H2, HD, H2O, OH and CO Lines in the ISO Range
This list of H2, HD, H2O,
OH and CO Lines in the 2.4-187 micron range was kindly provided by Ewine van
Dishoeck.
===============================================================================
MOLECULAR LINE LIST: H2, HD, H2O, OH, CO
===================
Compiled by E.F. van Dishoeck July 19, 1994
===============================================================================
Species Transition Lambda (mu) E_l (cm-1) Reference
-------------------------------------------------------------------------------
H2 (1,0) Q(1) 2.4065914 118.49 Bragg et al. 1982
H2 (2,1) Q(1) 2.5510 118.49 Black & van Dishoeck 1987
H2 (2,1) Q(3) 2.5698 705.52 Black & van Dishoeck 1987
H2 (2,1) Q(5) 2.6040 1740.24 Black & van Dishoeck 1987
H2 (1,0) O(2) 2.6269 354.37 Black & van Dishoeck 1987
H2 (1,0) O(3) 2.8025 705.52 Black & van Dishoeck 1987
H2 (1,0) O(5) 3.2350 1740.24 Black & van Dishoeck 1987
H2 (0,0) S(13) 3.8468 9580.75 Jennings et al. 1985 constants
H2 (0,0) S(11) 4.1813 7148.71 Jennings et al. 1985 constants
H2 (0,0) S(10) 4.4099 6039.15 Jennings et al. 1985 constants
H2 (0,0) S(9) 4.69461 5005.73 Jennings et al. 1987
H2 (0,0) S(8) 5.05303 4053.51 Jennings et al. 1987
H2 (0,0) S(7) 5.51116 3188.05 Jennings et al. 1987
H2 (0,0) S(6) 6.10856 2415.08 Jennings et al. 1987
H2 (0,0) S(5) 6.90952 1740.24 Jennings et al. 1987
H2 (0,0) S(4) 8.02505 1168.81 Jennings et al. 1987
H2 (0,0) S(3) 9.66491 705.52 Jennings et al. 1987
HD (0,0) R(10) 11.57346 4627.07 Ulivi et al. 1991
H2 (0,0) S(2) 12.27861 354.37 Jennings et al. 1987
HD (0,0) R(9) 12.47181 3825.27 Ulivi et al. 1991
HD (0,0) R(8) 13.59265 3089.58 Ulivi et al. 1991
HD (0,0) R(7) 15.25104 2423.88 Ulivi et al. 1991
HD (0,0) R(6) 16.89381 1831.95 Ulivi et al. 1991
H2 (0,0) S(1) 17.03483 118.49 Jennings et al. 1987
p-H2O 5_51-4_04 19.2300 222.05 HITRAN
HD (0,0) R(5) 19.43100 1317.31 Ulivi et al. 1991
o-H2O 5_50-4_23 22.6391 300.36 HITRAN
HD (0,0) R(4) 23.03376 883.16 Ulivi et al. 1991
OH 1/2-3/2 9/2-7/2 24.614 201.93 Offer & van Dishoeck 1992
OH 1/2-3/2 9/2-7/2 24.642 202.38 Offer & van Dishoeck 1992
o-H2O 5_41-4_14 25.9402 224.84 HITRAN
H2 (0,0) S(0) 28.21883 0.00 Jennings et al. 1987
HD (0,0) R(3) 28.50197 532.31 Ulivi et al. 1991
p-H2O 4_40-3_13 28.9138 142.28 HITRAN
OH 1/2-3/2 7/2-5/2 28.939 83.72 Offer & van Dishoeck 1992
OH 1/2-3/2 7/2-5/2 28.940 83.92 Offer & van Dishoeck 1992
o-H2O 7_25-6_16 29.8363 447.25 HITRAN
p-H2O 5_42-4_13 29.8849 275.50 HITRAN
o-H2O 4_41-3_12 31.7715 173.37 HITRAN
OH 1/2-3/2 5/2--3/2+ 3-2 34.6034 0.06 HITRAN
OH 1/2-3/2 5/2--3/2+ 2-1 34.6034 0.06 HITRAN
OH 1/2-3/2 5/2+-3/2- 3-2 34.6294 0.00 HITRAN
OH 1/2-3/2 5/2+-3/2- 2-1 34.6293 0.00 HITRAN
p-H2O 5_33-4_04 35.4710 222.05 HITRAN
HD (0,0) R(2) 37.70155 267.07 Ulivi et al. 1991
o-H2O 4_41-4_14 37.9839 224.84 HITRAN
OH 1/2-3/2 9/2--9/2+ 5-5 39.5139 355.12 HITRAN
OH 1/2-3/2 9/2--9/2+ 4-4 39.5144 355.12 HITRAN
OH 1/2-3/2 9/2+-9/2- 5-5 39.6378 355.92 HITRAN
OH 1/2-3/2 9/2+-9/2- 4-4 39.6380 355.92 HITRAN
o-H2O 6_43-5_32 40.3367 508.81 HITRAN
o-H2O 4_32-3_03 40.6904 136.76 HITRAN
OH 1/2-3/2 7/2+-7/2- 4-4 43.9497 201.93 HITRAN
OH 1/2-3/2 7/2+-7/2- 3-3 43.9503 201.93 HITRAN
OH 1/2-3/2 7/2--7/2+ 4-4 44.0723 202.38 HITRAN
OH 1/2-3/2 7/2--7/2+ 3-3 44.0724 202.38 HITRAN
o-H2O 5_23-4_14 45.1112 224.84 HITRAN
p-H2O 3_31-2_02 46.4835 70.09 HITRAN
p-H2O 4_40-4_13 47.0285 275.50 HITRAN
o-H2O 5_32_4_23 47.9723 300.36 HITRAN
OH 1/2-3/2 5/2--5/2+ 3-3 48.7040 83.72 HITRAN
OH 1/2-3/2 5/2--5/2+ 2-2 48.7044 83.72 HITRAN
OH 1/2-3/2 5/2+-5/2- 3-3 48.8168 83.72 HITRAN
OH 1/2-3/2 5/2+-5/2- 2-2 48.8168 83.72 HITRAN
p-H2O 4_40-3_31 49.2808 285.22 HITRAN
o-H2O 4_41-3_30 49.3357 285.42 HITRAN
OH 3/2-3/2 11/2+-9/2- 6-5 52.9339 355.92 HITRAN
OH 3/2-3/2 11/2+-9/2- 5-4 52.9338 355.92 HITRAN
OH 3/2-3/2 11/2--9/2+ 6-5 53.0572 355.12 HITRAN
OH 3/2-3/2 11/2--9/2+ 5-4 53.0571 355.12 HITRAN
OH 1/2-3/2 3/2--3/2+ 2-2 53.3513 0.05 HITRAN
OH 1/2-3/2 3/2--3/2+ 1-1 53.3509 0.05 HITRAN
OH 1/2-3/2 3/2+-3/2- 2-2 53.2614 0.05 HITRAN
OH 1/2-3/2 3/2+-3/2- 1-1 53.2616 0.05 HITRAN
OH 1/2-1/2 9/2--7/2+ 5-4 55.9497 429.47 HITRAN
OH 1/2-1/2 9/2--7/2+ 4-3 55.9497 429.47 HITRAN
OH 1/2-1/2 9/2+-7/2- 5-4 55.8908 429.47 HITRAN
OH 1/2-1/2 9/2+-7/2- 4-3 55.8909 429.47 HITRAN
HD (0,0) R(1) 56.22975 89.23 Ulivi et al. 1991
p-H2O 4_31-3_22 56.3242 206.30 HITRAN
p-H2O 4_22-3_13 57.6361 142.28 HITRAN
o-H2O 4_32-3_21 58.6982 212.16 HITRAN
p-H2O 4_31-4_04 61.8084 222.05 HITRAN
p-H2O 8_08-7_17 63.4570 586.48 HITRAN
OH 3/2-3/2 9/2--7/2+ 5-4 65.1315 202.38 HITRAN
OH 3/2-3/2 9/2--7/2+ 4-3 65.1314 202.38 HITRAN
OH 3/2-3/2 9/2+-7/2- 5-4 65.2788 201.93 HITRAN
OH 3/2-3/2 9/2+-7/2- 4-3 65.2786 201.93 HITRAN
o-H2O 3_30-2_21 66.4372 134.90 HITRAN
p-H2O 3_31-2_20 67.0886 136.16 HITRAN
o-H2O 3_30-3_03 67.2689 136.76 HITRAN
CO 38-37 69.0744058 2690.99 Varberg & Evanson 1992
CO 37-36 70.9072390 2549.96 Varberg & Evanson 1992
p-H2O 5_24-4_13 71.0662 275.50 HITRAN
OH 1/2-1/2 7/2--5/2+ 4-3 71.170752 288.77 Varberg & Evanson 1993
OH 1/2-1/2 7/2--5/2+ 3-2 71.170850 288.77 Varberg & Evanson 1993
OH 1/2-1/2 7/2+-5/2- 4-3 71.215827 289.05 Varberg & Evanson 1993
OH 1/2-1/2 7/2+-5/2- 3-2 71.215869 289.05 Varberg & Evanson 1993
o-H2O 7_07-6_16 71.9460 447.25 HITRAN
CO 36-35 72.8428544 2412.68 Varberg & Evanson 1992
CO 35-34 74.8900599 2279.15 Varberg & Evanson 1992
o-H2O 3_21-2_12 75.3804 79.50 HITRAN
CO 34-33 77.0586994 2149.38 Varberg & Evanson 1992
o-H2O 4_23-3_12 78.7414 173.37 HITRAN
OH 1/2-3/2 1/2--3/2+ 1-2 79.117296 0.00 Varberg & Evanson 1993
OH 1/2-3/2 1/2--3/2+ 0-1 79.118034 0.00 Varberg & Evanson 1993
OH 1/2-3/2 1/2+-3/2- 1-2 79.181726 0.06 Varberg & Evanson 1993
OH 1/2-3/2 1/2+-3/2- 0-1 79.180928 0.06 Varberg & Evanson 1993
CO 33-32 79.3598104 2023.37 Varberg & Evanson 1992
CO 32-31 81.8058100 1901.13 Varberg & Evanson 1992
o-H2O 6_16-5_05 82.0304 325.35 HITRAN
p-H2O 6_06-5_15 83.2831 326.63 HITRAN
CO 31-30 84.4107173 1782.66 Varberg & Evanson 1992
OH 3/2-3/2 7/2+-5/2- 4-3 84.420391 83.93 Varberg & Evanson 1993
OH 3/2-3/2 7/2+-5/2- 3-2 84.419938 83.93 Varberg & Evanson 1993
OH 3/2-3/2 7/2--5/2+ 4-3 84.596825 83.72 Varberg & Evanson 1993
OH 3/2-3/2 7/2--5/2+ 3-2 84.596312 83.72 Varberg & Evanson 1993
CO 30-29 87.1904213 1667.97 Varberg & Evanson 1992
p-H2O 3_22-2_11 89.9878 95.18 HITRAN
CO 29-28 90.1630019 1557.06 Varberg & Evanson 1992
CO 28-27 93.3491227 1449.94 Varberg & Evanson 1992
p-H2O 5_15-4_04 95.6263 222.05 HITRAN
OH 3/2-1/2 3/2+-5/2- 2-3 96.312205 83.92 Varberg & Evanson 1993
OH 3/2-1/2 3/2+-5/2- 1-2 96.313812 83.92 Varberg & Evanson 1993
OH 3/2-1/2 3/2--5/2+ 2-3 96.367469 83.72 Varberg & Evanson 1993
OH 3/2-1/2 3/2--5/2+ 1-2 96.367404 83.72 Varberg & Evanson 1993
CO 27-26 96.7725080 1346.60 Varberg & Evanson 1992
OH 1/2-1/2 5/2--3/2+ 3-2 98.724877 187.75 Varberg & Evanson 1993
OH 1/2-1/2 5/2--3/2+ 2-1 98.724920 187.75 Varberg & Evanson 1993
OH 1/2-1/2 5/2+-3/2- 3-2 98.736890 187.49 Varberg & Evanson 1993
OH 1/2-1/2 5/2+-3/2- 2-1 98.737085 187.49 Varberg & Evanson 1993
o-H2O 5_05-4_14 99.4924 224.84 HITRAN
CO 26-25 100.4605323 1247.06 Varberg & Evanson 1992
o-H2O 5_14-4_23 100.9127 300.36 HITRAN
p-H2O 2_20-1_11 100.9828 37.14 HITRAN
p-H218O 2_20-1_11 102.004 36.75 HITRAN
CO 25-24 104.4449505 1151.32 Varberg & Evanson 1992
o-H2O 2_21-1_10 108.0730 42.37 HITRAN
CO 24-23 108.7628094 1059.37 Varberg & Evanson 1992
o-H218O 2_21-1_10 109.347 42.02 HITRAN
HD (0,0) R(0) 112.07251 0.00 Ulivi et al. 1991
CO 23-22 113.4575993 971.23 Varberg & Evanson 1992
o-H2O 4_14-3_03 113.5366 136.76 HITRAN
OH 1/2-3/2 5/2+-7/2- 3-4 115.1530 201.93 HITRAN
OH 1/2-3/2 5/2+-7/2- 2-3 115.1541 201.93 HITRAN
OH 1/2-3/2 5/2--7/2+ 3-4 115.3858 202.38 HITRAN
OH 1/2-3/2 5/2--7/2+ 2-3 115.3890 202.38 HITRAN
o-H2O 7_34-6_43 116.7836 85.63 HITRAN
CO 22-21 118.5807176 886.90 Varberg & Evanson 1992
OH 3/2-3/2 5/2--3/2+ 3-2 119.234182 0.06 Varberg & Evanson 1993
OH 3/2-3/2 5/2--3/2+ 2-1 119.232438 0.06 Varberg & Evanson 1993
OH 3/2-3/2 5/2+-3/2- 3-2 119.441669 0.00 Varberg & Evanson 1993
OH 3/2-3/2 5/2+-3/2- 2-1 119.439806 0.00 Varberg & Evanson 1993
18OH 3/2-3/2 5/2+-3/2- 3-2 119.9659 0.06 Comben et al. 1986
18OH 3/2-3/2 5/2+-3/2- 2-1 119.9641 0.06 Comben et al. 1986
18OH 3/2-3/2 5/2--3/2+ 3-2 120.1726 0.00 Comben et al. 1986
18OH 3/2-3/2 5/2--3/2+ 2-1 120.1707 0.00 Comben et al. 1986
o-H2O 4_32-4_23 121.7191 300.36 HITRAN
CO 21-20 124.1933521 806.38 Varberg & Evanson 1992
p-H2O 4_04-3_13 125.3534 142.28 HITRAN
p-H2O 3_31-3_22 126.7126 206.30 HITRAN
CO 20-19 130.3689279 729.68 Varberg & Evanson 1992
o-H2O 4_23-4_14 132.4070 224.84 HITRAN
OH 1/2-3/2 7/2--9/2+ 4-5 134.8449 355.12 HITRAN
OH 1/2-3/2 7/2--9/2+ 3-4 134.8476 355.12 HITRAN
OH 1/2-3/2 7/2+-9/2- 4-5 134.9642 355.91 HITRAN
OH 1/2-3/2 7/2+-9/2- 3-4 134.9696 355.91 HITRAN
o-H2O 5_14-5_05 134.9346 325.35 HITRAN
o-H2O 3_30-3_21 136.4944 212.16 HITRAN
CO 19-18 137.1963285 656.79 Varberg & Evanson 1992
p-H2O 3_13-2_02 138.5272 70.09 HITRAN
p-H2O 4_13-3_22 144.5181 206.30 HITRAN
CO 18-17 144.7841891 587.72 Varberg & Evanson 1992
CO 17-16 153.2667064 522.48 Varberg & Evanson 1992
p-H2O 3_22-3_13 156.1930 142.28 HITRAN
p-H2O 3_31-4_04 158.3090 222.05 HITRAN
CO 16-15 162.8116263 461.05 Varberg & Evanson 1992
OH 1/2-1/2 3/2+-1/2- 2-1 163.124275 126.45 Varberg & Evanson 1993
OH 1/2-1/2 3/2+-1/2- 1-0 163.122481 126.45 Varberg & Evanson 1993
OH 1/2-1/2 3/2--1/2+ 2-1 163.397176 126.29 Varberg & Evanson 1993
OH 1/2-1/2 3/2--1/2+ 1-0 163.396902 126.29 Varberg & Evanson 1993
CO 15-14 173.6314272 403.46 Varberg & Evanson 1992
o-H2O 3_03-2_12 174.6264 79.50 HITRAN
o-H2O 2_12-1_01 179.5265 23.79 HITRAN
o-H2O 2_21-2_12 180.4880 79.50 HITRAN
o-H218O 2_12-1_01 181.051 23.76 HITRAN
CO 14-13 185.9992957 349.70 Varberg & Evanson 1992
p-H2O 4_13-4_04 187.1104 222.05 HITRAN
==============================================================================
REFERENCES
==========
Black, J.H. & van Dishoeck, E.F. 1987, ApJ 322, 412.
Bragg, S.L., Brault, J.W. & Smith, W.H. 1982, ApJ 263, 999.
Comben, E.R., Brown, J.M., Steimle, T.C., Leopold, K.R. & Evenson, K.M. 1986,
ApJ 305, 513.
Jennings, D.E., Rahn, L.A. & Owyoung, A. 1985, ApJ 291, L15.
Jennings, D.E., Weber, A. & Brault, J.W. 1987, J. Mol. Spectr. 126, 19.
Offer, A. & van Dishoeck, E.F. 1992, MNRAS 257, 377.
Rothman, L.S. et al. The HITRAN MOLECULAR DATABASE 1992, J. Quant. Spectr. Rad.
Transfer 48, 469.
Ulivi, L., De Natale, P. & Inguscio, M. 1991, ApJ 378, L29.
Varberg, T.D. & Evenson, K.M. 1992, ApJ 385, 763.
Varberg, T.D. & Evenson, K.M. 1993, J. Mol. Spectr. 157, 55.
NOTES
=====
1. All wavelengths are in vacuum. E_l indicates energy of lower level.
To convert E_l from cm-1 to K, multiply by 1.43883.
2. Only selected H2 vibration-rotation lines are listed. For additional
lines, see Black & van Dishoeck 1987.
3. For OH, all pure rotational lines with E_l < 300 cm-1 in the ISO wavelength
range are listed, plus selected additional lines. The quantum numbers refer to
Omega'-Omega'', j'p'-j''p'', F'-F''. Each rotational transition thus consists
of two lambda doubling transitions (which are resolved by the LWS-Fabry
Perot), and a number of hyperfine transitions (which are generally
unresolved). Only the strongest hyperfine components are listed; other
components are at least a factor 10 weaker. The HITRAN wavelengths agree
well with the Varberg & Evenson 1993 values within the stated accuracy.
4. For H2O, all pure rotational lines with E_l < 300 cm-1 in the ISO
wavelength range are listed, plus some popular additional lines. The HITRAN
wavelengths for longer wavelength transitions outside the ISO range agree well
with those tabulated by Pearson et al. 1991, ApJ 379, L41.
===============================================================================
Received: 26-Sep-1995
By courtesy of: Ewine van Dishoeck (ewine@strwchem.strw.LeidenUniv.nl)
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