Accurate calculated tabulations of CO line broadening by H2O, N2, O2, and CO2 in the 200–3000-K temperature range

J. M. Hartmann; L. Rosenmann; M. Y. Perrin; J. Taine

doi:10.1364/AO.27.003063

Applied Optics
Vol. 27,
Issue 15,
pp. 3063-3065
(1988)
•https://doi.org/10.1364/AO.27.003063

Accurate calculated tabulations of CO line broadening by H₂O, N₂, O₂, and CO₂ in the 200–3000-K temperature range

J. M. Hartmann, L. Rosenmann, M. Y. Perrin, and J. Taine

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J. M. Hartmann, L. Rosenmann, M. Y. Perrin, and J. Taine, "Accurate calculated tabulations of CO line broadening by H₂O, N₂, O₂, and CO₂ in the 200–3000-K temperature range," Appl. Opt. 27, 3063-3065 (1988)

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		CO LINE-BROADENING PARAMETERS (γ in 10⁻³ cm⁻³ atm⁻¹)

\|m\|	T_min	CO-CO₂		CO-H₂O		CO-N₂		CO-O₂
\|m\|	T_min	γ(300)	N	γ(300)	N	γ(300)	N	γ(300)	N

1	200	112.	0.76	109.	0.75	76.3	0.76	65.9	0.73
5	200	98.2	0.71	120.	0.81	68.3	0.70	55.7	0.61
9	200	82.0	0.63	127.	0.80	64.4	0.68	51.6	0.50
13	220	65.6	0.54	127.	0.78	61.4	0.66	50.1	0.60
17	290	55.7	0.50	121.	0.73	56.4	0.61	48.2	0.57
21	360	50.5	0.50	118.	0.71	50.8	0.56	46.5	0.56
25	430	44.8	0.48	109.	0.67	47.4	0.53	45.1	0.56
29	500	41.7	0.48	99.5	0.63	43.1	0.49	43.9	0.56
33	570	38.7	0.46	90.4	0.59	38.7	0.45	42.5	0.56
37	640	36.1	0.44	83.5	0.57	34.8	0.40	41.0	0.53
41	700	34.7	0.44	81.7	0.58	33.2	0.38	39.3	0.51
45	780	32.9	0.43	74.3	0.55	32.4	0.40	36.9	0.48
49	850	30.8	0.41	67.8	0.53	29.7	0.37	36.3	0.48
53	910	28.3	0.38	62.6	0.51	27.5	0.35	35.7	0.48
57	980	26.0	0.35	56.3	0.48	25.6	0.33	34.4	0.47
61	1050	23.8	0.32	50.2	0.45	23.8	0.31	33.9	0.47
65	1120	21.8	0.29	44.3	0.41	22.0	0.29	32.8	0.46
69	1190	19.5	0.25	38.5	0.37	20.2	0.26	31.7	0.45
73	1260	17.3	0.20	32.9	0.32	18.7	0.23	30.6	0.44
77	1330	15.4	0.16	27.6	0.26	17.1	0.20	29.5	0.43

	γ^av(300)	N^av(300)	a
CO-H₂O	122.	0.774	0.013
CO-CO₂	85.2	0.829	0.040
CO-N₂	65. S	0.760	0.030
CO-O₂	54.1	0.684	0.029

		CO LINE-BROADENING PARAMETERS (γ in 10⁻³ cm⁻³ atm⁻¹)

\|m\|	T_min	CO-CO₂		CO-H₂O		CO-N₂		CO-O₂
\|m\|	T_min	γ(300)	N	γ(300)	N	γ(300)	N	γ(300)	N

1	200	112.	0.76	109.	0.75	76.3	0.76	65.9	0.73
5	200	98.2	0.71	120.	0.81	68.3	0.70	55.7	0.61
9	200	82.0	0.63	127.	0.80	64.4	0.68	51.6	0.50
13	220	65.6	0.54	127.	0.78	61.4	0.66	50.1	0.60
17	290	55.7	0.50	121.	0.73	56.4	0.61	48.2	0.57
21	360	50.5	0.50	118.	0.71	50.8	0.56	46.5	0.56
25	430	44.8	0.48	109.	0.67	47.4	0.53	45.1	0.56
29	500	41.7	0.48	99.5	0.63	43.1	0.49	43.9	0.56
33	570	38.7	0.46	90.4	0.59	38.7	0.45	42.5	0.56
37	640	36.1	0.44	83.5	0.57	34.8	0.40	41.0	0.53
41	700	34.7	0.44	81.7	0.58	33.2	0.38	39.3	0.51
45	780	32.9	0.43	74.3	0.55	32.4	0.40	36.9	0.48
49	850	30.8	0.41	67.8	0.53	29.7	0.37	36.3	0.48
53	910	28.3	0.38	62.6	0.51	27.5	0.35	35.7	0.48
57	980	26.0	0.35	56.3	0.48	25.6	0.33	34.4	0.47
61	1050	23.8	0.32	50.2	0.45	23.8	0.31	33.9	0.47
65	1120	21.8	0.29	44.3	0.41	22.0	0.29	32.8	0.46
69	1190	19.5	0.25	38.5	0.37	20.2	0.26	31.7	0.45
73	1260	17.3	0.20	32.9	0.32	18.7	0.23	30.6	0.44
77	1330	15.4	0.16	27.6	0.26	17.1	0.20	29.5	0.43

	γ^av(300)	N^av(300)	a
CO-H₂O	122.	0.774	0.013
CO-CO₂	85.2	0.829	0.040
CO-N₂	65. S	0.760	0.030
CO-O₂	54.1	0.684	0.029

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Applied Optics