Exclude
Name/Symbol Condition
Name: \alpha
Mean: 162 ± 858
Median: 2.52
Range: -1.6e+03 ‒ 8.43e+03
316 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/9510061 🔍 (source) H \alpha luminosity \alpha
-1.3 ± 0.2
astro-ph/9512017 🔍 (source) H \alpha emission of surface brightness
0.37 ± 0.02
astro-ph/9512017 🔍 (source) H \alpha emission of surface brightness
0.21 ± 0.04
astro-ph/9512017 🔍 (source) H \alpha emission of surface brightness
0.2 ± 0.02
astro-ph/9512165 🔍 (source) Ly \alpha flux
1.5e-16 erg cm-2 s-1
astro-ph/9604179 🔍 (source) \alpha -element enhancement \alpha /Fe ]
0.5
astro-ph/9605114 🔍 (source) H \alpha \lambda
6583.0
astro-ph/9605114 🔍 (source) H \alpha
6548.0
astro-ph/9703128 🔍 (source) H \alpha emissions
1.26 +0.45-0.32 MJy sr-1
astro-ph/9709109 🔍 (source) \alpha -forest baryon density J _ { 0 }
1.1000000000000001e-23 ± 4.0000000000000004e-24 erg cm-2 sr-1
astro-ph/9710373 🔍 (source) { Ly } \alpha flux
1.8500000000000002e-13 ± 5.3e-14 erg cm-2 s-1
astro-ph/9710373 🔍 (source) { Ly } \alpha flux
1.25e-12 ± 5.1e-13 erg cm-2 s-1
astro-ph/9801004 🔍 (source) \alpha log N _ { HI }
12.8
Lower
astro-ph/9802220 🔍 (source) H \alpha _ { LSR }
130.0 km
astro-ph/9802220 🔍 (source) H \alpha
0.27 +0.02999999999999997-0.030000000000000027
astro-ph/9807063 🔍 (source) H \alpha luminosity
5.6e+37 erg s-1
astro-ph/9810407 🔍 (source) H \alpha flux
1.3000000000000002e-15 ± 2.0000000000000002e-16 erg cm-2 s-1
astro-ph/9812429 🔍 (source) \ion He2 Ly \alpha opacity \tau
1.88
astro-ph/9901280 🔍 (source) Ly \alpha -forest baryon density \Omega _ { b }
0.008 ± 0.004 h
astro-ph/9904227 🔍 (source) total H \alpha flux
1.5000000000000002e-13 erg s-1 cm-2
astro-ph/9904227 🔍 (source) H \alpha luminosity
2.3999999999999998e+38 erg s-1
astro-ph/9905290 🔍 (source) \alpha luminosity
8.0
astro-ph/9912376 🔍 (source) Ly \alpha luminosity L _ { Ly \alpha }
1.8e+42 ± 8e+41 erg s-1
astro-ph/0001156 🔍 (source) Ly \alpha luminosity
1700000000.0
astro-ph/0001201 🔍 (source) OVII-OVIII K \alpha, \beta emission feature
0.54 +0.07-0.06 keV
astro-ph/0001522 🔍 (source) \alpha blobs
3.4e-05 h3 Mpc-3
astro-ph/0006301 🔍 (source) H \alpha flux
-0.7 M_\odot yr-1
astro-ph/0007374 🔍 (source) H \alpha luminosity of the nebula
1.75e+35 +4.500000000000002e+34-4.499999999999999e+34 erg s-1
astro-ph/0008122 🔍 (source) \alpha +N V emission
69.0
astro-ph/0009435 🔍 (source) Fe~ { } K \alpha EW }
300.0 eV
Upper
astro-ph/0105399 🔍 (source) \alpha luminosities \Omega _ { m }
0.3
astro-ph/0105507 🔍 (source) Shakura-Sunyaev \alpha parameter
0.1
astro-ph/0105507 🔍 (source) Shakura-Sunyaev \alpha parameter
0.01
astro-ph/0107250 🔍 (source) H \alpha intensity
1.1 pc cm-6
astro-ph/0109401 🔍 (source) narrow Fe K \alpha
1720.0 ± 360.0 km s-1
astro-ph/0110177 🔍 (source) extinction-corrected H \alpha luminosity density
5.4e+39 ± 1.1e+39 erg s-1 Mpc-3
astro-ph/0111511 🔍 (source) halo H \alpha luminosity L _ { H \alpha }
4e+38
astro-ph/0112500 🔍 (source) H \alpha emission toward the direction \ell
148.0
astro-ph/0201058 🔍 (source) NeIX _ { K \alpha
13.448 +0.022-0.024
astro-ph/0201194 🔍 (source) \alpha line flux
3e-17 erg cm-2 s-1
astro-ph/0202047 🔍 (source) H \alpha luminosity
1.3999999999999997e+39 ± 1e+38 erg s-1
astro-ph/0202397 🔍 (source) \alpha -enhancement [ \alpha /Fe ] >
0.1 ± 0.04
astro-ph/0206426 🔍 (source) H \alpha
0.05332 ± 2e-05 day
astro-ph/0209258 🔍 (source) absolute H \alpha emission
4.9500000000000003e-17 +3.850000000000001e-17-3.8500000000000003e-17 erg s-1 cm-2
astro-ph/0301471 🔍 (source) H \alpha flux SFR
0.05 M_\odot yr-1
astro-ph/0302243 🔍 (source) H \alpha radial velocities K _ { 1 }
14.0 km s-1
astro-ph/0302432 🔍 (source) Ly \alpha emission \theta
1.0
Upper
astro-ph/0306261 🔍 (source) extinction-corrected H _ { \alpha } luminosity
1.25 M_\odot yr-1
astro-ph/0308345 🔍 (source) Pa \alpha emission
1745.0 ± 40.0 km s-1
astro-ph/0308432 🔍 (source) \alpha absorber \log N ( H i )
19.88 ± 0.05
astro-ph/0312653 🔍 (source) Ly \alpha Gunn-Peterson trough z _ { gp }
7.0 ± 1.0
astro-ph/0403161 🔍 (source) \alpha line luminosity
1.1
Lower
astro-ph/0405187 🔍 (source) uncorrected { H \alpha } star-formation rates
42.0 ± 18.0 M_\odot yr-1
astro-ph/0406151 🔍 (source) P \alpha /P \beta line flux ratio
1.05 ± 0.2
astro-ph/0406307 🔍 (source) Ly \alpha flux
5.400000000000001e-17 +2e-17-8e-18 erg s-1 cm-2
astro-ph/0407123 🔍 (source) \alpha line luminosity
44.0
Upper
astro-ph/0407123 🔍 (source) \alpha line luminosity
-1.0
astro-ph/0407123 🔍 (source) \alpha line luminosity
2.4 keV
astro-ph/0407352 🔍 (source) \alpha absorbers d N / dz
170.0
astro-ph/0407352 🔍 (source) \alpha absorbers N _ { HI }
170.0
astro-ph/0407507 🔍 (source) [ S II ] /H \alpha flux ratios
9.0 +3.0-4.0
astro-ph/0407521 🔍 (source) H \alpha width
2290.0 ± 80.0 km s-1
astro-ph/0408031 🔍 (source) Lyman- \alpha line flux
2.2000000000000003e-17 erg cm-2 s-1
astro-ph/0409010 🔍 (source) K \alpha absorption
650.9 +0.8-1.9 eV
astro-ph/0410672 🔍 (source) H \alpha rotation curves
20.9 +6.2-5.2 km s-1
astro-ph/0410672 🔍 (source) H \alpha rotation curves
34.8 ± 3.8 km s-1
astro-ph/0410672 🔍 (source) H \alpha rotation curves
30.9 ± 7.2 km s-1
astro-ph/0410672 🔍 (source) H \alpha rotation curves
16.0 +6.1-5.4 km s-1
astro-ph/0410695 🔍 (source) \alpha -enhancement [ \alpha / Fe ]
0.3
astro-ph/0411072 🔍 (source) Ly \alpha effective optical depth
0.9 ± 0.3
astro-ph/0411152 🔍 (source) effective Ly \alpha optical depth \tau _ { eff }
14.3
Upper
astro-ph/0501259 🔍 (source) Ly \alpha emission \beta
-1.09
astro-ph/0502066 🔍 (source) H \alpha fluxes
1.7e-16 erg s-1 cm-2
Upper
astro-ph/0502066 🔍 (source) H \alpha fluxes
9.0
Lower
astro-ph/0502384 🔍 (source) H \alpha emission L _ { H \alpha } / L _ { bol }
2e-07
Upper
astro-ph/0503241 🔍 (source) A Ly \alpha luminosity
5.599999999999999e+43 erg s-1
astro-ph/0503320 🔍 (source) \alpha line f _ { Ly \alpha,TOT }
1.94e-12 erg s-1 cm-2
astro-ph/0503570 🔍 (source) Fe K \alpha
1700.0 +410.0-390.0 km s-1
astro-ph/0504187 🔍 (source) \alpha cz
3046.0 ± 12.0 km s-1
astro-ph/0505453 🔍 (source) \alpha /Fe abundance ratios [ \alpha /Fe ] Â
0.47 ± 0.06 dex
astro-ph/0507689 🔍 (source) H \alpha emission
-1600.0 km s-1
astro-ph/0507706 🔍 (source) /H \alpha line ratio [ S II ] / H \alpha
0.4
Upper
astro-ph/0510374 🔍 (source) H \alpha scale lengths of the field galaxies
1.14 ± 0.07
astro-ph/0510368 🔍 (source) \alpha absorber \log { N _ { H i } }
22.6 ± 0.3
astro-ph/0602523 🔍 (source) net escape fraction of Ly \alpha photon f _ { Ly \alpha }
0.1
Upper
astro-ph/0605019 🔍 (source) \alpha emitting
1.0
Lower
astro-ph/0606210 🔍 (source) \alpha line EW _ { Ly \alpha } ^ { rest }
46.0 ± 5.0
astro-ph/0607036 🔍 (source) \alpha absorption
340.0 km s-1
astro-ph/0608432 🔍 (source) H \alpha luminosity in the nebular phase
56.0 N
astro-ph/0610761 🔍 (source) total Ly \alpha luminosity
2e+43 erg s-1
astro-ph/0701645 🔍 (source) H \alpha flux
8e-15 erg s-1 cm-2
Lower
astro-ph/0703461 🔍 (source) Fe K \alpha complex z
0.27 ± 0.01
astro-ph/0703522 🔍 (source) total Lyman- \alpha luminosity
2.1000000000000003e+44 erg s-1
0704.1116 🔍 (source) total Ly \alpha luminosities
1.85e+44 +1.5500000000000002e+44-1.55e+44 erg s-1
0705.1544 🔍 (source) H \alpha -derived star formation rate of the inner N ( WR ) / N ( O )
0.04
0706.1083 🔍 (source) fluorescent iron K \alpha emission
6.97 keV
0706.1801 🔍 (source) Ly \alpha survival fraction \alpha _ { esc } \epsilon ^ { 1 / \gamma }
0.030000000000000002 +0.02-0.020000000000000004
0707.3161 🔍 (source) \alpha luminosity
3e+42 erg s-1
0708.2030 🔍 (source) \alpha forest power spectrum m _ { \nu _ { s }
1.7 keV
Lower
0708.2790 🔍 (source) \alpha -element-to-iron abundance ratios
0.0
0708.2790 🔍 (source) \alpha -element-to-iron abundance ratios [ \alpha / Fe ]
0.4
0709.1009 🔍 (source) H \alpha luminosity density
2.7e+39 +6.999999999999999e+38-5.9999999999999995e+38 erg s-1 Mpc-3
0709.1009 🔍 (source) angular two-point correlation function of H \alpha emitting galaxies \log L ( H \alpha )
39.8
Lower
0710.0547 🔍 (source) \alpha /Fe ] abundance ratio
0.31 ± 0.09
0711.1904 🔍 (source) mean He II Ly \alpha line transmission \bar { F }
0.304 ± 0.002
0802.0228 🔍 (source) Ly \alpha photons
0.1
0802.0228 🔍 (source) Ly \alpha photons f _ { Ly \alpha }
0.15
0803.2489 🔍 (source) \alpha -element abundance [ \alpha / Fe ]
-0.11
0806.3218 🔍 (source) slight \alpha -element overabundance [ \alpha / Fe ]
0.1
0807.0101 🔍 (source) H \alpha luminosity density
4.45e+39 +2.9599999999999995e+39-1.7499999999999998e+39 erg s-1 Mpc-3
0808.1414 🔍 (source) \alpha enhancement [ \alpha / Fe ]
0.39 ± 0.05 dex
0810.2424 🔍 (source) H \alpha emission line EW _ { obs }
85.0 ± 35.0
0811.1662 🔍 (source) H \alpha emission H \alpha - r
-0.88 ± 0.02
0812.2975 🔍 (source) iron K \alpha emission line
6.39 ± 0.03 keV
0901.0642 🔍 (source) /H \alpha emission line ratio
0.42
0901.4627 🔍 (source) Ly \alpha line flux
1.47e-17 erg s-1 cm-2
0902.0736 🔍 (source) H \alpha luminosity
4.4
0902.2716 🔍 (source) H \alpha velocity profile of the starburst region \sigma
33.5 ± 1.5 km s-1
0905.1329 🔍 (source) Ly \alpha emission EW _ { Ly \alpha }
60.0
0906.1532 🔍 (source) O viii Lyman \alpha emission
9.98 +1.1-1.99
0906.4785 🔍 (source) He ii /Ly \alpha ratio
0.12 ± 0.04
0907.4989 🔍 (source) \alpha escape fraction f _ { \alpha }
0.1
0908.4283 🔍 (source) \alpha, \gamma ) ^ { 16 } O reaction rates of the production
44.0 T
0909.3844 🔍 (source) \alpha -element enhancement
-0.1 ± 0.04 dex-1
0910.2244 🔍 (source) median Ly \alpha luminosity L _ { Ly \alpha }
1.3000000000000001e+42
0910.3521 🔍 (source) H \alpha to FUV flux ratio Log f ( H \alpha ) / f ( FUV )
1.1 ± 0.34
0910.5590 🔍 (source) \alpha -elements overabundant \alpha / Fe ]
0.2
0911.3400 🔍 (source) column density of the Ly- \alpha absorbers log _ { 10 } ( N _ { HI } ( cm ^ { -2 } ) )
13.2
Lower
0911.5566 🔍 (source) { L } \alpha surface brightness profile r
-1.2
1001.2825 🔍 (source) median AGN H \alpha luminosity
7.1e+39 erg s-1
1002.0839 🔍 (source) intrinsic Ly \alpha -to-continuum luminosity
1.5
1002.0839 🔍 (source) intrinsic Ly \alpha -to-continuum luminosity f _ { \alpha } / f _ { c }
3.7
Upper
1002.2973 🔍 (source) disc \alpha coefficient ( \alpha
0.1
Upper
1003.0039 🔍 (source) Lyman- \alpha emission
135.6 ± 20.3
1003.0463 🔍 (source) \alpha luminosity
0.02
1004.4318 🔍 (source) H \alpha flux surface density
0.79 ± 0.19
1005.1841 🔍 (source) \alpha emission
-10.0
Lower
1005.3829 🔍 (source) Ly \alpha quasar density
2.7e-06 +6.2e-06-2.2e-06 Mpc-3
1005.3829 🔍 (source) escape fraction of Ly \alpha photons f _ { esc,Ly \alpha }
6.5 ± 3.5
Lower
1005.4727 🔍 (source) H \alpha emission line galaxies
0.1125 ± 0.023500000000000007 M_\odot yr-1 Mpc-3
1007.5357 🔍 (source) H \alpha flux
9.000000000000001e-18 erg s-1 cm-2
1008.4842 🔍 (source) \alpha line luminosity L ( Ly \alpha )
9.2e+42 erg s-1
1009.1395 🔍 (source) \alpha luminosity
2e+41 erg s-1
Upper
1011.4239 🔍 (source) Ly \alpha absorber log ( N _ { H \sc I } / cm ^ { -2 } )
21.9 ± 0.1
1102.1509 🔍 (source) escape fractions of Lyman- \alpha photons f _ { esc }
0.07500000000000001 +0.024999999999999994-0.02500000000000001
1103.0233 🔍 (source) \alpha -elements enhancement
0.39 ± 0.02 dex
1103.1927 🔍 (source) narrow Fe K \alpha line width
2.6 +0.9-0.4
1106.2811 🔍 (source) average Ly \alpha escape fraction f _ { Ly \alpha } ^ { Esc }
28.0 %
Lower
1106.5731 🔍 (source) iron K \alpha equivalent width
0.85 ± 0.35 keV
1107.3159 🔍 (source) fraction of Ly \alpha -emitting galaxies
25.0
Lower
1107.3159 🔍 (source) fraction of Ly \alpha -emitting galaxies EW _ { 0 } ^ { Ly \alpha }
24.0
Lower
1107.4011 🔍 (source) H \alpha emission line nebula L _ { H \alpha }
2.2000000000000004e+40 erg s-1
1109.0023 🔍 (source) \alpha luminosity
3e+43 erg s-1
1109.4651 🔍 (source) relativistically broad Fe K \alpha line EW
26.0 eV
Upper
1109.4647 🔍 (source) K \alpha line intensity of the warm-hot intergalactic medium
1.5
1111.0958 🔍 (source) H \alpha -derived O star N ( WR ) / N ( O )
0.03
1111.1393 🔍 (source) extinction-corrected H \alpha luminosity L ( H \alpha )
7.27e+41 erg s-1
1112.0035 🔍 (source) H \alpha line
56.0 N
1112.3656 🔍 (source) Ly \alpha luminosity
1.7e+43 ± 1e+42 erg s-1
1202.1822 🔍 (source) median H \alpha effective radius r _ { e } ( H \alpha )
4.2 ± 0.1 kpc
1202.2884 🔍 (source) Ly \alpha transmissivity T _ { \alpha } ^ { LAE }
0.25
1203.1919 🔍 (source) escape fraction of resonantly-scattered Ly \alpha photons f _ { esc }
0.08
Upper
1204.3234 🔍 (source) \alpha line flux F _ { Ly \alpha }
6.900000000000001e-18 erg s-1 cm-2
1205.1493 🔍 (source) total Lyman- \alpha intensity ( times frequency
2.5e-08 +1.0699999999999998e-08-1.0700000000000002e-08 erg s-1 cm-2 sr-1
1205.2697 🔍 (source) Ly- \alpha population N _ { HI }
-75.0 ± 12.0 c-1
1205.5452 🔍 (source) average H \alpha velocity dispersion \langle \sigma \rangle
220.0 ± 80.0 km s-1
1206.4930 🔍 (source) \alpha luminosity
-4.6
Lower
1208.0714 🔍 (source) \alpha -spectroscopic factor S _ { \alpha }
6.356 MeV
1208.3529 🔍 (source) mean rest-frame H \alpha equivalent width
3.8
Lower
1208.4003 🔍 (source) H \alpha line [ O i ] 6300
6427.0
1209.3679 🔍 (source) H \alpha equivalent width
-125.0 ± 15.0
1210.0531 🔍 (source) Ly \alpha absorption
7.5 ± 1.8
1210.3496 🔍 (source) H \alpha emitting
5800000.0 M_\odot
1303.1937 🔍 (source) Ly \alpha forest redshift distortion factor \beta _ { F }
1.1 ± 0.15
1305.1399 🔍 (source) H \alpha flux
2e-16 erg s-1 cm-2
1306.3949 🔍 (source) mean Ly \alpha transmission fraction
0.2
Upper
1306.3994 🔍 (source) average proper motion of H \alpha filaments
0.1 ± 0.02
1306.3994 🔍 (source) average proper motion of H \alpha filaments
1200.0 ± 200.0 km s-1
1307.3556 🔍 (source) H \alpha extinctions A _ { H \alpha }
1.0 ± 0.2 mag
1310.7020 🔍 (source) NII ] \lambda 6584/H \alpha ratio
0.27 ± 0.01
1311.1653 🔍 (source) H \alpha luminosities
1.3e+38
Lower
1311.1653 🔍 (source) H \alpha luminosities
4e+41 erg-1
Upper
1311.5534 🔍 (source) \alpha emission z _ { em }
3.115 ± 0.003
1312.6299 🔍 (source) Ly \alpha fluxes
2.8e-18 erg-1 cm-2
1401.6201 🔍 (source) \alpha escape fraction
0.7 ± 0.4
1401.7597 🔍 (source) \alpha scale ) N _ { eff }
3.5 ± 0.4
1401.7668 🔍 (source) H \alpha emission EW ( H \alpha )
290.0
1402.0493 🔍 (source) fraction of H \alpha luminosity due to star formation and AGN activity
35.0 ± 2.0 %
1402.6328 🔍 (source) \mathrm { \alpha } [ Fe / H ]
-2.5 c
1402.6697 🔍 (source) \alpha luminosity
6.3e+43 erg s-1
1404.2297 🔍 (source) \alpha emission EW _ { 0 }
100.0
1404.7126 🔍 (source) broad Iron K \alpha
-11.0
1404.7486 🔍 (source) Fe K \alpha E _ { rest }
6.46 +0.08-0.07 keV
1405.7405 🔍 (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
1407.1028 🔍 (source) iron K \alpha line
6.426 ± 0.008 keV
1408.1629 🔍 (source) \alpha -element abundance [ \alpha / Fe ]
0.25 dex
1409.8304 🔍 (source) volumetric Ly \alpha escape fraction
4.4 +2.1-1.2
1409.8131 🔍 (source) \alpha /Fe ratio [ Si ii / Fe ii ]
0.5
1409.8347 🔍 (source) Ly \alpha  luminosity L _ { Ly \alpha }
1.3000000000000001e+42
1410.4288 🔍 (source) prominent H \alpha emission \langle \log _ { 10 } L _ { H \alpha } / L _ { bol } \rangle
-4.68 ± 0.06
1410.7476 🔍 (source) \alpha, \gamma ) ^ { 16 } O reaction rates on the production of supernova
25.0 M_\odot
1411.3357 🔍 (source) H \alpha luminosity
41.3 +5.700000000000003-5.699999999999996 M_\odot yr-1
1411.3443 🔍 (source) H \alpha luminosity L _ { H \alpha }
4.2e+37 ± 4e+36 erg s-1
1501.07210 🔍 (source) \alpha
-0.21 ± 0.22
1502.05403 🔍 (source) Lyman- \alpha /H- \alpha photon ratio \langle R ( L \alpha / H \alpha ) \rangle
17.0
1502.06771 🔍 (source) broad-line H \alpha velocity width
1020.0 km s-1
1502.07579 🔍 (source) H \alpha emitting region
10.4 ± 0.5 R_\odot
1503.02661 🔍 (source) \alpha -element abundances [ Mg / Fe ]
0.3
Lower
1503.03929 🔍 (source) H \alpha luminosity SFR
7.5e-42 ± 1.3000000000000002e-42
1503.06635 🔍 (source) Ly \alpha~ { } equivalent width distribution EW
100.0
Lower
1504.05592 🔍 (source) H \alpha flux sensitivity
1.6e-16 erg cm-2 s-1
Lower
1504.06619 🔍 (source) Lyman- \alpha escape fraction f _ { esc }
0.5
1504.06881 🔍 (source) CIV/Ly \alpha flux ratio f _ { CIV } / f _ { Ly \alpha }
0.3
1504.07916 🔍 (source) \alpha -enhanced to [ \alpha / Fe ]
0.4 dex
1507.06648 🔍 (source) Lyman- \alpha escape fraction ( \mathrm { f } _ { \mathrm { esc } } \mathrm { ( Ly \alpha ) }
0.78
Lower
1508.05103 🔍 (source) \alpha -element [ \alpha /Fe ] )
9.5 Gyr
Upper
1508.05067 🔍 (source) Ly \alpha absorption \lambda _ { obs }
8426.0
Upper
1508.06323 🔍 (source) /H \alpha emission-line ratios
0.66 ± 0.02
1508.06323 🔍 (source) /H \alpha emission-line ratios
0.93 ± 0.01
1509.04345 🔍 (source) H \alpha emission log [ N ii ] / H \alpha
0.6 ± 0.2
1509.08663 🔍 (source) H \alpha emission full-width-half-maximum FWHM
2700.0 ± 280.0 km s-1
1512.01854 🔍 (source) Ly \alpha luminosity range \log L _ { Ly \alpha }
43.05 +1.3500000000000014-1.3499999999999943 erg s-1
1512.03063 🔍 (source) \alpha escape \Omega _ { Ly \alpha }
2.4 ± 0.8 s
1512.09208 🔍 (source) total H \alpha luminosity amounts L _ { H \alpha }
1.6e+42 erg s-1
1602.02160 🔍 (source) rest-frame Ly \alpha equivalent width EW ( Ly \alpha )
15.6 +5.9-3.6
1602.02933 🔍 (source) \alpha emission region R _ { d } / R _ { * }
5.0
1603.00461 🔍 (source) Ly \alpha break redshifted { z _ { \mathrm { grism } }
11.09 +0.08-0.12
1603.06295 🔍 (source) H \alpha -derived star formation rates
1.0
Upper
1603.07832 🔍 (source) broad H \alpha emission
2100000.0 M_\odot
1604.03941 🔍 (source) H \alpha detection rate
9.2 +3.5-2.1 %
1604.06074 🔍 (source) \alpha -elements \alpha /Fe ]
0.4
1605.03194 🔍 (source) Ly \alpha to X-ray luminosity ratio
0.3
1605.03194 🔍 (source) Ly \alpha to X-ray luminosity ratio L _ { Ly \alpha } / L _ { X }
505.0 ± 495.0
Lower
1605.05771 🔍 (source) intrinsic Ly \alpha luminosity
1.3000000000000001e+42 erg s-1
1605.05771 🔍 (source) \alpha equivalent width
74.0 ± 15.0
1605.06519 🔍 (source) Lyman- \alpha  line flux
1.06e-17 ± 1.9000000000000003e-18 erg s-1 cm-2
1606.00528 🔍 (source) H \alpha emission-line integrated velocity dispersions \sigma _ { int }
140.0 ± 90.0 km s-1
1606.07073 🔍 (source) Ly \alpha escape fraction f _ { ESC } ^ { Ly \alpha }
40.0 %
Upper
1607.04126 🔍 (source) H \alpha luminosity L ( H \alpha )
1.67e-31 erg s-1
1608.08756 🔍 (source) \alpha viscous stress parameter \alpha
0.002
1609.04021 🔍 (source) diffuse Ly \alpha nebular luminosity L _ { nebula }
5.1e+44 ± 1.0000000000000001e+43 erg s-1
1609.05897 🔍 (source) escape fraction of Ly \alpha photons
5.1 ± 0.2 %
1610.00013 🔍 (source) \alpha emitting region
0.21
Upper
1611.00777 🔍 (source) median Ly \alpha escape fraction f _ { esc } ^ { Ly \alpha }
0.68 ± 0.3
1611.05506 🔍 (source) polarization of the Ly \alpha emission P _ { \%, { Ly } \alpha }
5.0 kpc
1612.00447 🔍 (source) /H \alpha emission line ratio \Delta log ( O/H ) / \Delta R=
-0.026 ± 0.008 dex kpc-1
1612.01996 🔍 (source) Fe K \alpha equivalent width EW
2.5 +2.6-1.0 keV
1701.06721 🔍 (source) H \alpha -emitting portion
-9.0
Upper
1702.05280 🔍 (source) Fe K \alpha emission
6.6850000000000005 +0.28499999999999925-0.28500000000000014 keV
1703.04544 🔍 (source) \alpha emission
-125.0
Lower
1703.05756 🔍 (source) \alpha absorbers N _ { HI }
20.0 cm-2
Lower
1703.05756 🔍 (source) \alpha absorbers log N _ { HI }
20.0 cm-2
Lower
1703.07410 🔍 (source) Fe K \alpha equivalent width
0.18 +0.17-0.12
Lower
1703.07410 🔍 (source) Fe K \alpha equivalent width EW
0.61 +0.27-0.25 keV
1703.07778 🔍 (source) dust-corrected { H \alpha } star formation rates
-7.0 M_\odot yr-1
Upper
1703.08901 🔍 (source) mean broad H \alpha luminosity log L _ { H \alpha }
40.73 ± 0.32 erg s-1
1706.04863 🔍 (source) \alpha -elements abundance \alpha / M ] \right \rangle
-0.1 ± 0.08 dex
1708.01605 🔍 (source) H \alpha narrow-line full-width W _ { NL }
54.8 ± 1.8 km s-1
1708.05683 🔍 (source) \alpha -to-proton temperature ratio
5.25 ± 0.04999999999999982
1709.08228 🔍 (source) average Ly \alpha surface brightness SB _ { Ly \alpha }
6.04e-18 erg s-1 cm-2
1710.01784 🔍 (source) effective Ly \alpha escape fraction f _ { esc } ^ { eff } ( Ly \alpha )
0.23 +0.36-0.17
1710.01784 🔍 (source) IGM transmission to Ly \alpha photons T _ { IGM }
0.2
Lower
1710.10184 🔍 (source) Ly \alpha spatial extent \alpha _ { ext }
5.7 kpc
Upper
1711.07418 🔍 (source) Fe K \alpha emission region
98.0 pc
1711.11449 🔍 (source) extinction-corrected Ly \alpha /H \beta flux ratio f _ { esc } ( Ly \alpha )
98.0 c-1
1712.03964 🔍 (source) H \alpha emission ( EW _ { \mathrm { H } \alpha }
560.0 ± 82.0
1802.08177 🔍 (source) IGM Lyman- \alpha opacity z _ { source }
5.7
Lower
1803.09557 🔍 (source) Ly \alpha rest-frame equivalent width
52.0 ± 22.0
1804.03831 🔍 (source) \alpha modulation
308.0 +26.0-23.0 day
1805.11621 🔍 (source) Ly \alpha peak separation
220.0 ± 20.0 km s-1
1805.11621 🔍 (source) \alpha emission r _
50.0
1806.00316 🔍 (source) \alpha -element abundances
-0.2
Lower
1806.01191 🔍 (source) Ly \alpha luminosity
5.7e+42 erg s-1
1807.03785 🔍 (source) H \alpha emission EW _ { REST }
40.0
1808.02801 🔍 (source) H \alpha star formation rate
0.0047 M_\odot yr-1
1808.05247 🔍 (source) optical depth of \ion He2 Ly \alpha absorption \tau _ { eff }
2.54
Lower
1808.05247 🔍 (source) optical depth of \ion He2 Ly \alpha absorption z
2.54
Lower
1811.00823 🔍 (source) median H \alpha velocity dispersion \sigma
27.0 km s-1
1811.00823 🔍 (source) H \alpha luminosity L _ { H \alpha }
4e+38 erg s-1
1811.03662 🔍 (source) \alpha emission EW _ { 0 }
150.0
Lower
1901.07108 🔍 (source) Fe K \alpha emission line EW _ { \textnormal { rest }
0.5
Lower
1902.02251 🔍 (source) prominent H \alpha emission line L _ { H \alpha }
2.2e+38 ± 2.0000000000000001e+37 erg s-1
1902.09555 🔍 (source) Ly \alpha luminosity \log ( L _ { Ly \alpha } / [ erg s ^ { -1 } ] )
43.0
1903.03131 🔍 (source) total Ly \alpha luminosity
2.5000000000000002e+44 erg s-1
1904.11028 🔍 (source) K \alpha line EW
2.3 ± 0.3 keV
1905.00145 🔍 (source) H \alpha line-of-sight velocity dispersion \sigma _ { line }
426.0 ± 1.0 km s-1
1905.12491 🔍 (source) H \alpha absorption depth
0.68 ± 0.05
1905.12491 🔍 (source) H \alpha absorption depth
0.59 ± 0.07
1907.01158 🔍 (source) \alpha ) ^ { 13 } N rate
4000000000.0 ± 1000000000.0 K
1907.01158 🔍 (source) \alpha ) ^ { 13 } N rate
0.5
1907.07666 🔍 (source) \alpha -element enhancement [ \alpha / Fe ]
0.2 ± 0.2
1909.06376 🔍 (source) \alpha equivalent width EW _ { 0 }
38.0
1909.10518 🔍 (source) Ly \alpha absorption \log ( N _ { H I } / cm ^ { -2 } )
13.7
Upper
1910.00269 🔍 (source) H \alpha activity
-4.16
Lower
1910.00269 🔍 (source) H \alpha activity ( log \mathrm { ( L _ { H \alpha } / L _ { bol } } )
-4.31
Upper
1910.03593 🔍 (source) median Ly \alpha flux
10.0
1910.04771 🔍 (source) Ly \alpha fluxes F _ { \lambda }
7e-18 erg s-1 cm-2
Lower
1911.02284 🔍 (source) Fe \hbox { K } \alpha~ {
7.8
2001.03619 🔍 (source) Ly \alpha luminosity L
2.8e+40 erg s-1
Upper
2001.08206 🔍 (source) \alpha partial widths E _ { x }
11.171 MeV
2001.08206 🔍 (source) \alpha partial widths E _ { x }
11.112
2001.08206 🔍 (source) \alpha partial widths E _ { x }
11.163
2001.08206 🔍 (source) \alpha partial widths E _ { x }
11.169
2001.08221 🔍 (source) H \alpha line width
1950.0 km F W H s-1
2002.05179 🔍 (source) Ly \alpha flux F _ { Ly \alpha }
1.56e-16 ± 1e-17 erg s-1 cm-2
2002.08028 🔍 (source) the H \alpha emission line
55.0 +27.0-31.0
2002.08028 🔍 (source) the H \alpha emission line
122.0 +33.0-67.0 min
Upper
2002.08028 🔍 (source) the H \alpha emission line
49.0 +15.0-14.0
2003.01397 🔍 (source) \ion H \alpha broad emission z _ { sys }
2.213 ± 0.0004
2005.09667 🔍 (source) effective Ly \alpha opacity \tau _ { eff }
2.02
2005.14482 🔍 (source) Ne ( \alpha,n ) ^ {
25.0
2006.02234 🔍 (source) H \alpha luminosity
1.1000000000000001e+36 erg s-1
Upper
2007.03691 🔍 (source) H \alpha emission ( t _ { \text { over } }
1.7 Myr
Upper
2007.12712 🔍 (source) \alpha -enhancement \alpha /Fe ]
0.24 ± 0.1