Suggested: \beta
Suggested: Dimensionless, cm2 g-1
Exclude
Name/Symbol Condition
Name: opacity
Mean: 31.7 ± 163
Median: 1.46
Range: -2 ‒ 1.2e+03
122 results.
arXiv Name Symbol Parsed Bound
astro-ph/9708051 🔍 (source) opacity
2.3 ± 0.3
astro-ph/9710100 🔍 (source) diffuse neutral hydrogen opacity \tau _ { GP }
0.3
astro-ph/9803346 🔍 (source) frequency dependence of the dust opacity \beta
0.53 +0.27-0.17
astro-ph/9812429 🔍 (source) \ion He2 Ly \alpha opacity \tau
1.88
astro-ph/9812429 🔍 (source) average \ion He2 opacity \tau
4.47 +0.48-0.33
astro-ph/0005315 🔍 (source) X-ray opacity \kappa _ { X }
40.0 cm2 g-1
astro-ph/0103458 🔍 (source) grain opacity power law exponents q
0.7
astro-ph/0104150 🔍 (source) opacity molecular cloud
3.0
astro-ph/0205554 🔍 (source) mass opacity coefficient \kappa _ { o }
0.02 cm2 g-1
astro-ph/0303420 🔍 (source) index of the dust opacity coefficient
0.5
Lower
astro-ph/0303420 🔍 (source) index of the dust opacity coefficient \beta
0.7
astro-ph/0306350 🔍 (source) free-free opacity v
0.3
Lower
astro-ph/0309631 🔍 (source) opacity
14.0 cm-3
Upper
astro-ph/0312557 🔍 (source) He ii opacity \tau
5.0 ± 1.0
astro-ph/0402505 🔍 (source) dust opacity index \beta
1.2
astro-ph/0407384 🔍 (source) dust opacity index \beta
2.0
astro-ph/0407433 🔍 (source) dust mass opacity \kappa _ { 1.3 mm }
0.04 cm2 g-1
astro-ph/0411663 🔍 (source) dust opacity A _ { I }
2.25 ± 1.75 mag
astro-ph/0505080 🔍 (source) H i opacity \Delta \tau _ { max }
0.5 ± 0.05
astro-ph/0506225 🔍 (source) mass opacity
0.03 cm2 g-1
astro-ph/0509555 🔍 (source) dust opacity indices
0.5
Lower
astro-ph/0509555 🔍 (source) dust opacity indices \beta
1.6
Upper
astro-ph/0511480 🔍 (source) \gamma -ray opacity \kappa _ { \gamma }
0.026000000000000002 +0.0009999999999999974-0.0010000000000000009 cm2 g-1
astro-ph/0605129 🔍 (source) opacity
1.35 +0.6499999999999999-0.6500000000000001 keV
astro-ph/0606107 🔍 (source) free-free opacity \tau _ { 0 }
1.0
astro-ph/0609122 🔍 (source) steeper opacity indices \beta
1.5
Lower
astro-ph/0611366 🔍 (source) opacity spectral index \beta
1.5 ± 0.3
0704.0463 🔍 (source) mass opacity
1.7 cm2 g-1
0704.0616 🔍 (source) dust opacity \beta
1.0
0704.2140 🔍 (source) mean opacity of spiral discs \tau _ { B } ^ { f }
3.8 ± 0.7
0708.2064 🔍 (source) submm dust opacity index \beta
0.3
Upper
0708.2064 🔍 (source) submm dust opacity index
0.1
Lower
0709.2310 🔍 (source) central face-on B-band opacity \tau _ { B } ^ { f }
4.0
0805.1733 🔍 (source) opacity M _ { c }
30.0
0902.4240 🔍 (source) opacity of the Universe \langle A _ { V } \rangle
0.03 mag
0902.4703 🔍 (source) intergalactic opacity to optical/infrared photons
2.0 m
0904.1207 🔍 (source) dust opacity per gas mass \kappa r
0.16 cm2 g-1
0906.1367 🔍 (source) opacity \tau _ { 0 }
0.05
0906.1367 🔍 (source) opacity
0.005
Lower
0910.1257 🔍 (source) extra optical absorber of opacity \kappa _ { e }
0.05 cm2 g-1
0912.1193 🔍 (source) maximum opacity ( A _ { \mathrm { V } }
20.0 mag
1002.2462 🔍 (source) exponent of dust mass opacity \beta
1.0 ± 1.0
1007.4410 🔍 (source) line opacity
0.26 ± 0.05
1007.4410 🔍 (source) line opacity
0.62 ± 0.11
1008.1950 🔍 (source) dust opacity index \beta
1.1
1008.1950 🔍 (source) opacity index \beta
1.75
1009.2697 🔍 (source) dust opacity coefficient
1.3
Lower
1009.2697 🔍 (source) dust opacity coefficient \beta
0.6 ± 0.1
1011.3817 🔍 (source) millimeter dust opacity index \beta
0.862
1012.3488 🔍 (source) submillimeter opacity power-law index \beta _ { smm }
2.38 +0.20000000000000018-0.19999999999999973
1012.3488 🔍 (source) dust opacity \kappa _ { 850 }
1.475 +0.29499999999999993-0.29500000000000015
1012.3488 🔍 (source) opacity ratios \kappa _ { 850 } / \kappa _ { 2.2 }
4.005 ± 0.7949999999999999
1101.2032 🔍 (source) dust opacity in the solar neighbourhood \tau / N _ { H }
9.2e-26 ± 5e-27 cm2
1101.3003 🔍 (source) dust opacity \kappa ( 250 \mu { m } )
0.125 +0.07500000000000001-0.075 cm2 g-1
1106.4825 🔍 (source) opacity \tau _ { 100 }
0.9 ± 0.2
1107.3515 🔍 (source) X-ray opacity of dust appreciably E _ { X }
1.0 keV
1108.2297 🔍 (source) extra optical opacity \kappa ^ { \prime }
0.35 +0.050000000000000044-0.04999999999999999
1111.5184 🔍 (source) average opacity index \beta
0.26 ± 0.22
1112.5433 🔍 (source) opacity \sigma _ { e } (
1200.0
1202.1840 🔍 (source) opacity correction factor
1.34 ± 0.05
1202.1840 🔍 (source) opacity \Omega _ { HI } ^ { DLA } ( z = 0 )
0.0005400000000000001 ± 9e-05
1204.3093 🔍 (source) total Lyman opacity \tau _ { eff } ^ { Lyman }
0.4 ± 0.15
1210.5094 🔍 (source) dust opacity spectral index \beta
1.8
1211.6475 🔍 (source) opacity ( dust emission cross-section per H nucleon \sigma _ { e }
1200.0
1301.6480 🔍 (source) spectral opacity index \beta
0.6 ± 0.5
1302.1141 🔍 (source) extra opacity
0.012 cm2 g-1
1303.2655 🔍 (source) Rosseland mean opacity
1.0
1305.3604 🔍 (source) dust opacity spectral index \beta
0.0
1305.6896 🔍 (source) opacity index \beta
0.5 ± 0.5
1307.6815 🔍 (source) opacity spectral index \beta _ { mm }
1.54
Lower
1309.3148 🔍 (source) continuum opacity
395.0
1309.3148 🔍 (source) continuum opacity
398.0
1309.3148 🔍 (source) continuum opacity
1.45
1309.3148 🔍 (source) continuum opacity
1.9
1309.3148 🔍 (source) continuum opacity
1.55
1309.3148 🔍 (source) continuum opacity
2.2
1309.3148 🔍 (source) continuum opacity
1.7
1401.7398 🔍 (source) dust opacity
353.0 GHz
1402.6702 🔍 (source) opacity broadening M _ { s }
1.23 ± 0.07000000000000006
1408.0731 🔍 (source) dust opacity \tau
0.44
1412.5965 🔍 (source) dust opacity spectral index \beta
1.8
1501.05965 🔍 (source) opacity law index
1.7
1501.07092 🔍 (source) submillimetre opacity \tau ( 250 \mu { m } ) / \tau ( J )
0.004
1501.07092 🔍 (source) opacity spectral index \beta
1.8
1507.08353 🔍 (source) opacity spectral index \beta
1.0
Upper
1508.03801 🔍 (source) line opacity
13.0
Upper
1508.04423 🔍 (source) opacity broadening factor
2.6 +1.4-1.4000000000000001
1509.08023 🔍 (source) median opacity spectral index \beta
1.84
1509.08652 🔍 (source) opacity T _ { eff }
10.0
1511.09183 🔍 (source) cloud opacity parameter
3.5 ± 1.5
1512.02635 🔍 (source) photoelectric absorption edge opacity \tau _ { HeI }
0.047
Upper
1605.00289 🔍 (source) power-law index of the dust opacity \beta ( R )
1.7
1605.04842 🔍 (source) dust opacity spectral index \beta
1.8
1606.09127 🔍 (source) dust opacity
7.999999999999999e-22 +6.999999999999999e-22-7e-22 cm2
1606.09127 🔍 (source) dust opacity \sigma _ { d }
4.0 K
Upper
1607.06220 🔍 (source) continuum opacity \tau _ { 100 }
1.0
Lower
1611.01279 🔍 (source) opacity
0.05
Upper
1701.01256 🔍 (source) opacity \log T
5.46
Lower
1701.01256 🔍 (source) opacity
5.3
1705.06047 🔍 (source) gamma-ray opacity
0.01
Lower
1705.06047 🔍 (source) gamma-ray opacity \kappa _ { \gamma }
0.82 cm2 g-1
1706.04771 🔍 (source) subtle intergalactic opacity
1e-07 mag h Gpc-1
1710.03232 🔍 (source) far-UV opacity gradient d \tau _ { eff } / dz
15.0
Lower
1710.03232 🔍 (source) far-UV opacity gradient \log N _ { HI }
15.0
Lower
1711.09425 🔍 (source) opacity spectral index \beta
1.7 ± 0.19999999999999996
1711.09425 🔍 (source) opacity spectral index \beta
1.7
1801.02188 🔍 (source) Rosseland Mean Opacity
2110000.0 K
1802.08177 🔍 (source) IGM Lyman- \alpha opacity z _ { source }
5.7
Lower
1805.00494 🔍 (source) dust opacity index \beta
1.0
1809.00864 🔍 (source) dust opacity spectral index \beta
1.9
1809.08958 🔍 (source) opacity \log T
6.35
1902.09932 🔍 (source) mm dust opacity \kappa _ { mm }
2.0 cm2 g-1
Upper
1902.09932 🔍 (source) mm dust opacity \kappa _ { mm }
2.0 cm2 g-1
1904.03043 🔍 (source) opacity exponent \beta
-2.0
1909.05102 🔍 (source) B-band intergalactic opacity \lambda _ { B }
0.1 ± 0.03 Gpc-1
1912.02327 🔍 (source) cosmic opacity \sigma _ { \epsilon }
0.006
1912.02327 🔍 (source) cosmic opacity
0.011
2001.00055 🔍 (source) opacity
0.55 +0.44999999999999996-0.45000000000000007 Gyr
2005.09667 🔍 (source) effective Ly \alpha opacity \tau _ { eff }
2.02
2006.02812 🔍 (source) dust opacity \kappa _ { 9 mm }
0.28 cm2 g-1
2006.02812 🔍 (source) maximum dust opacity \kappa _ { 1.3 mm }
2.3 cm2 g-1
2006.02812 🔍 (source) dust opacity index \beta
0.5