1
1808.05271 🔍 (source) best-fit absolute ages
13.2 ± 0.4 Gyr
1808.05247 🔍 (source) optical depth of \ion He2 Ly \alpha absorption z
2.54
Lower
1808.05247 🔍 (source) optical depth of \ion He2 Ly \alpha absorption \tau _ { eff }
2.54
Lower
1808.05271 🔍 (source) best-fit absolute ages
12.2 ± 0.5 Gyr
1808.07891 🔍 (source) abundance ratio
1.8
1808.07891 🔍 (source) abundance
5e-09
1808.08398 🔍 (source) slight iron over-abundance Z _ { Fe } ^ { \prime }
2.6 +1.9-2.0
1808.08969 🔍 (source) iron abundance [ Fe / H ]
-1.0
Upper
1808.09455 🔍 (source) nitrogen abundance N / H
0.05 ± 0.01 s
1808.09455 🔍 (source) two main absorber
190.0 km s-1
1808.09469 🔍 (source) abundance ratios Z
30.0
Upper
1808.09562 🔍 (source) absorber median equivalent width \langle W _ { r }
0.65 ± 0.13
1808.09515 🔍 (source) metal abundances [ Fe / H ]
-3.0
Upper
1808.10513 🔍 (source) absorbing column density N _ { H }
3.1e+22 cm-2
1809.02207 🔍 (source) variables
90.0 km s-1
Upper
1809.04102 🔍 (source) vertical abundances profiles
125.0 km
1809.04102 🔍 (source) vertical abundances profiles
375.0 km
1809.06644 🔍 (source) oxygen abundances 12 + log ( Si / H )
7.53 ± 0.08 dex
1809.06969 🔍 (source) LTE abundance
0.23 dex
1809.07164 🔍 (source) soft X-ray absorber of column density N _ { H }
6e+22 cm-2
1809.08236 🔍 (source) H \delta absortion H \delta _ { A }
0.0
1809.08236 🔍 (source) H \delta absorption ( H \delta _ { \mathrm { A } }
5.0
1809.08798 🔍 (source) main absorption peaks
1054.0
1809.08798 🔍 (source) main absorption peaks
1370.0 (7.30)
1809.08798 🔍 (source) main absorption peaks
1290.0 (7.75)
1809.08798 🔍 (source) main absorption peaks
8.5
1809.08798 🔍 (source) main absorption peaks
1176.0
1809.08798 🔍 (source) main absorption peaks
9.49
1809.08798 🔍 (source) main absorption peaks
13.05
1809.08798 🔍 (source) absorption
13.12
1809.08798 🔍 (source) main absorption peaks
15.15
1809.08798 🔍 (source) absorption
1379.0 (7.25)
1809.08798 🔍 (source) absorption
1280.0
1809.08798 🔍 (source) absorption
8.39
1809.08798 🔍 (source) absorption
1192.0
1809.08798 🔍 (source) absorption
9.43
1809.08798 🔍 (source) absorption
1060.0
1809.08798 🔍 (source) main absorption peaks
766.0
1809.10164 🔍 (source) CN/HCN abundance ratio
20.0
Lower
1809.10065 🔍 (source) absolute velocity
258.0 ± 23.0
1810.01088 🔍 (source) metal abundance
1.75 +0.19-0.17
1810.01088 🔍 (source) metal abundance
1.74 ± 0.16 s
1810.04741 🔍 (source) s absolute magnitude M _ { V }
-8.3
1810.10833 🔍 (source) CS abundance
0.008
1810.10833 🔍 (source) CS abundance
2e-06
1810.10969 🔍 (source) VO abundance
-6.6 +0.2-0.3 dex
1810.12371 🔍 (source) metal abundance [ Fe / H ]
-2.0
Lower
1810.12509 🔍 (source) Li abundance A ( Li )
4.0
1810.13064 🔍 (source) absolute magnitude M _ { K ^ { \prime } }
-8.09 ± 0.05 mag
1810.12924 🔍 (source) abundances \alpha _ { ov }
0.5
1810.13015 🔍 (source) helium abundance Y _ { init }
0.28
1810.13242 🔍 (source) iron abundances [ Fe / H ]
-0.8 ± 0.3
1810.13242 🔍 (source) iron abundances [ Fe / H ]
-0.6 +0.3-0.5
1810.13242 🔍 (source) iron abundances [ Fe / H ]
-0.8 +0.2-0.3
1811.01975 🔍 (source) absolute carbon abundance
18.0 +14.0-9.0
1811.03627 🔍 (source) detectable cold dark matter \mu _ { l }
1.17 ± 1.08
1811.03627 🔍 (source) number of detectable line-of-sight haloes rises \mu _ { l }
9.0 ± 3.0
1811.04807 🔍 (source) unabsorbed luminosity
4.7e+39 erg s-1
1811.05986 🔍 (source) abundance
5.599999999999999e-07 ± 5e-08
Lower
1811.08140 🔍 (source) absorption
6.61 +0.02-0.03 keV
1811.08140 🔍 (source) absorption strength
5.9 +1.7-1.4
1811.08370 🔍 (source) variability occurrence rate
11.0 +13.0-4.0
1811.11372 🔍 (source) amplitude of variability
0.11 ± 0.07 mag
1811.11771 🔍 (source) oxygen abundance
12.0
1811.12862 🔍 (source) abundance
1.5000000000000002e-09
1811.12862 🔍 (source) abundance ratio [ Z / E ]
6.0
1812.01930 🔍 (source) abundance
160.0 M_\odot
Upper
1812.02453 🔍 (source) mean absorption
0.88 ± 0.04 %
1812.02751 🔍 (source) primordial helium abundance Y _ { p }
0.244 ± 0.019
1812.03153 🔍 (source) absorption
0.1
1812.03154 🔍 (source) iron abundance
0.12 ± 0.04 dex
1812.03154 🔍 (source) K stars abundances
0.08 ± 0.05 dex
1812.04044 🔍 (source) peak absorption optical depth
0.2
Lower
1812.04044 🔍 (source) peak absorption optical depth
0.5
1812.04803 🔍 (source) tidal deformability \tilde { \Lambda }
302.0
Lower
1812.04988 🔍 (source) mid-plateau absolute magnitude M _ { V } ^ { 50 }
-15.76 ± 0.14
1812.05119 🔍 (source) absorption depths
23.0 ± 5.0 %
1812.06134 🔍 (source) median fractional abundance \chi ( NH _ { 3 } )
1.46e-08
1812.06100 🔍 (source) tidal deformability \tilde { \Lambda }
527.0 +619.0-345.0
1812.06945 🔍 (source) fractional variability amplitudes
0.35
1812.06945 🔍 (source) fractional variability amplitudes
0.18
1812.07917 🔍 (source) absolute magnitude M _ { g }
-17.35 mag
1812.07917 🔍 (source) oxygen abundance 12 + log O / H
7.035 ± 0.026
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
1901.00874 🔍 (source) peak absolute magnitude M _ { R }
18.2 mag
1901.01353 🔍 (source) absolute peak magnitude M _ { B }
-19.25 ± 0.15 mag
1901.01975 🔍 (source) merger observability timescale
2.0 Gyr
Lower
1901.03832 🔍 (source) Li abundance A ( Li )
1.8 ± 0.14 dex
1901.04559 🔍 (source) chemical abundances r _ { apo }
25.0 kpc
1901.08147 🔍 (source) gas-phase abundance [ N / H ]
-1.0 ± 0.1
1901.08073 🔍 (source) excess helium absorption signature
5.54 ± 0.27 %
1901.08262 🔍 (source) unabsorbed X-ray flux peaked t
155.0 day
1901.10487 🔍 (source) absolute magnitude M _ { 1450 }
-24.13 ± 0.08 mag
1901.11242 🔍 (source) H i absorption dip
-1.7
1901.11290 🔍 (source) surface helium abundance
0.2485 ± 0.0035
1901.11364 🔍 (source) dimensionless tidal deformability \Lambda _ { 1.4 }
193.0
Lower
1902.01416 🔍 (source) Mg abundances ( \mathrm { [ Mg / Fe ] }
0.0
Upper
1902.02780 🔍 (source) absolute magnitude M _ { V }
-5.7 ± 0.1 mag
1902.02720 🔍 (source) abundance ratio
1.0
1902.07294 🔍 (source) abundance
0.0004
1902.07294 🔍 (source) abundance
0.000175
1902.07294 🔍 (source) NH _ { 3 } abundance
0.000175
1902.07294 🔍 (source) sub-saturated NH _ { 3 } abundance NH
3.0
1902.07294 🔍 (source) abundance
-5.0
Upper
1902.08766 🔍 (source) tidal deformabilities
50.0
1902.08766 🔍 (source) tidal deformabilities \Delta \Lambda / \Lambda
1.36
1902.10147 🔍 (source) absorbers \log N _ { H I }
16.2
Upper
1902.10147 🔍 (source) absorbers [ X / H ]
-1.4
Upper
1902.09767 🔍 (source) ^ { 7 } { Li / H } abundance ratio ^ { 7 } { Li / H }
5.07e-10 ± 1.4000000000000002e-11
1902.11008 🔍 (source) abundance difference
0.15000000000000002 +0.04999999999999999-0.05000000000000002 dex
1902.11048 🔍 (source) abundance Fe/H ]
-3.84
Upper
1903.00488 🔍 (source) helium abundance Y
0.33
Lower
1903.00497 🔍 (source) helium abundance Y _ { 0 }
0.297 ± 0.003
1903.01483 🔍 (source) mean absolute error \Delta f _ { esc }
0.09 (0.12)
1903.02571 🔍 (source) unabsorbed surface brightness
3e-14 erg cm-2 s-1
1903.02192 🔍 (source) abundance
0.0026000000000000003 pc
1903.03973 🔍 (source) absence of modulation
-0.0044 ± 0.0058 c pd kg-1 keV-1
1903.03973 🔍 (source) absence of modulation S _ { m }
-0.0015 ± 0.0063
1903.04587 🔍 (source) minimum timescale of variability \tau _ { opt } ^ { min }
2.0 hr
1903.04540 🔍 (source) absorption amplitude
921.0 ± 35.0 mK
1903.05565 🔍 (source) abundances [ Fe / H ]
-2.2
Lower
1903.05439 🔍 (source) s notable eccentricity e
0.3
1903.05868 🔍 (source) average absolute magnitude
-7.5 ± 1.0
1903.07689 🔍 (source) absorption column density N _ { H }
5.4e+22 cm-2
1903.08195 🔍 (source) hiring probability ratio H _ { F / M }
1.08 +0.2-0.17
1903.08195 🔍 (source) probability ratio L _ { F / M }
1.03 +0.31-0.24
1903.10127 🔍 (source) abundance
-0.1 dex
1903.10838 🔍 (source) absolute magnitude H _ { r }
13.62 ± 0.04
Lower
1904.00508 🔍 (source) nitrogen abundance
0.75 ± 0.25 dex
1904.01084 🔍 (source) absolute magnitude M _ { V , 0 }
-7.85
1904.02149 🔍 (source) absorption trough depth \rho _ { s }
0.6
1904.01594 🔍 (source) primordial helium abundance Y _ { P }
0.2451 ± 0.0026
1904.03904 🔍 (source) solar carbon abundance HD176021 ( [ Fe/H ]
-0.63
1904.04892 🔍 (source) lithium abundance ( A ( Li )
2.02 ± 0.08
1904.04892 🔍 (source) carbon abundance A ( C )
6.2
1904.07919 🔍 (source) RC absolute magnitudes
-1.634 ± 0.018
1904.07919 🔍 (source) RC absolute magnitudes
0.546 ± 0.016
1904.10347 🔍 (source) variability index
100.0
Upper
1905.01865 🔍 (source) absolute deviation
0.1
Upper
1905.02715 🔍 (source) } C/ ^ { 13 } C abundance ratio
9.0 ± 2.0
1905.04231 🔍 (source) absolute bolometric magnitudes
-3.0
1905.04231 🔍 (source) absolute bolometric magnitudes
-6.4
1905.05369 🔍 (source) CO relative abundances N ( CO ) / H _ { 2 }
2e-06
Upper
1905.05191 🔍 (source) dark-matter relic abundance \Omega h ^ { 2 }
0.1
1905.05200 🔍 (source) abundance of Mn A ( Mn )
5.52 ± 0.03 dex
1905.05102 🔍 (source) primordial helium abundance Y _ { P }
0.2451 ± 0.0026
1905.06415 🔍 (source) absolute magnitude M _ { g }
-14.2
1905.05991 🔍 (source) time of the unstable slow magnetosonic
32.0 ± 28.0 Myr
1905.09798 🔍 (source) abundance ratio CH _ { 2 } DOH / CH _ { 3 } OD
3.2 ± 1.5
1905.11561 🔍 (source) unabsorbed 2–10 keV band flux
2.33e-12 ± 2e-14 erg cm-2 s-1
1905.12491 🔍 (source) average absorption depth
0.08 ± 0.04
1905.12491 🔍 (source) absorption depth
0.41 ± 0.05
1905.12491 🔍 (source) absorption depth
0.28 ± 0.05
1905.12491 🔍 (source) absorption depth
0.21 ± 0.07
1905.12491 🔍 (source) NaI absorption
0.09 ± 0.05
1905.12491 🔍 (source) absorption depth
0.27 ± 0.06
1905.12491 🔍 (source) H \alpha absorption depth
0.59 ± 0.07
1905.12491 🔍 (source) H \alpha absorption depth
0.68 ± 0.05
1905.12491 🔍 (source) NaI absorption
0.11 ± 0.04
1905.12997 🔍 (source) absolute deviation
0.797 ± 0.244 AU
1906.00009 🔍 (source) oxygen abundance [ O / H ]
-3.0
1906.00811 🔍 (source) absolute magnitude M _ { g }
-15.46 ± 0.15 mag
1906.03274 🔍 (source) median unabsorbed luminosity L _ { X }
3e+35 erg s-1
1906.04274 🔍 (source) stellar variabilities
13.5 ± 8.5
1906.05671 🔍 (source) average neutral carbon abundance X [ CI ] / X [ H _ { 2 } ]
2.5e-05 ± 1e-05
1906.07490 🔍 (source) mass of pre-main-sequence variables
0.5
Lower
1906.08550 🔍 (source) average cluster abundance \langle [ Fe / H ] \rangle
-1.8 ± 0.03
1906.09724 🔍 (source) abundance ratio
300.0 +1300.0-200.0
Upper
1906.10438 🔍 (source) keV un-absorbed flux
1.1e-14 erg cm-2 s-1
1906.10438 🔍 (source) un-absorbed luminosity
1.5000000000000002e+30 erg s-1
1907.00571 🔍 (source) abundance ratio ^ { 12 } CO/H _ { 2 }
0.00014
1907.02071 🔍 (source) iron abundance
-1.94 ± 0.06 dex
1907.02264 🔍 (source) absolute g -band magnitude M _ { g , shell }
-10.78 ± 0.02
1907.05109 🔍 (source) Li abundance of the secondary star A ( Li )
1.55 ± 0.04 dex
1907.06391 🔍 (source) iron abundance [ Fe / H ]
-2.5
Lower
1907.07261 🔍 (source) gas oxygen abundance
0.7
1907.07458 🔍 (source) absolute magnitude M _ { 1450 }
-25.6
1907.09645 🔍 (source) absolute density of interstellar H
0.054000000000000006 cm-3
1907.10723 🔍 (source) absolute magnitude H _ { r }
13.7
Upper
1907.12284 🔍 (source) dimensionless tidal deformability \Lambda _ { 1.4 }
348.0 +88.0-51.0
Lower
1907.13425 🔍 (source) He i absorption
0.91 ± 0.1 %
1908.00556 🔍 (source) absolute LyC escape fraction f _ { esc } ^ { abs }
0.63
Upper
1908.00268 🔍 (source) fractional abundance
2.0
1908.01926 🔍 (source) abundance
88.0 km
1908.01926 🔍 (source) abundance
1e-05 ± 4.000000000000001e-06
1908.02040 🔍 (source) Ab e
0.58 +0.03-0.04
1908.02500 🔍 (source) overabundance
4.8 dex
1908.03199 🔍 (source) absorption N _ { H }
5e+21 cm-2
1908.04188 🔍 (source) abundance ratio [ H _ { 2 } Cl ^ { + } ] /
1.0
1908.06670 🔍 (source) helium abundance \Delta Y
0.012 ± 0.012
1908.07424 🔍 (source) abundance ratio of propyne to propadiene
8.2 ± 1.1
1908.08724 🔍 (source) oxygen abundance discrepancy factor
24.6 +4.1-3.4
1908.09403 🔍 (source) variability amplitudes
1.1 ± 0.3
1908.09403 🔍 (source) variability amplitudes
1.27 m
1908.09403 🔍 (source) variability amplitudes
1.7 ± 0.4
1908.10222 🔍 (source) non-detection probability
8.9e-06
1908.10286 🔍 (source) absolute magnitude H _ { r }
9.5
1908.10571 🔍 (source) azimuthal oxygen abundance patterns t
2.0 Gyr
Upper
1908.10883 🔍 (source) SN Ia absolute magnitude M _ { B } ^ { 0 }
-19.27 ± 0.13 mag
1908.11800 🔍 (source) abundance ratio
5.6
Lower
1908.11800 🔍 (source) abundance ratio X _ { { } ^ { 13 } \mathrm { CO } } / X _ { \mathrm { C } ^ { 18 } \mathrm { O } }
17.4
Upper
1909.00831 🔍 (source) absolute mass
2.248 +0.117-0.12
1909.01457 🔍 (source) dark matter abundance { \langle \sigma _ { ann } v \rangle } _ { f }
3e-26 cm3 s-1
Upper
1909.02767 🔍 (source) abundance [ Fe / H ]
-1.3
Lower
1909.03281 🔍 (source) probable recurrence time
6.2 ± 1.2 yr s
1909.08515 🔍 (source) abundance [ CH _ { 3 } OD ] / [ CH _ { 3 } OH
1.0 +0.6000000000000001-0.6 %
1909.10518 🔍 (source) Ly \alpha absorption \log ( N _ { H I } / cm ^ { -2 } )
13.7
Upper
1909.10532 🔍 (source) hydrogen-to-helium abundances \log { ( H / He ) }
-10.0
Lower
1909.11105 🔍 (source) mean iron abundance \langle [ Fe / H ] \xspace \rangle
0.3
1909.11250 🔍 (source) orbital rotation abruptly change Z _ { max }
15.0 kpc
1909.12002 🔍 (source) typical abundance
3.5e-08 ± 5e-09
1909.12588 🔍 (source) fraction of variable sources decreases
1.0
Upper
1909.13617 🔍 (source) peak absolute magnitude V
-19.95 ± 0.08
1910.00044 🔍 (source) average abundance \langle [ P / Fe ] \rangle
-0.01 ± 0.06
1910.00398 🔍 (source) clump absolute magnitude
-1.622 ± 0.004
1910.02070 🔍 (source) flux-weighted column density of meta-stable state He
24000000000.0 cm-2
1910.02070 🔍 (source) absorption width
0.012 ± 0.002
1910.02775 🔍 (source) absolute magnitude
-29.0
Lower
1910.05953 🔍 (source) nitrogen abundances N/Fe ]
0.5
Lower
1910.07137 🔍 (source) habitable zone
2.0
1910.07222 🔍 (source) abundance
3.0 N
1910.09740 🔍 (source) tidal deformability \Lambda _ { 1.4 }
211.0 +312.0-137.0 (491 ^ +216 _ -181)
1910.10167 🔍 (source) median absolute deviation MAD ( \Delta z _ { norm } )
0.0161
1910.12773 🔍 (source) oxygen abundances 12 + log ( O / H )
7.43
1910.14042 🔍 (source) abundances \log ( \mathrm { H _ { 2 } O ) }
-4.11 +0.91-0.3
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
1911.02938 🔍 (source) average zirconium abundance \langle [ Zr / Fe ] \rangle
0.38 ± 0.12
1911.04481 🔍 (source) { 6 } Li/H primordial abundance ratio
8e-15 ± 1.8e-15
1911.04481 🔍 (source) abundance ratio
1.4e-05 ± 1.2000000000000002e-06
1911.06433 🔍 (source) solid abundance Z
1.0
Upper
1911.08491 🔍 (source) iron abundances [ Fe / H ]
-2.5
Upper
1911.08859 🔍 (source) abundances
33.0 +43.0-15.0
1911.09043 🔍 (source) absolute M _ { V }
-7.6
1911.08859 🔍 (source) abundances
51.0 +30.0-29.0
1911.08859 🔍 (source) abundances
23.0 +15.0-9.0
1911.09187 🔍 (source) oxygen abundance 12 + log ( O / H )
8.0
1911.12326 🔍 (source) carbon abundance [ C ]
-0.6
1911.12788 🔍 (source) habitable zone
51.0 km
1911.12636 🔍 (source) abundances [ M / H ]
-0.6
1912.01572 🔍 (source) abundance
0.3 S
1912.00588 🔍 (source) H i abundance relative to total hydrogen H i ] / [ H ]
0.0044
1912.01626 🔍 (source) absolute magnitude
-27.0
Lower
1912.01418 🔍 (source) adiabatic index
1.4
1912.02847 🔍 (source) median helium abundance He / H
0.124
1912.03301 🔍 (source) absolute magnitude M _ { V }
-5.55 ± 0.11 mag
1912.03301 🔍 (source) absolute magnitude M _ { V }
-0.2 +0.8-0.6 mag
1912.04236 🔍 (source) oxygen abundance O / H ) \
8.5
Upper
1912.04289 🔍 (source) absolute magnitude
-15.0
Lower
1912.04289 🔍 (source) absolute magnitude
-12.0
Lower
1912.04289 🔍 (source) absolute magnitude
-15.0
Upper
1912.06707 🔍 (source) magnesium abundances
0.04 ± 0.01
1912.07467 🔍 (source) tidal deformability \Lambda _ { 1.4 }
390.0 +320.0-140.0
1912.08895 🔍 (source) elemental abundances [ X / H ]
0.1 dex
1912.10879 🔍 (source) median instability time
4.0 Myr
1912.10879 🔍 (source) median instability time
49.5 ± 12.5 Myr
2001.00217 🔍 (source) abundances
1.3e+16 cm-2
2001.00217 🔍 (source) abundances
6.5e-06
2001.00217 🔍 (source) abundances
70000000000000.0 cm-2
2001.00217 🔍 (source) abundances
3.5e-08
2001.00679 🔍 (source) helium abundance \Delta Y
0.05 ± 0.020000000000000004
2001.01850 🔍 (source) mean Li abundance A ( Li )
1.6 ± 0.2 dex
2001.01481 🔍 (source) helium abundance Y
0.25
2001.01451 🔍 (source) abundance \epsilon _ { Si }
7.05 ± 0.03
2001.03214 🔍 (source) intrinsic absorbing column density N _ { H }
2.8e+23 +1.4000000000000004e+23-1.4e+23 cm-2
2001.03214 🔍 (source) iron abundance A _ { Fe }
1.0 ± 0.3
2001.04453 🔍 (source) C iv absorption \log _ { 10 } ( N _ { \text { \hbox { C { \sc iv } } } } [ cm ^ { -2 } ]
14.52
2001.06222 🔍 (source) lithium abundances A ( Li )
2.7 +0.09999999999999964-0.10000000000000009
2001.06450 🔍 (source) keV absorbed fluxes
2.2e-11 ± 2e-12 erg s-1 cm-2
2001.06589 🔍 (source) O abundance X _ { H _ { 2 } O }
-2.3500000000000002e-05 ± 2.65e-05
2001.07257 🔍 (source) carbon abundance A ( C )
7.43 ± 0.17
2001.06982 🔍 (source) isotope abundance
53.0
2001.07257 🔍 (source) oxygen-to-iron abundance ratio [ O / Fe ]
4.03 ± 0.12
2001.07257 🔍 (source) abundance ratio [ N / Fe ]
4.41 ± 0.08
2001.07257 🔍 (source) upper-limit abundance A ( Li )
1.3 dex
2001.07667 🔍 (source) peak excess absorption
7.26 ± 0.24
2001.07736 🔍 (source) observable
-0.25 M_\odot yr-1
Lower
2001.07882 🔍 (source) dimensionless tidal deformability
1400.0 +3800.0-1200.0
2002.01271 🔍 (source) Absolute masses
29.5 +0.5-0.4 M_\odot
2002.02573 🔍 (source) habitable zone occurrence rate f _ { HZ }
0.38 +0.04-0.05
2002.04199 🔍 (source) probable mass of the black hole
10.0 ± 1.9000000000000004 M_\odot
2002.04959 🔍 (source) total abundance of cold gas \Omega _ { HI + H _ { 2 } }
0.00046600000000000005 ± 7e-05 h
2002.05178 🔍 (source) optical/UV absolute magnitude
1.1 +2.53-0.91 Gpc-3
2002.06434 🔍 (source) measurable accretion
0.4 M_\odot yr-1
Lower
2002.08812 🔍 (source) absolute magnitude M _ { V }
-7.8
2002.09198 🔍 (source) N-component disc stability parameter Q _ { min }
3.7 ± 2.0
Lower
2002.09618 🔍 (source) oxygen abundances [ O / H ]
0.2 dex
2002.10076 🔍 (source) B-band absolute magnitudes
17.17
2002.11126 🔍 (source) absolute magnitude M _ { V }
7.7 mag
2002.11723 🔍 (source) gas-phase oxygen abundances
7.35
2002.11723 🔍 (source) gas-phase oxygen abundances 12 + log ( O / H )
1.0
2002.11922 🔍 (source) super-solar iron abundance
5.05 +1.21-0.26
2003.01140 🔍 (source) iron abundance [ Fe / H ]
0.09 ± 0.16 dex
2003.03465 🔍 (source) absorption
7.33 ± 0.03 keV
2003.03634 🔍 (source) absolute magnitude M ( R )
-22.9
2003.04656 🔍 (source) stellar abundances of fluorine [ Fe / H ]
-1.1
Lower
2003.05381 🔍 (source) Li abundance A ( Li )
3.2
2003.05469 🔍 (source) total unabsorbed flux
4e-14 erg cm-2 s-1
2003.10319 🔍 (source) absolute mass
39.43 +6.04-4.13
2003.12561 🔍 (source) nitrogen abundance \log { \epsilon _ { N } }
7.77
2003.13647 🔍 (source) cataclysmic variables
2.665 ± 0.5150000000000001 h
2004.00847 🔍 (source) total comoving absorption path length N _ { HI }
2e+20 cm-2
Lower
2004.01151 🔍 (source) CHO abundance ratio
0.1
2004.01633 🔍 (source) photospheric abundances
9.300000000000001e-05
2004.02960 🔍 (source) probability of an asymmetry axis P
1.4
Lower
2004.03777 🔍 (source) median amplitude of variability
0.04 +0.03-0.02 mag
2004.03777 🔍 (source) median amplitude of variability \sigma _ { m }
0.05 +0.03-0.02 mag
2004.04754 🔍 (source) H i absorption column density
3.2e+20 cm-2
2004.05296 🔍 (source) habitable zone
1.345 ± 0.355 AU
2004.09029 🔍 (source) peak absolute magnitude M
-17.0
Lower
2004.09415 🔍 (source) abundances \Delta Y
0.15 ± 0.04
2004.10803 🔍 (source) LTE lithium abundance A ( Li )
3.0
Upper
2004.10803 🔍 (source) LTE lithium abundance
1.0
Lower
2004.10803 🔍 (source) lithium abundance { A ( Li ) } _ { 1 DLTE }
1.0
2004.11359 🔍 (source) absolute magnitude
370000000.0 ± 100000000.0 M_\odot
2004.12900 🔍 (source) abundances
8e-10 ± 2e-10
2004.12812 🔍 (source) absorption depth R _ { p } ( \lambda ) / R _ { p }
1.15 ± 0.14
2004.13728 🔍 (source) excess absorption
0.498 ± 0.045 %
2004.14573 🔍 (source) partially-absorbed power-law \Gamma
1.45 ± 0.050000000000000044
2005.03707 🔍 (source) effective adiabatic index \gamma
1.0
2005.04852 🔍 (source) absorption iron K-edge
9.0 keV
Upper
2005.06569 🔍 (source) Angstrom absorption coefficient
1.33 ± 0.43
2005.09615 🔍 (source) abundance log ( H _ { 2 } O )
-2.71 +0.78-1.05
2005.09615 🔍 (source) iron hydride abundance log ( FeH )
-5.25 +0.88-1.1
2005.09895 🔍 (source) abundances
20.8 ± 5.1
2005.09895 🔍 (source) abundances
1.21 ± 0.07
2005.10792 🔍 (source) absolute magnitude M _ { J }
-6.22 mag
2005.11089 🔍 (source) Probable masses
6.0 ± 1.0
2005.11089 🔍 (source) Probable masses
0.6 ± 0.1
2005.12352 🔍 (source) He abundance variations \Delta Y
0.03
2005.12290 🔍 (source) primordial helium number abundance y _ { P }
0.0805 ± 0.0017
2005.12290 🔍 (source) primordial helium abundance { ( D / H ) } _ { P } \times 10 ^ { 5 }
2.527 ± 0.03
2006.01150 🔍 (source) unabsorbed X-ray flux
1.4e-15 erg cm-2 s-1
2006.02447 🔍 (source) typical abundances 12 + \log { ( O / H ) }
0.9 ± 0.5 dex
2006.02447 🔍 (source) typical abundances 12 + \log { ( O / H ) }
0.2
2006.02447 🔍 (source) typical abundances 12 + \log { ( O / H ) }
7.9
2006.03299 🔍 (source) lithium abundance A ( Li )
2.86 ± 0.1 dex
2006.03299 🔍 (source) oxygen abundances [ Fe / H ]
-0.3 ± 0.12 dex
2006.03329 🔍 (source) [ Ba/Fe ] abundance ratios [ Ba / Fe ]
1.0
Lower
2006.03362 🔍 (source) elemental abundance ratio
68.0
2006.05017 🔍 (source) ortho-para abundance ratio NH _ { 3 }
1.16 ± 0.02
2006.04393 🔍 (source) Li overabundance { A ( Li ) } _ { LTE }
3.92 ± 0.14
2006.04755 🔍 (source) number abundance ratio
1.5
2006.06577 🔍 (source) He overabundance
0.24 ± 0.11 dex
2006.08304 🔍 (source) absolute magnitude
16.4 ± 0.78 mag
2006.09423 🔍 (source) average probability
0.991
2006.12861 🔍 (source) chemical abundance pattern Z
0.02
2006.14486 🔍 (source) absolute field strength | B |
405.0 ± 90.0
2006.15028 🔍 (source) abundance ratio evolution
0.081 +0.009-0.01
2006.15023 🔍 (source) PBH abundances f _ { PBH }
1.0
Upper
2007.02888 🔍 (source) Li abundances A ( Li )
3.4
Lower
2007.03188 🔍 (source) abundance gradient
0.26
2007.04347 🔍 (source) absorbers n _ { 21 } ( z
0.14
Upper
2007.04347 🔍 (source) absorbers
0.18
2007.06410 🔍 (source) absolute mass m _ { b }
14.1 +0.5-0.4
2007.06657 🔍 (source) C-enhanced abundance patterns ( { [ { C } / Fe ] }
4.66 ± 0.08999999999999986
2007.06657 🔍 (source) carbon abundance
3.8
2007.06657 🔍 (source) carbon abundance A ( C )
5.06
Upper
2007.06657 🔍 (source) iron abundance [ Fe / H ]
-9.0
2007.06952 🔍 (source) abundance ratio
5e-10 ± 3e-11
2007.07999 🔍 (source) minimum timescale of X-ray variability
14.5 hr
2007.08221 🔍 (source) absolute largest rotation measure
-86.0 ± 3.0 rad m-2
2007.09487 🔍 (source) unabsorbed luminosity
2.1e+39 erg s-1
2007.12712 🔍 (source) oxygen abundance 12 + \log ( O / H )
8.16 ± 0.06
2007.12878 🔍 (source) near-ultraviolet band absolute magnitude M _ { NUV }
0.6
Lower
2007.12878 🔍 (source) near-ultraviolet band absolute magnitude z
0.6
Lower
2007.13337 🔍 (source) absolute magnitude of the nova MV _ { max }
-9.3 ± 0.57
2007.13768 🔍 (source) metal abundance
0.29 ± 0.03
2007.14577 🔍 (source) metal abundance ( [ \textrm { Fe } / \textrm { H } ]
-2.7
2007.15022 🔍 (source) instability mass
4.9999999999999996e-06