J/ApJS/95/535 Infrared CO line list for X 1Σ+ state (Goorvitch, 1994)
Infrared CO line list for the X 1Σ+ state
Goorvitch D.
<Astrophys. J. Suppl. Ser. 95, 535 (1994)>
=1994ApJS...95..535G 1994ApJS...95..535G (SIMBAD/NED Reference)
ADC_Keywords: Atomic physics ; Radio lines
Keywords: molecular data
Abstract:
A complete line list with improved accuracy for all the rotation-
vibration transitions of the fundamental, first, and second overtone
bands up to nu=20 and J=149 of the ground state X 1Σ+ of the
seven CO isotopes - 12C16O, 13C16O, 12C17O, 12C18O, 13C18O, 14C16O,
and 13C17O - is made available to the astronomical community. A line
list of the pure rotational transitions up to nu=5 and J=60 is also
made available for these seven isotopes. This line list contains the
transition frequency, the lower state energy, the Einstein A-value,
the gf-value, the transition strength at 3000K or 1000K for the pure
rotational transitions, the expectation value of the effective dipole
moment operator, and the quantum numbers of each transition.
Individual partition functions are reported in the temperature range
of 500 to 10,000K.
Author's Address:
Goorvitch D.
Space Sciences Division, NASA Ames Research Center,
Moffett Field, CA 94035-1000
File Summary:
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FileName Lrecl Records Explanations
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ReadMe 80 . This file
readme.doc 79 131 Author-supplied documentation
table6.dat 74 21 Transition frequencies, gf values, and J values
for the bandheads of the R-branch overtone
bands of 12C16O
table6.tex 102 47 LaTeX version of Table 6
table7.dat 86 6 Rotationless dipole moments, M(0), for the
pure rotational transitions (D)
table7.tex 122 50 LaTeX version of Table 7
table8.dat 64 42 Polynomial fits to [F(m)]^{1/2} for the pure
rotational transitions
table8.tex 85 187 LaTeX version of Table 8
table9.dat 72 147 Line list of 12C16O Delta v = +1 transitions
table9.tex 104 307 LaTeX version of Table 9
table10.dat 72 147 Line list of 12C16O Delta v = +2 transitions
table10.tex 103 307 LateX version of Table 10
table11.dat 72 147 Line list of 12C16O Delta v = +3 transitions
table11.tex 104 307 LaTeX version of Table 11
table12.dat 75 2562 Complete line list of the pure rotational
transitions
table13.dat 75 43953 Complete line list of the fundamental
transitions
table14.dat 75 43953 Complete line list of the first overtone
transitions
table15.dat 75 43953 Complete line list of the second overtone
transitions
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Byte-by-byte Description of file: table6.dat
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Bytes Format Units Label Explanations
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1- 2 I2 --- v Lower state vibrational quantum number
4- 13 F10.4 cm-1 sigma1 Frequency, fundamental
15- 23 E9.3 --- log(gf1) gf-value, fundamental
25- 26 I2 --- J1 J-value, fundamental
28- 37 F10.4 cm-1 sigma2 Frequency, first overtone
39- 47 E9.3 --- log(gf2) gf-value, first overtone
49- 50 I2 --- J2 J-value, first overtone
52- 61 F10.4 cm-1 sigma3 Frequency, second overtone
63- 71 E9.3 --- log(gf3) gf-value, second overtone
73- 74 I2 --- J3 J-value, second overtone
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Byte-by-byte Description of file: table7.dat
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Bytes Format Units Label Explanations
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2 I1 --- v Vibrational quantum number
4- 14 E11.4 D M26 Rotationless dipole moment, 12C16O
16- 26 E11.4 D M36 Rotationless dipole moment, 13C16O
28- 38 E11.4 D M28 Rotationless dipole moment, 12C18O
40- 50 E11.4 D M27 Rotationless dipole moment, 12C17O
52- 62 E11.4 D M38 Rotationless dipole moment, 13C18O
64- 74 E11.4 D M46 Rotationless dipole moment, 14C16O
76- 86 E11.4 D M37 Rotationless dipole moment, 13C17O
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Byte-by-byte Description of file: table8.dat
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Bytes Format Units Label Explanations
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1- 2 A2 --- Isotope Code for the isotope, e.g. '26' for 12C16O
4 I1 --- v Vibrational quantum number
6- 16 E11.4 --- b0 b_0 coefficient
18- 28 E11.4 --- b1 b_1 coefficient
30- 40 E11.4 --- b2 b_2 coefficient
42- 52 E11.4 --- b3 b_3 coefficient
54- 64 E11.4 --- b4 b_4 coefficient
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Byte-by-byte Description of files: table9.dat, table10.dat, table11.dat
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Bytes Format Units Label Explanations
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1- 9 F9.4 cm-1 sigma Transition frequency
11- 19 E9.3 D2 R2 Expectation value, effective electric dipole
matrix operator squared
21- 29 E9.3 Hz A Einstein transition probability (A-value)
31- 40 F10.4 cm-1 E Lower state term energy, lowest level = 0
42- 50 E9.3 --- log(gf) gf-value
52- 60 E9.3 cm/mol S Strength evaluated at T = 3000 K
62- 63 I2 --- vu Upper state vibrational quantum number
65- 66 I2 --- vl Lower state vibrational quantum number
68 A1 --- Type [RP] Transition type
70- 72 I3 --- Jl Lower state angular momentum number
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Byte-by-byte Description of files: table1[2345].dat
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Bytes Format Units Label Explanations
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1- 9 F9.4 cm-1 sigma Transition frequency
11- 19 E9.3 D2 R2 Expectation value, effective electric dipole
matrix operator squared
21- 29 E9.3 Hz A Einstein transition probability (A-value)
31- 40 F10.4 cm-1 E Lower state term energy, lowest level = 0
42- 50 E9.3 --- log(gf) gf-value
52- 60 E9.3 cm/mol S Strength evaluated at T = 3000 K
62- 63 I2 --- vu Upper state vibrational quantum number
65- 66 I2 --- vl Lower state vibrational quantum number
68 A1 --- Type [RP] Transition type
69- 72 I4 --- Jl Lower state angular momentum number
74- 75 A2 --- Isotope Code for the isotope, e.g. '26' for 12C16O
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Origin: AAS CD-ROM series, Volume 3, 1995
(End) Lee Brotzman [ADS] 16-Nov-94, Patricia Bauer [CDS] 16-Feb-1995