Suggested: [ Fe / H ]
Suggested: Dimensionless, dex
Exclude
Name/Symbol Condition
Name: abundances
Mean: 56.2 ± 540
Median: 0.8
Range: -10 ‒ 7.2e+03
449 results.
arXiv Name Symbol Parsed Bound
astro-ph/9608030 🔍 (source) abundances
0.1
astro-ph/9610230 🔍 (source) metal abundances [ Fe / H ]
-1.2
astro-ph/9705086 🔍 (source) abundances He / H
1.0 ± 0.4
astro-ph/9707117 🔍 (source) abundances \langle Z \rangle
0.19 ± 0.12
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/9708232 🔍 (source) iron abundances [ Fe / H ]
-1.85 ± 0.12
astro-ph/9710122 🔍 (source) various abundances
3.9e-10
Lower
astro-ph/9802147 🔍 (source) nitrogen–to–oxygen ratio plateaus for oxygen abundances 12 + log ( O / H )
8.45
Upper
astro-ph/9803315 🔍 (source) main molecular species fractional abundances [ H _ { 2 } / H ]
1.1e-06
astro-ph/9805185 🔍 (source) elemental abundances T _ { eff }
7200.0
astro-ph/9806235 🔍 (source) oxygen abundances O/Fe ]
-0.31 ± 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/9807082 🔍 (source) abundances [ N / H ]
-2.68 ± 0.11
astro-ph/9809246 🔍 (source) electron abundances log _ { 10 } ( x _ { e } )
6.9
Lower
astro-ph/9810047 🔍 (source) molecular abundances T _ { kin }
20.0
Lower
astro-ph/9812270 🔍 (source) Fe abundances Z
0.8
Lower
astro-ph/9812270 🔍 (source) sub-solar abundances Z
0.34
Lower
astro-ph/9904017 🔍 (source) abundances
0.0
astro-ph/9904017 🔍 (source) abundances [ Z / H ]
0.4
astro-ph/9904183 🔍 (source) metal abundances Z
0.02
Upper
astro-ph/9905238 🔍 (source) oxygen abundances [ O / Fe ]
0.5
astro-ph/9907092 🔍 (source) subsolar abundances Z
0.1
Upper
astro-ph/9910356 🔍 (source) gas-phase abundances [ Fe/H ] \ > = \
-1.4
Lower
astro-ph/0001228 🔍 (source) Carbon abundances C / He
0.08
Lower
astro-ph/0003087 🔍 (source) metal abundances [ Fe / H ]
-0.6
Upper
astro-ph/0003087 🔍 (source) stellar abundances Fe/H ]
-2.2
Upper
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/0004333 🔍 (source) ICM abundances \epsilon _ { SN }
1.0
astro-ph/0005056 🔍 (source) Elemental abundances C / He
0.7 ± 0.2
astro-ph/0005098 🔍 (source) abundances
-2.07 ± 0.1
astro-ph/0005373 🔍 (source) abundances
-2.1
astro-ph/0005373 🔍 (source) abundances
-2.26
astro-ph/0005373 🔍 (source) abundances
2.31
astro-ph/0005437 🔍 (source) boron abundances
0.13
astro-ph/0005520 🔍 (source) abundances \log \langle n _ { H } \rangle
0.7
Upper
astro-ph/0005520 🔍 (source) abundances
-1.3
astro-ph/0005520 🔍 (source) gas-phase abundances [ { B / O }
-0.17
Upper
astro-ph/0005520 🔍 (source) gas-phase abundances
-1.0
astro-ph/0007444 🔍 (source) chemical abundances \Omega _ { WD }
0.0002 h-1
Upper
astro-ph/0008242 🔍 (source) sub-solar oxygen abundances log ( O / H )
8.8
Upper
astro-ph/0008384 🔍 (source) metal abundances [ Fe / H ] }
-3.2
astro-ph/0008384 🔍 (source) metal abundances
-2.85
astro-ph/0009195 🔍 (source) abundances
5e-09
astro-ph/0010054 🔍 (source) abundances
3.4 ± 1.1
astro-ph/0104071 🔍 (source) O abundances [ Fe / H ]
-3.0
astro-ph/0104187 🔍 (source) mean trend of Eu abundances
-3.0
Lower
astro-ph/0105249 🔍 (source) solid-state abundances
2e-06 ± 1e-06
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/0108119 🔍 (source) iron abundances
-2.1
astro-ph/0108119 🔍 (source) iron abundances \hbox { $
-1.9
astro-ph/0108119 🔍 (source) iron abundances \hbox { $
-2.03
astro-ph/0110526 🔍 (source) chemical abundances Y
0.25
astro-ph/0111062 🔍 (source) abundances
2.5
astro-ph/0202092 🔍 (source) molecular abundances
1.0
astro-ph/0202092 🔍 (source) molecular abundances X
0.1
astro-ph/0202158 🔍 (source) abundances
2.9
Lower
astro-ph/0202158 🔍 (source) abundances \log \varepsilon { ( Li ) }
3.9
Upper
astro-ph/0203305 🔍 (source) abundances [ Fe / H ]
-0.13 ± 0.14
astro-ph/0206233 🔍 (source) surface abundances C / He
0.1
Lower
astro-ph/0208020 🔍 (source) abundances of neutron-capture elements [ Fe / H ]
-2.7
Lower
astro-ph/0208450 🔍 (source) mean abundances relative to solar [ Si / H ]
-1.26 ± 0.13
astro-ph/0209499 🔍 (source) abundances
8.4
astro-ph/0209499 🔍 (source) abundances
7.42
Lower
astro-ph/0210356 🔍 (source) O/H abundances O/H )
1.0
astro-ph/0301450 🔍 (source) elemental abundances Ni ( Z
28.0
Upper
astro-ph/0302093 🔍 (source) abundances 12 + log ( O / H )
7.5
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/0306160 🔍 (source) magnesium abundances Mg/Fe ]
0.28
astro-ph/0306160 🔍 (source) magnesium abundances
-0.24 ± 0.16
astro-ph/0307182 🔍 (source) near-solar krypton abundances log _ { 10 } [ N ( Kr ) /N ( H ) ] _ {
-8.75 +0.09-0.11
astro-ph/0308374 🔍 (source) abundances
26.0 A
astro-ph/0309792 🔍 (source) gas-phase abundances in \log { ( O / H ) }
8.2 ± 0.2
astro-ph/0310346 🔍 (source) Oxygen abundances relative to hydrogen range log ( O / H )
9.0
Upper
astro-ph/0311278 🔍 (source) mean abundances [ Sr / Fe ]
0.06 ± 0.16
astro-ph/0311529 🔍 (source) abundances
-2.1
Lower
astro-ph/0312641 🔍 (source) abundances of these elements
35.0
Lower
astro-ph/0312641 🔍 (source) abundances of these elements
34.0
astro-ph/0312641 🔍 (source) abundances of these elements
28.0
astro-ph/0404133 🔍 (source) oxygen abundances \log ( O / H )
8.5
Upper
astro-ph/0404430 🔍 (source) gas iron abundances \fe / \solar
0.15
Upper
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/0404609 🔍 (source) Cr abundances [ Cr / H ]
-1.77 ± 0.28
astro-ph/0406017 🔍 (source) abundances range [ Fe / H ]
-2.2
Lower
astro-ph/0408290 🔍 (source) abundances kT
0.6 ± 0.09999999999999998 keV
astro-ph/0409372 🔍 (source) abundances 12 + \log ( O / H )
7.1
astro-ph/0410706 🔍 (source) photospheric abundances \log { Ca / H }
-5.2 ± 0.1
astro-ph/0412282 🔍 (source) abundances
-3.0
Upper
astro-ph/0501529 🔍 (source) Oxygen abundances [ 12+log ( O/H )
8.67
astro-ph/0503214 🔍 (source) abundances ( [ N/H ]
-3.0
Upper
astro-ph/0503253 🔍 (source) abundances \log \epsilon ( Li )
1.4
astro-ph/0504463 🔍 (source) sulphur abundances \langle \log ( S / O ) \rangle
-1.61
astro-ph/0505118 🔍 (source) iron abundances
-0.4
Lower
astro-ph/0505118 🔍 (source) iron abundances Fe / H
-3.0
astro-ph/0505247 🔍 (source) mean Li abundances { A ( Li ) } _ { NLTE }
2.215 ± 0.074
astro-ph/0505247 🔍 (source) mean Li abundances
2.177 ± 0.071
astro-ph/0505340 🔍 (source) overabundances of phosphorus [ P / C ]
1.5
astro-ph/0506649 🔍 (source) } OH abundances X ( CH _ { 3 } OH )
3.0000000000000004e-08
astro-ph/0507153 🔍 (source) helium abundances Y
0.55 +0.25-0.25000000000000006
astro-ph/0507638 🔍 (source) abundances [ P / H ]
-8.36 +0.14-0.19
astro-ph/0507638 🔍 (source) abundances [ P / H ]
-8.7 +0.23-0.37
astro-ph/0507638 🔍 (source) abundances [ P / H ]
-8.57 +0.09-0.13
astro-ph/0508470 🔍 (source) total gas-phase abundances \log N ( S ) / N ( H )
-4.87 ± 0.03
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/0509678 🔍 (source) oxygen abundances 12 + log ( O / H )
2.9105 ± 2.7595
astro-ph/0510209 🔍 (source) subsolar abundances Z
0.2 +0.09999999999999998-0.1
astro-ph/0510514 🔍 (source) iron abundances span
0.8 dex
Upper
astro-ph/0510721 🔍 (source) abundances T _ { eff }
4834.0 K
Upper
astro-ph/0512084 🔍 (source) stellar nitrogen abundances 12 + log ( N / H )
7.8
Upper
astro-ph/0512314 🔍 (source) abundances
4e-10 ± 1e-10
astro-ph/0512441 🔍 (source) metal abundances Z
0.3
astro-ph/0604180 🔍 (source) abundances of the lighter neutron-capture elements Z
37.0
Lower
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/0607476 🔍 (source) mean abundances [ Fe / H ]
-1.2
Lower
astro-ph/0608108 🔍 (source) chemical abundances H
0.13
astro-ph/0610690 🔍 (source) oxygen abundances 12 + log ( O / H )
8.52
astro-ph/0610717 🔍 (source) abundances
0.12
astro-ph/0612292 🔍 (source) oxygen abundances log ( O / H )
9.0
astro-ph/0701315 🔍 (source) direct oxygen abundances 12 + log ( O / H )
7.94 ± 0.11
astro-ph/0701315 🔍 (source) direct oxygen abundances
7.76 ± 0.09
astro-ph/0702119 🔍 (source) abundances
8.0
astro-ph/0703510 🔍 (source) oxygen abundances O / H )
9.0
Upper
0704.3842 🔍 (source) oxygen abundances O / H
7.13 ± 0.07
0704.3842 🔍 (source) oxygen abundances
7.14 ± 0.03
0705.2066 🔍 (source) oxygen abundances
7.88 ± 0.3
0705.2066 🔍 (source) oxygen abundances 12 + log ( O / H )
7.7 ± 0.3
0705.3116 🔍 (source) abundances
2.0
Lower
0705.3116 🔍 (source) abundances
7.2 kpc
0706.2663 🔍 (source) half-solar abundances
0.45 +0.12-0.09
0707.2255 🔍 (source) abundances A
140.0 ± 40.0
0707.2857 🔍 (source) Fe abundances Fe
0.24 s
0707.4252 🔍 (source) O abundances A ( ^ { 12 } \mathrm { C } )
8.57 ± 0.11
0708.1648 🔍 (source) O/H abundances T _ { e }
8.0 M_\odot
Lower
0708.2790 🔍 (source) metal abundances \alpha /Fe ]
0.0
0708.2790 🔍 (source) iron abundances
0.5
0708.2790 🔍 (source) iron abundances [ Fe / H ]
0.2
0708.2790 🔍 (source) metal abundances \alpha /Fe ]
0.4
0708.3088 🔍 (source) CO abundances relative
0.44 ± 0.03 %
0709.3177 🔍 (source) iron abundances [ Fe / H ]
-1.8
Lower
0709.3292 🔍 (source) average neon abundances
6.000000000000001e-05
0709.3292 🔍 (source) average neon abundances
2.7000000000000002e-05
0709.4471 🔍 (source) oxygen abundances log O / H + 12
8.16 ± 0.19
0710.1135 🔍 (source) metal abundances
0.15000000000000002 +0.04999999999999999-0.05000000000000002
0804.0116 🔍 (source) abundances relative
-0.03 ± 0.12
0804.0116 🔍 (source) abundances relative S
0.16 ± 0.11
0804.2883 🔍 (source) CO fractional abundances X ( CO )
5.85e-05 +1.1500000000000005e-05-1.1499999999999995e-05
0804.3316 🔍 (source) abundances [ Fe / H ]
0.5
Upper
0804.3354 🔍 (source) elemental abundances
28.0
0805.0569 🔍 (source) abundances
0.3 pc
0805.0569 🔍 (source) abundances T _ { 1 / 2 }
0.74 Myr
0807.0930 🔍 (source) relative abundances [ Si / Fe ]
0.23 ± 0.05
0807.4155 🔍 (source) abundances
22.5 ± 2.5 M_\odot
0809.0317 🔍 (source) abundances Fe/H ]
-2.0
0809.4524 🔍 (source) abundances
0.9
Lower
0903.3406 🔍 (source) oxygen abundances Z
0.0145
Lower
0906.0899 🔍 (source) lithium abundances range
-0.3
Lower
0907.4372 🔍 (source) abundances A ( Li )
2.7
Lower
0912.0329 🔍 (source) chemical abundances [ Fe / H ]
-1.0
Upper
1002.2547 🔍 (source) lithium abundances
2.6
1002.2547 🔍 (source) lithium abundances Log N ( Li )
2.8 dex
1003.2587 🔍 (source) abundances [ Fe / H ]
0.43 ± 0.01
1003.2587 🔍 (source) abundances [ Fe / H ]
0.46 +0.02-0.03
1003.3463 🔍 (source) abundances v _ { s }
12.0 km s-1
1004.0626 🔍 (source) oxygen abundances 12 + log ( O / H )
7.58
1004.2711 🔍 (source) isotopic abundances ^ { 12 } C/ ^ { 13 } C
45.0 ± 20.0
1005.0423 🔍 (source) Fe abundances
7.5 ± 0.05
1005.0423 🔍 (source) Fe abundances
8.15 ± 0.17
1005.0423 🔍 (source) Fe abundances
8.86 ± 0.04
1005.2903 🔍 (source) O abundances
7e-07
1006.5409 🔍 (source) CCH fractional abundances toward
1.1000000000000001e-08
Upper
1007.1413 🔍 (source) NH _ { 3 } abundances H _ { 2 }
2e-07
Lower
1007.1413 🔍 (source) NH _ { 3 } abundances H _ { 2 }
3.0
Lower
1007.5470 🔍 (source) total water abundances
7.400000000000001e-05
1007.5470 🔍 (source) total water abundances
1e-05
1007.5470 🔍 (source) total water abundances
1.6000000000000003e-05
1008.4478 🔍 (source) helium abundances \Delta Y
0.24
Lower
1009.1275 🔍 (source) fractional abundances NH _ { 3 }
5.65e-08 ± 4.150000000000001e-08
1009.6147 🔍 (source) heavy element abundances Z
1.0
1009.6147 🔍 (source) heavy element abundances Z
0.3
1009.6147 🔍 (source) heavy element abundances Z
0.1
1011.3422 🔍 (source) oxygen abundances O/H )
7.21 ± 0.08999999999999986
1011.5312 🔍 (source) metal abundances Fe
-0.46 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.26 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.88 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.92 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-1.03 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.78 ± 0.05
1011.5312 🔍 (source) metal abundances Fe
-0.12 ± 0.05
1012.3840 🔍 (source) ^ { 4 } He abundances \delta m _ { q } / m _ { q }
0.7
Upper
1101.3880 🔍 (source) abundances x ^ { \tiny { HDO } } _ {
1e-07
Upper
1101.3880 🔍 (source) abundances
6.6e-08
1102.3775 🔍 (source) fractional abundances
1799999999999.9998 +1000000000000.0-999999999999.9998 cm-2
1103.2548 🔍 (source) abundances of methyl formate
5.2e-08
Upper
1103.4631 🔍 (source) mean metal abundances { \langle [ M / H ] \rangle } _ { thin }
0.03 ± 0.17
1104.0534 🔍 (source) barium abundances
-0.03 ± 0.07
1104.3803 🔍 (source) subsolar abundances Z
0.2 +0.09999999999999998-0.1
1105.2099 🔍 (source) scatter of element abundances [ Fe / H ]
-3.0
Upper
1105.4556 🔍 (source) oxygen abundances
7.9
Lower
1106.4931 🔍 (source) three helium abundances
0.3
1106.4931 🔍 (source) three helium abundances
0.38
1107.5814 🔍 (source) Abundances \sigma ( [ X / H ] )
0.023 dex
1109.2038 🔍 (source) resultant abundances { [ Fe / H ] } _ { AndXI }
-1.75
1109.3183 🔍 (source) abundances C / O
0.54
1109.3183 🔍 (source) abundances P
1.0
1109.3183 🔍 (source) stellar abundances C / O
0.44
1110.6425 🔍 (source) lithium abundances T _ { eff } {
5200.0 K
Lower
1111.2549 🔍 (source) fractional PAH abundances
0.007
1111.6068 🔍 (source) abundances
22.0
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
1112.3974 🔍 (source) abundances [ Fe / H ]
16.0
1112.3974 🔍 (source) abundances
0.05
1112.3974 🔍 (source) abundances [ Fe / H ]
0.23
1201.1772 🔍 (source) abundances [ N / Fe ]
1.16 ± 0.14
1201.5099 🔍 (source) abundances log N ( Fe )
4.44
1202.0882 🔍 (source) element abundances [ Si / H ]
-1.1 ± 0.1
1202.2819 🔍 (source) abundances \delta _ { [ \alpha \mathrm { / Fe } ] }
0.07 dex
1203.5268 🔍 (source) interstellar oxygen abundances log O / H
7.89 ± 0.01
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
1203.6888 🔍 (source) methane abundances
9.1 ± 0.5 %
1203.6888 🔍 (source) methane abundances
5.3 ± 0.4 %
1203.6888 🔍 (source) methane abundances
5.0 ± 0.1 %
1203.6888 🔍 (source) methane abundances
8.2 ± 0.3 %
1203.6888 🔍 (source) methane abundances
7.1 ± 0.4 %
1204.2584 🔍 (source) mean abundances
26.0 A
1204.4433 🔍 (source) over-solar abundances \langle [ X / H ] \rangle
0.26 dex
1205.3172 🔍 (source) gas-phase oxygen abundances 12 + log ( O / H )
8.5
Upper
1206.1820 🔍 (source) helium abundances Y
0.33
1206.1820 🔍 (source) helium abundances Y
0.29
1206.1820 🔍 (source) helium abundances Y
0.25
1206.2275 🔍 (source) relative abundances \log ( N / O )
1.32 ± 0.05
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
1209.2591 🔍 (source) abundances [ Fe / H ]
0.1
1212.6057 🔍 (source) abundances \log \epsilon
1.4 +0.10000000000000009-0.09999999999999987
1212.6057 🔍 (source) lithium abundances \log \epsilon ( Li )
2.0
1212.6057 🔍 (source) abundances \log \epsilon ( Li )
1.4500000000000002 +0.34999999999999987-0.3500000000000001
1301.0991 🔍 (source) Lithium abundances
3.34
1301.0991 🔍 (source) Lithium abundances \log n ( Li )
3.54
1302.0688 🔍 (source) gas-phase glycine fractional abundances
8e-09
Upper
1302.3180 🔍 (source) iron abundances [ O / H ]
-1.67
1302.6122 🔍 (source) mean abundances < [ Ba/H ]
-2.41 ± 0.16
Lower
1302.6122 🔍 (source) mean abundances < [ Ba/H ]
-2.0 ± 0.16
Lower
1303.4688 🔍 (source) abundances Y
0.23
Lower
1304.1633 🔍 (source) gas-phase oxygen abundances A _ { O }
12.0
1304.2764 🔍 (source) Ba abundances log \varepsilon ( Ba )
0.7 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
1308.2100 🔍 (source) primordial abundances D / H
2.6000000000000002e-05 ± 1.2000000000000002e-06
1308.2559 🔍 (source) fractional abundances
2e-09
1308.5545 🔍 (source) sub-solar oxygen abundances 12 + log ( O / H )
8.350000000000001 +0.049999999999998934-0.05000000000000071 dex
1309.0114 🔍 (source) sulphur abundances
0.6
Lower
1309.0114 🔍 (source) sulphur abundances [ S / Fe ]
-2.5
Lower
1309.0114 🔍 (source) sulphur abundances [ Fe / H ]
-2.5
Lower
1309.0114 🔍 (source) sulphur abundances [ Fe / H ]
-2.3
1309.5202 🔍 (source) abundances X ( PN / H _ { 2 } )
3e-07
1310.0475 🔍 (source) helium abundances
0.2
1310.0475 🔍 (source) helium abundances Y
0.3
1310.4910 🔍 (source) oxygen abundances [ O / Fe ]
0.2 ± 0.05
1310.6231 🔍 (source) OH } abundances relative to total number of hydrogen atoms
2.2999999999999998e-10
1311.1541 🔍 (source) over-abundances of alpha-elements [ \alpha / \mbox { Fe }
0.3
1311.3482 🔍 (source) abundances
25.0
1312.3885 🔍 (source) abundances \varepsilon _ { O }
8.85 ± 0.01
1401.1104 🔍 (source) CH _ { 3 } OH abundances relative
2.7 ± 0.3 %
1401.1104 🔍 (source) CH _ { 3 } OH abundances relative
3.4 ± 0.6 %
1401.7348 🔍 (source) surface abundances
3.62 hr
1402.2329 🔍 (source) abundances ( X _ { HCO ^ { + } }
1.85e-08 +1.1499999999999999e-08-1.1500000000000002e-08
1402.2758 🔍 (source) abundances
0.00066
1402.6358 🔍 (source) oxygen abundances of early-B supergiants [ Z̄ ]
-0.93 ± 0.07
1403.6116 🔍 (source) abundances Sr / H ]
-4.9
Upper
1404.0511 🔍 (source) resulting elemental ratio of the NLTE abundances amounts log ( Ba / Eu )
0.78 ± 0.06
1404.0824 🔍 (source) Fe-peak abundances m _ { C } \sin i
1.35 ± 0.2
1404.0824 🔍 (source) abundances
-0.1 dex
1406.4081 🔍 (source) relative abundances
1.1000000000000001e-08 +9e-09-9.000000000000001e-09
1406.7195 🔍 (source) abundances
1.015e-10 +9.850000000000001e-11-9.85e-11
1407.2282 🔍 (source) chemical abundances l
-3.02
1407.2282 🔍 (source) chemical abundances
5.25
Lower
1407.7596 🔍 (source) abundances { A ( Li ) } _ { 0 }
2.3200000000000003 +0.029999999999999805-0.03000000000000025 dex
1409.1283 🔍 (source) iron abundances [ Fe / H ]
-2.0
Lower
1409.1283 🔍 (source) iron abundances \alpha /Fe ]
-2.0
Lower
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
1410.1551 🔍 (source) metal abundances
8.7 +0.40000000000000036-0.3999999999999986
1411.2831 🔍 (source) elemental abundances [ Fe / H ]
0.1 ± 0.08
1412.1106 🔍 (source) molecular abundances f _ { H _ { 2 } }
0.042 ± 0.018
1412.2820 🔍 (source) elemental abundances [ C / H ]
-1.21 ± 0.11
1412.3853 🔍 (source) total oxygen abundances
8.15
Lower
1412.6873 🔍 (source) oxygen abundances
-3.5
Lower
1412.6873 🔍 (source) oxygen abundances log A _ { O } ( A _ { O }
-3.0
Lower
1501.02810 🔍 (source) abundances
156.0
Upper
1502.00504 🔍 (source) COM gas-phase abundances A _ { V }
-3.8 +6.199999999999999-6.2 mag
1502.03072 🔍 (source) chemical abundances
2.0
1503.00979 🔍 (source) abundances A ( { H }
7.53 ± 0.08
1503.02661 🔍 (source) \alpha -element abundances [ Mg / Fe ]
0.3
Lower
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
1505.06597 🔍 (source) mean iron abundances
-2.15 ± 0.06 dex
1506.00579 🔍 (source) Ba abundances A ( Ba )
-2.0
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
1507.06256 🔍 (source) oxygen abundances O/H )
8.3
Upper
1507.07740 🔍 (source) abundances [ Mg / H ]
-1.51 ± 0.08
1508.03990 🔍 (source) iron abundances
4.4
1508.03990 🔍 (source) iron abundances
4.8
1508.03990 🔍 (source) iron abundances
3.7
1508.04894 🔍 (source) abundances Fe/H ]
-1.07
1508.05222 🔍 (source) ionised gas-phase oxygen abundances
7.62
Lower
1508.07802 🔍 (source) oxygen abundances
0.8 dex
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
1509.06391 🔍 (source) alpha-element abundances \sigma _ { [ Fe / H ] }
0.13 ± 0.02 dex
1511.01428 🔍 (source) H _ { 2 } CO abundances
1.5499999999999998e-06 +1.5000000000000013e-07-1.4999999999999991e-07
1511.01428 🔍 (source) H _ { 2 } CO abundances
5.45e-07 ± 2.45e-07
1511.05985 🔍 (source) abundances of the Fe-group elements Sc Zn ( Z
25.5 ± 4.5
1512.07525 🔍 (source) abundances
5.3e-07
1512.07525 🔍 (source) abundances
-6.0
Upper
1512.07525 🔍 (source) abundances
1.7e-07
1601.05736 🔍 (source) Alpha-element abundances present enhancements [ O / Fe ]
0.29 ± 0.18 dex
1601.05736 🔍 (source) Al present abundances [ Na / Fe ]
0.0 ± 0.21 dex
1602.04996 🔍 (source) abundances of Eu [ Fe / H ]
-0.1
Lower
1603.05885 🔍 (source) abundances
1.4e-08
1603.09529 🔍 (source) elemental abundances [ C / Fe ]
-0.23 ± 0.02
1604.00323 🔍 (source) disk-averaged abundances
8.599999999999999e-11 ± 8.4e-11
1604.00323 🔍 (source) disk-averaged abundances
4.55e-10 ± 4.45e-10
1604.00323 🔍 (source) disk-averaged abundances NH _ { 3 }
7.6e-11
1605.04724 🔍 (source) elemental abundances
-5.0
Upper
1605.06159 🔍 (source) final s -process abundances [ s / Fe ]
0.36
Lower
1605.07186 🔍 (source) ionized gas-phase oxygen abundances Z _ { neb } / Z _ { \odot }
0.5
1606.07218 🔍 (source) potassium abundances
-3.0
1606.08940 🔍 (source) Ca/Si abundances ratios
1.75
1606.08940 🔍 (source) Ca/Si abundances ratios
1.27
1607.04385 🔍 (source) abundances
-0.8
1607.08334 🔍 (source) iron abundances
0.6000000000000001 +0.19999999999999996-0.20000000000000007 s
1608.01087 🔍 (source) nebular abundances N / H
0.00041 ± 8e-05
1608.01087 🔍 (source) stellar CNO abundances N / H
0.0005 ± 0.00015000000000000001
1608.07280 🔍 (source) oxygen abundances 12 + log ( O / H )
8.04
1608.08398 🔍 (source) CNO abundances [ C / Fe ]
-0.35 ± 0.06
1609.02134 🔍 (source) abundances of neutron-capture elements [ Ba / Fe ]
-1.1
1609.07252 🔍 (source) OCS abundances relative
32.0
1610.04106 🔍 (source) Ba abundances ( { [ Sr / Fe ] }
0.7
Upper
1612.05573 🔍 (source) fractional abundances H ^ { 12 } CN / H _ { 2 }
5e-05 ± 2e-05
1701.01011 🔍 (source) oxygen abundances log ( O / H ) } $
7.63 (0.09 Z _ \sun)
1703.00019 🔍 (source) abundances \mathrm {
-2.66
Lower
1706.01567 🔍 (source) iron abundances Z _ { Fe }
0.316 ± 0.012 S
1706.03967 🔍 (source) Mg abundances [ Z ]
-0.35 ± 0.09 dex
1706.08769 🔍 (source) oxygen abundances
7.46
1706.09215 🔍 (source) abundances Se
0.0016 +0.0009000000000000001-0.0006
1707.05156 🔍 (source) chemical abundances of heavy elements Z
28.0
Lower
1707.06003 🔍 (source) peak o- \mathrm { H } _ { 2 } S abundances relative
4e-07
Lower
1707.06003 🔍 (source) peak o- \mathrm { H } _ { 2 } S abundances relative H _ { 2 }
2.5e-05
1708.03635 🔍 (source) iron abundances [ Fe / H ]
-1.8
Lower
1708.03635 🔍 (source) iron abundances
-1.5
Upper
1709.07003 🔍 (source) iron abundances [ Fe / H ]
-1.3 ± 0.4
1709.07003 🔍 (source) iron abundances [ Fe / H ]
-1.0 +0.3-0.4
1709.07003 🔍 (source) iron abundances [ Fe / H ]
-0.8 ± 0.5
1709.08619 🔍 (source) iron abundances [ Fe / H ]
-4.2
Lower
1710.04365 🔍 (source) iron abundances A _ { cr } ( C )
6.0
1710.09613 🔍 (source) fractional abundances M
-3.8
1711.03643 🔍 (source) chemical abundances \sigma
0.01
Upper
1712.04056 🔍 (source) oxygen abundances \xi _ { C }
0.00014
1712.04394 🔍 (source) abundances H ^ {
3.08e-13
1801.00492 🔍 (source) solar abundances C
-0.43
1801.06446 🔍 (source) oxygen abundances
4.0 ± 2.0 %
1801.06446 🔍 (source) oxygen abundances
12.6 +6.0-4.1 % s
1801.07267 🔍 (source) iron abundances
10.6 +1.6-0.9
Lower
1803.07736 🔍 (source) helium abundances Y _ { A }
0.224 ± 0.006
1804.01280 🔍 (source) ^ { 26 } { M } g abundances [ Fe / H ]
-1.4 ± 0.1
1804.05869 🔍 (source) latter spanning iron abundances [ Fe / H ]
-0.7
Lower
1805.01484 🔍 (source) Si/Fe abundances [ Si / Fe ]
0.4
Lower
1805.08224 🔍 (source) gas-phase oxygen abundances 12 + \log ( O / H )
7.8
Lower
1805.11396 🔍 (source) iron abundances [ Fe / H ]
-0.68 ± 0.02
1806.00316 🔍 (source) \alpha -element abundances
-0.2
Lower
1806.00551 🔍 (source) gas-phase oxygen abundances \log O / H
7.7
Upper
1807.03734 🔍 (source) abundances [ Fe / H ]
-3.0
1807.05144 🔍 (source) CS peak fractional abundances
2e-05
1807.05144 🔍 (source) CS peak fractional abundances
3.0000000000000004e-08
Lower
1807.05144 🔍 (source) CS peak fractional abundances
1e-07
1807.05144 🔍 (source) CS peak fractional abundances
1.0
Lower
1807.05144 🔍 (source) CS peak fractional abundances
8e-06
1807.05144 🔍 (source) SiS peak fractional abundances
2e-06
1807.05144 🔍 (source) SiS peak fractional abundances
2e-07
Lower
1807.05144 🔍 (source) SiS peak fractional abundances
2e-06
1807.05144 🔍 (source) SiS peak fractional abundances
5e-07
Lower
1807.05144 🔍 (source) SiS peak fractional abundances
2e-05
1808.09515 🔍 (source) metal abundances [ Fe / H ]
-3.0
Upper
1809.04102 🔍 (source) vertical abundances profiles
375.0 km
1809.04102 🔍 (source) vertical abundances profiles
125.0 km
1809.06644 🔍 (source) oxygen abundances 12 + log ( Si / H )
7.53 ± 0.08 dex
1810.12924 🔍 (source) abundances \alpha _ { ov }
0.5
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
1810.13242 🔍 (source) iron abundances [ Fe / H ]
-0.8 ± 0.3
1812.03154 🔍 (source) K stars abundances
0.08 ± 0.05 dex
1901.00070 🔍 (source) peak CS abundances
7.000000000000001e-09
1901.04559 🔍 (source) chemical abundances r _ { apo }
25.0 kpc
1902.01416 🔍 (source) Mg abundances ( \mathrm { [ Mg / Fe ] }
0.0
Upper
1903.05565 🔍 (source) abundances [ Fe / H ]
-2.2
Lower
1905.05369 🔍 (source) CO relative abundances N ( CO ) / H _ { 2 }
2e-06
Upper
1909.10532 🔍 (source) hydrogen-to-helium abundances \log { ( H / He ) }
-10.0
Lower
1910.05953 🔍 (source) nitrogen abundances N/Fe ]
0.5
Lower
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
1911.08491 🔍 (source) iron abundances [ Fe / H ]
-2.5
Upper
1911.08859 🔍 (source) abundances
33.0 +43.0-15.0
1911.08859 🔍 (source) abundances
51.0 +30.0-29.0
1911.08859 🔍 (source) abundances
23.0 +15.0-9.0
1911.12636 🔍 (source) abundances [ M / H ]
-0.6
1912.06707 🔍 (source) magnesium abundances
0.04 ± 0.01
1912.08895 🔍 (source) elemental abundances [ X / H ]
0.1 dex
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
2001.06222 🔍 (source) lithium abundances A ( Li )
2.7 +0.09999999999999964-0.10000000000000009
2002.09618 🔍 (source) oxygen abundances [ O / H ]
0.2 dex
2002.11723 🔍 (source) gas-phase oxygen abundances
7.35
2002.11723 🔍 (source) gas-phase oxygen abundances 12 + log ( O / H )
1.0
2003.04656 🔍 (source) stellar abundances of fluorine [ Fe / H ]
-1.1
Lower
2004.01633 🔍 (source) photospheric abundances
9.300000000000001e-05
2004.09415 🔍 (source) abundances \Delta Y
0.15 ± 0.04
2004.12900 🔍 (source) abundances
8e-10 ± 2e-10
2005.09895 🔍 (source) abundances
20.8 ± 5.1
2005.09895 🔍 (source) abundances
1.21 ± 0.07
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) oxygen abundances [ Fe / H ]
-0.3 ± 0.12 dex
2006.15023 🔍 (source) PBH abundances f _ { PBH }
1.0
Upper
2007.02888 🔍 (source) Li abundances A ( Li )
3.4
Lower