“分子氢”的版本间差异
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（创建页面，内容为“*Mid-infrared molecular hydrogen (H2) emission is a powerful cooling agent in galaxy mergers and in radio galaxies; （ rotational transition）[https://arxiv.org/ab...”） |
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*Mid-infrared molecular hydrogen (H2) emission is a powerful cooling agent in galaxy mergers and in radio galaxies; （ rotational transition）[https://arxiv.org/abs/1805.09926] |
*Mid-infrared molecular hydrogen (H2) emission is a powerful cooling agent in galaxy mergers and in radio galaxies; （ rotational transition）[https://arxiv.org/abs/1805.09926] |
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Table 1. H2 Rotational Transitionsa |
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Notation b Transition c Rest λµm d Eu=k [K] e A [10−7 s−1] f g (J) g |
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S(0) J = 2 - 0 28.219 510 0.00029 5 |
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S(1) J = 3 - 1 17.035 1015 0.00476 21 |
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S(2) J = 4 - 2 12.279 1682 0.0276 9 |
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S(3) J = 5 - 3 9.665 2504 0.0984 33 |
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S(4) J = 6 - 4 8.025 3474 0.264 13 |
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S(5) J = 7 - 5 6.910 4586 0.588 45 |
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S(6) J = 8 - 6 6.109 5829 1.14 17 |
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S(7) J = 9 - 7 5.511 7197 2.00 57 |
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2018年5月28日 (一) 02:43的版本
- Mid-infrared molecular hydrogen (H2) emission is a powerful cooling agent in galaxy mergers and in radio galaxies; （ rotational transition）[1]
Table 1. H2 Rotational Transitionsa Notation b Transition c Rest λµm d Eu=k [K] e A [10−7 s−1] f g (J) g S(0) J = 2 - 0 28.219 510 0.00029 5 S(1) J = 3 - 1 17.035 1015 0.00476 21 S(2) J = 4 - 2 12.279 1682 0.0276 9 S(3) J = 5 - 3 9.665 2504 0.0984 33 S(4) J = 6 - 4 8.025 3474 0.264 13 S(5) J = 7 - 5 6.910 4586 0.588 45 S(6) J = 8 - 6 6.109 5829 1.14 17 S(7) J = 9 - 7 5.511 7197 2.00 57