Submillimeter laser wavelength tables

M. Rosenbluh; R. J. Temkin; K. J. Button

doi:10.1364/AO.15.002635

Applied Optics
Vol. 15,
Issue 11,
pp. 2635-2644
(1976)
•https://doi.org/10.1364/AO.15.002635

Submillimeter laser wavelength tables

M. Rosenbluh, R. J. Temkin, and K. J. Button

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M. Rosenbluh, R. J. Temkin, and K. J. Button, "Submillimeter laser wavelength tables," Appl. Opt. 15, 2635-2644 (1976)

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Abstract

Tables are presented that list submillimeter laser lines observed in the optical pumping of molecular gases with CO₂ laser radiation. The lines have been obtained from previous publications by various authors and are in the wavelength range from 34 μm to 1.965 mm. One table lists, for each gas, the submillimeter wavelengths observed, the line of the CO₂ pump laser, references to the literature, and, where available, the polarization and power of the submillimeter laser and the power of the CO₂ pump laser. A second table lists all the observed laser wavelengths in numerical order together with the gas in which each line was observed. These tables should be useful to researchers working with submillimeter lasers.

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Tables (3)

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	Gas	Liquid (l) or gas (g) at STP	Name
1	C¹²H₃F	g	Fluoromethane, methyl fluoride
2	C¹³H₃F	g	Methyl fluoride (isotopically enriched)
3	CH₃CF₃	g	1,1,1 Trifluoroethane
4	CH₃CHF₂	g	1,1 Difluoroethane, ethylidene fluoride
5	CH₃CH₂F	g	Fluoroethane, ethyl fluoride
6	CH₃CCH	g	Propyne, methylacetylene, propine
7	CH₃OCH₃	g	Dimethyl ether, methoxy-methane, methyl ether
8	CH₃OH	l	Methanol, carbinol, methyl alcohol, wood alcohol
9	CH₃OD	l	Methanol-d, O-deuteromethanol
10	CD₃OD	l	Methan-d³-ol-d, deuteroxy trideutero-methane, tetradeuteromethanol
11	CH₃CN	l	Nitrile acetic acid, acetonitrile, cyanomethane, ethanenitrile, methyl cyanide
12	CH₃NH₂	g	Aminomethane, methylamine
13	CH₃Cl	g	Chloromethane, methyl chloride
14	CH₃Br	l	Bromomethane, methyl bromide
15	CH₃I	l	Iodomethane, methyl iodide
16	HCOOH	l	Formic acid, methanoic acid
17	CH₂Cl₂	l	Dichloromethane, methylene chloride
18	CH₂CHCN	l	Nitrile propenoic acid, acrylonitrile, vinyl cyanide
19	CH₂CF₂	g	1,1 Difluoroethene, vinylidine fluoride
20	CH₂CHCl	g	Chloroethene, vinyl chloride
21	C₂H₄(OH)₂	l	1,2 Ethanediol, dihydroxy-ethane, ethylene glycol, glycol. HOCH₂CH₂OH
22	C₂H₅OH	l	Ethanol, alcohol, ethyl alcohol, methyl carbinol
23	C₂H₅Cl	l	Chloroethane, ethyl chloride
24	NH₃	g	Ammonia
25	O₃	g	Ozone
26	D₂O	l	Deuterium oxide, heavy water

	Gas	Liquid (l) or gas (g) at STP	Name
1	C¹²H₃F	g	Fluoromethane, methyl fluoride
2	C¹³H₃F	g	Methyl fluoride (isotopically enriched)
3	CH₃CF₃	g	1,1,1 Trifluoroethane
4	CH₃CHF₂	g	1,1 Difluoroethane, ethylidene fluoride
5	CH₃CH₂F	g	Fluoroethane, ethyl fluoride
6	CH₃CCH	g	Propyne, methylacetylene, propine
7	CH₃OCH₃	g	Dimethyl ether, methoxy-methane, methyl ether
8	CH₃OH	l	Methanol, carbinol, methyl alcohol, wood alcohol
9	CH₃OD	l	Methanol-d, O-deuteromethanol
10	CD₃OD	l	Methan-d³-ol-d, deuteroxy trideutero-methane, tetradeuteromethanol
11	CH₃CN	l	Nitrile acetic acid, acetonitrile, cyanomethane, ethanenitrile, methyl cyanide
12	CH₃NH₂	g	Aminomethane, methylamine
13	CH₃Cl	g	Chloromethane, methyl chloride
14	CH₃Br	l	Bromomethane, methyl bromide
15	CH₃I	l	Iodomethane, methyl iodide
16	HCOOH	l	Formic acid, methanoic acid
17	CH₂Cl₂	l	Dichloromethane, methylene chloride
18	CH₂CHCN	l	Nitrile propenoic acid, acrylonitrile, vinyl cyanide
19	CH₂CF₂	g	1,1 Difluoroethene, vinylidine fluoride
20	CH₂CHCl	g	Chloroethene, vinyl chloride
21	C₂H₄(OH)₂	l	1,2 Ethanediol, dihydroxy-ethane, ethylene glycol, glycol. HOCH₂CH₂OH
22	C₂H₅OH	l	Ethanol, alcohol, ethyl alcohol, methyl carbinol
23	C₂H₅Cl	l	Chloroethane, ethyl chloride
24	NH₃	g	Ammonia
25	O₃	g	Ozone
26	D₂O	l	Deuterium oxide, heavy water

λ (μm)	CO₂ line	Pol.	CO₂ source	W_in	mW_out	Ref.
C¹²H₃F (1)
190.3	9P30	—	T	—	—	4
192.78	10R32	//	C	55	4.7	3
195.0	9R42	—	T	—	—	4
199.14	10R32	//	C	—	—	3
200.3	9R40	—	T	—	—	4
215.3	9R36	—	T	—	—	4
251.91	10R34	//	C	83	0.17	3
372.68	9P50	//	C	14	5.8	3
397.51	9P50	//	C	—	—	3
419	9P20	—	T	10 MW	0.1 kW	16,25
451.903	9P20	⊥	Q	1.5 kW	<0.1 W	1,2
451.924	9P20	⊥	Q	1.5 kW	<0.1 W	1,2
496.072	9P20	⊥	Q	1.5 kW	<0.1 W	1
			C	10–20	1	2
496.105	9P20	⊥	Q	1.5 kW	0.1 W	1
			C	50	13	3
			T	10 MW	10 kW	31,32
			CW	7.6	3.0	20
541.113	9P20	⊥	Q	1.5 kW	<0.1	1,2
541.147	9P20	⊥	Q	1.5 kW	<0.1	1,2
595	9P20	—	T	10 MW	—	16
C¹³H₃F (2)
1221.79	9P32	//	C	58	2.4	3
CH₃CF₃ (3)
379	10P32	—	T	—	—	4
CH₃CHF₂ (4)
458	10P20	—	CW	9.7	St	10
464	10P20	—	T	—	—	4
533	10P20	—	CW	9.7	St	10
755	10P14	—	T	—	—	4
CH₃CH₂F (5)
206.60	10P36	—	C	100–150	—	6
217.1	9R14	—	C	100–150	—	6
226.9	10P40	—	C	100–150	—	6
264.0	9P18	—	CW	≤25	0.015	22
264.7	9P18	—	C	100–150	—	6
282.3	9R12	—	C	100–150	—	6
330.2	9R22	—	C	100–150	—	6
336	9R16	—	CW	≤25	3 μW	22
336.7	9R16	—	C	100–150	—	6
362.1	9R18	—	C	100–150	—	6
376.0	9R14	—	C	100–150	—	6
378.0	9R32	—	C	100–150	—	6
404	9R30	—	CW	≤25	0.01	22
404	9R34	—	C	100–150	—	6
405.0	9P34	—	CW	≤25	0.3 μW	22
405.50	9R30	—	C	100–150	—	6
462.92	9P32	—	C	100–150	—	6
486	9R24	—	CW	≤25	5 μW	22
502.2	9R24	—	C	100–150	—	6
504	9R24	—	CW	≤25	0.015	22
519	9R4	—	CW	≤25	1 μW	22
540.9	9P38	—	C	100–150	—	6
593.32	9P36	—	C	100–150	—	6
595	9P36	—	CW	≤25	2 μW	22
620	9P22	—	CW	≤25	1 μW	22
620.4	9P22	—	C	100–150		6
851.9	9P30	—	C	100–150	—	6
853	9P30	—	CW	≤25	2 μW	22
1013	9P28	—	CW	≤25	0.1 μW	22
1069	9R10	—	CW	≤25	3 μW	22
1546	9P10	—	CW	≤25	3 μW	22
CH₃CCH (6)
427.89	10P10	//	C	93	3 μW	3
428.87	9R38	//	C	20	0.012	30
488.88	10P12	//	C	67	0.06	3
516.77	9R12	//	C	47	6 μW	30
531.08	9P6	//	C	45	4 μW	30
563.13	10P24	//	C	108	9 μW	3
566.44	9P18	//	C	63	0.58	30
583.77	9P20	//	C	50	4 μW	30
647.89	10P14	//	C	100	3.3	3
649.59	10P34	⊥	C	92	0.9 μW	3
675.29	9P40	//	C	55	0.33	30
757.41	10P10	//	C	92	3 μW	3
798.55	10P20	//	C	100	0.013	3
1097.11	9P8	//	C	50	0.32	30
1174.87	10P44	//	C	35	2.7	3
CH₃OCH₃ (7)
375	10P20	//	C	≤100	1–5	8
461	10P34	⊥	C	≤100	<1	8
480	10P34	⊥	C	≤100	<1	8
492	10P34	⊥	C	≤100	≥10	8
495	10P12	//	C	≤100	<1	8
520	10P12	//	C	≤100	≥10	8
CH₃OH (8)
37.5	9P32	—	CW	3.7	0.5	10
40.2	9P34	—	CW	3.5	~1	10
41.7	9P32	—	CW	3.7	4	10
43.4	9P34	—	CW	3.5	~0.1	10
58.1	9P14	—	T	0.2–1 MW	2 W	19
65.1	9R18	—	T	0.2–1 MW	5 W	19
65.6	9P34	—	CW	3.5	0.5	10
70.6	9P34	⊥	C	10–20	0.5	2,27
			CW	3.5	2	10
			C	≤16	0.012	24
			CW	4	>1	9
78	10R16	—	C	10	0.2	28
80.3	9P34	—	CW	3.5	0.2	10
96	9R10		CW	≤25	0.6	22
		//	CW	≤3	St	29
96.48	9R10	—	C	100–150	—	6
98	10R40	—	C	10	0.03	28
118.8	9P36	⊥	C	10–20	3	2,27
			CW	3.0	3	10
			C	≤16	0.9	24
			CW	4	>1	9
121	10R44	—	C	9	0.01	28
130	10R34	⊥	CW	≤3	Med	29
151.35	9R26	—	C	100–150	—	6
162	10R38	—	CW	≤25	0.6	22,27
163	10R38	—	C	10	0.3	28
163.01	10R34	—	C	100–150	—	6
163.9	9P12	—	T	—	—	4
164	10R38	//	CW	5	0.5	14
164.3	9P16	⊥	C	10–20	1	2
165	9R10	⊥	CW	≤3	Med	29
165	9P14	—	C	5	0.03	28
170.6	9P36	//	C	10–20	3	2,27
			CW	4	0.3	10
185.5	9P34	⊥	C	10–20	0.1	2
186.03	9R18	—	C	100–150	—	6
190.8	9P34	⊥	C	10–20	0.1	2
191.2	10R4	—	C	100–150	—	6
191.57	10R10	—	C	100–150	—	6
191.63	9R16	—	C	100–150	—	6
193.2	9P38	⊥	C	10–20	0.1	2
			CW	4.0	Wk	10
			C	≤16	0.04	24
193.8	9P38	—	CW	4	Wk	10
198.8	9P38	⊥	C	10–20	0.5	2
202.4	9P36	//	C	10–20	1	2
205.3	9P18	—	T	—	—	4
211	10R4	—	C	10	0.3	28
223.5	9P16	//	C	10–20	1	2
232	9R10	—	CW	≤25	0.03	22,27
232.93	9R8	—	C	100–150	—	6,27
233	9R10	//	CW	≤3	St	29
237.6	9P34	//	C	10–20	0.5	2
242	10R34	—	C	10	0.3	28
242.79	10R32	—	C	100–150	—	6
243	10R34	—	CW	≤3	Wk	29
246	10R38	⊥	CW	5	1.0	14
249	10R34	—	CW	≤25	0.2	22,27
251	10R44	—	C	9	0.01	28,27
253.6	9P34	//	C	10–20	0.5	2
254	10R38	—	CW	≤25	0.6	22
254.1	9P34	//	C	10–20	1	2
263.7	9P34	//	C	10–20	1	2
264.6	9P34	//	C	10–20	1	2
274	10R46	—	C	8	0.03	28
278.8	9P38	//	C	10–20	0.1	2
286	10R48	—	C	7	1	28
292	10R10	—	CW	≤25	0.03	22
292.2	9P38	//	C	10–20	0.1	2
292.5	9P34	⊥	C	10–20	0.1	2
369.1	9P16	//	C	10–20	3	2,27
392.3	9P36	⊥	C	10–20	3	2,27
			CW	4.0	St	10
417	9P14	—	C	5	0.01	28
417.8	9P36	⊥	C	10–20	1	2
451.9	9P12	—	T	0.2–1 MW	0.7 W	19
469	10R38	—	C	10	0.06	28,27
470	10R38	⊥	CW	5	0.1	14
471	10R38	—	CW	≤25	0.2	22
495	10R4	—	C	10	0.01	28
570.5	9P16	//	C	10–20	3	2,27
			CW	5.0	1	10
			T	0.2–1 MW	1 W	19
627.34	9P16	—	C	100–150	—	6
694	10R16	—	C	10	0.01	28
699.5	9P34	⊥	C	10–20	0.1	2,27
			CW	3.5	0.5	10
1217	9P16		C	5	0.01	28
		//	C	3	0.1	11
CH₃OD (9)
57	9R8	⊥	CW	≤3	St	29
104	9P30	⊥	CW	≤3	Med	29
110	10R44	⊥	CW	≤3	Wk	29
117	9P26	//	CW	≤3	Med	29
146	9P30	⊥	CW	≤3	Wk	29
216	9R14	⊥	CW	≤3	Wk	29
295	9R8	⊥	CW	≤3	St	29
307	9R8	⊥	CW	≤3	St	29
CD₃OD (10)
41	10R18	⊥	CW	3	—	23
184	10R24	⊥	CW	3	—	23
229	10R10	⊥	CW	3	—	23
255	10R36	⊥	CW	3	—	23
299	10R24	⊥	CW	3	—	23
312	10R10	⊥	CW	3	—	23
339	10R4	⊥	CW	3	—	23
406	10R12	⊥	CW	3	—	23
CH₃CN (11)
281.18	9P34	⊥	C	44	0.018	30
281.98	9P50	//	C	38	0.67	30
286.88	9P50	//	C	38	0.29	30
303.54	10P10	//	C	68	3 μW	3
346.32	9P16	//	C	70	0.45	30
372.87	10P20	//	C	84	3.54	3
373	10P20	—	T	2 MW	80 μW	17
			CW	≤25	0.01	22
380.71	10P16	//	C	88	7 μW	3
386.41	9P46	//	C	42	3 μW	30
387.31	9R12	⊥	C	44	0.38	30
388.39	9P22	//	C	69	5 μW	30
392	9R12	—	CW	≤25	0.5 μW	22
422.14	10P24	//	C	110	0.017	3
427.04	9P26	⊥	C	61	0.024	30
430.55	10P18	//	C	46	0.19	3
441.15	9R16	⊥	C	43	0.18	30
453.41	9R16	⊥	C	43	0.75	30
456	9R16	—	CW	≤25	4 μW	22
466.25	9R16	⊥	C	43	0.56	30
480.01	9R16	⊥	C	43	0.2	30
494.74	9P6	⊥	C	51	4.0	30
496	9P6	—	CW	≤25	6 μW	22
510.16	9P6	⊥	C	51	0.19	30
561.41	9R8	//	C	42	0.18	30
652.68	9P30	//	C	77	0.32	30
653	9P30	—	CW	≤25	0.05 μW	22
704.53	9R34	//	C	41	0.12	30
713.72	10P32	//	C	44	0.68	3
741.62	9R8	⊥	C	48	0.23	30
854.41	9P16	//	C	70	0.13	30
1014.89	9R14	⊥	C	43	0.018	30
1016.33	9P8	//	C	33	0.45	30
1086.89	9P40	⊥	C	46	0.15	30
1164.83	9P10	//	C	45	0.05	30
1351.78	9R20	⊥	C	49	0.02	30
1814.37	10P46	//	C	48	0.34	3
CH₃NH₂ (12)
99.5	9R14	//	C	≤100	<1	8
104	9P28	⊥	C	≤100	<1	8
115.5	9P44	//	C	≤100	1–5	8
118	9P8	⊥	C	≤100	<1	8
126	10R6	⊥	C	≤100	1–5	8
134	9R14	⊥	C	≤100	<1	8
134	9R18	⊥	C	≤100	<1	8
139	9R14	⊥	C	≤100	<1	8
141	10R22	⊥	C	≤100	<1	8
143	9R14	//	C	≤100	<1	8
147	9P24	⊥	C	≤100	5–10	8
148.5	9P24	⊥	CW	4–10	10.0	5
153	9P8	//	C	≤100	1–5	8
159	9P24	⊥	C	≤100	1–5	8
164	9R18	//	C	≤100	1–5	8
166	9P32	⊥	C	≤100	1–5	8
168	9R22	//	C	≤100	<1	8
175	10R6	//	C	≤100	<1	8
176	10R32	⊥	C	≤100	1–5	8
177	9R12	//	C	≤100	1–5	8
180	9P46	—	CW	≤25	0.1 μW	22
183	9R14	⊥	C	≤100	1–5	8
194	9R8	//	C	≤100	<1	8
198.0	9P24	//	CW	4–10	1.0	5
198	9R20	//	C	≤100	<1	8
201	9R12	//	C	≤100	<1	8
208	9R12	//	C	≤100	1–5	8
218.0	9P24	If	CW	4–10	1.0	5
			C	≤100	<1	8
219	9P32	//	C	≤100	1–5	8
243	9P24	//	C	≤100	1–5	8
251.3	9P4	//	CW	4–10	0.30	5
267	9P40	//	C	≤100	1–5	8
268	9R12	⊥	C	≤100	1–5	8
288	9R4	—	CW	≤25	0.015	22
314	9R4	—	CW	≤25	0.03	22
347	10R20	//	C	≤100	1–5	8
CH₃Cl (13)
227.15	9P48	//	C	26	0.072	30
236.25	9R2	⊥	C	13	0.1	30
240.98	10P10	//	C	90	1.3	30
250.4	9P30	—	T	—	—	4
254	10P10	—	CW	≤40	0.1	26
261.03	10P34	//	C	106	0.069	30
271.29	10P20	⊥	C	86	0.33	30
273.7	9P12	—	T	—	—	4
275.00	9R14	//	C	44	1.7	30
275.09	9R36	//	C	60	0.05	30
281.67	9R14	—	C	44	—	30
286.79	10R34	⊥	C	69	0.31	30
307.65	11P19	//	C	23	0.57	30
333	9P42	—	T	2 MW	0.8 W	17
333.96	9P42	⊥	C	47	44	30
349.34	10R18	//	C	89	7.4	30
354	10R18	—	CW	≤40	0.01	26
364.5	9R16	—	T	—	—	4
378.57	9R16	⊥	C	29	0.18	30
397.6	10R24	—	T	—	—	4
461.20	9R42	⊥	C	11	0.027	30
511.90	10R52	⊥	C	17	0.065	30
568.81	10R26	//	C	97	0.022	30
870.80	9P52	//	C	16	1.3	30
943.97	9R12	//	C	45	13	30
958.25	9P38	//	C	40	0.52	30
968	9R12	—	CW	≤20	0.01	26
1886.87	9P26	⊥	C	57	1.6	30
CH₃Br (14)
245.04	9P28	//	C	57	0.89	30
264.05	10R10	//	C	73	5.3	30
279.81	10R52	//	C	51	0.012	30
294.28	10R28	//	C	117	1.1	30
311.07	10R12	⊥	C	69	0.019	30
311.10	10P20	//	C	52	1.0	30
311.20	10P40	⊥	C	21	1.5	30
311.21	10R50	⊥	C	15	0.33	30
332.86	10R6	⊥	C	64	0.35	30
333.15	10P8	//	C	83	9 μW	30
352.75	9P18	⊥	C	66	2.3	30
380.02	10R18	⊥	C	83	7.0	30
407.72	9P28	//	C	57	0.013	30
414.98	10R2	⊥	C	46	17	30
418.31	10P26	//	C	101	0.49	30
422.78	10R26	//	C	117	9 μW	30
508.48	10R42	//	C	47	2.1	30
531.06	10P24	//	C	108	5.5	30
545.21	10P38	⊥	C	39	8.8	30
545.39	10R32	//	C	63	10	30
564.68	10P38	—	C	39	—	30
585.72	9P40	//	C	49	3.3	30
631.93	10P16	//	C	78	2.1 μW	30
632.00	10P22	⊥	C	88	0.025	30
658.53	9P56	//	C	52	5.2	30
660.70	10R20	⊥	C	68	15	30
715.40	10R14	⊥	C	63	1.6	30
—	10R14	—	T	2 MW	0.4 W	17
749.29	10P14	⊥	C	73	2.8	30
749.36	10R14	⊥	C	63	—	30
831.13	10P28	//	C	105	5.4	30
925.52	10R46	//	C	33	14	30
990.51	10P10	//	C	95	1.3	30
1310.38	10R4	⊥	C	90	5.3	30
1572.64	10P4	//	C	58	2.2	30
1965.34	10P28	//	C	105	1.3	30
CH₃I (15)
377.45	9R16	//	C	47	5.1	30
378	9R14	—	—	—	—	15,21
390.53	10P42	//	C	57	1.8	30
392.48	9R14	//	C	40	0.017	30
447.17	10P18	//	C	103	23	30
447.5	10P18	—	—	—	—	15,21
457.25	10P18	—	C	103	—	30
459.18	10P8	⊥	C	69	0.16	30
477.87	9P26	//	C	82	0.021	30
508.37	9P34	//	C	66	13	30
517.33	10P14	//	C	81	0.38	30
525.32	9P4	//	C	26	0.093	30
529.28	10P36	//	C	60	3.2	30
542.99	10P26	//	C	99	2 μW	30
576.17	10P16	//	C	58	1.6	30
578.90	10R34	//	C	68	0.98	30
583.87	9P4	//	C	32	0.12	30
639.73	9P6	//	C	35	0.17	30
670.99	10P28	//	C	91	0.93	30
719.30	10P22	//	C	52	0.33	30
1063.29	10P38	//	C	71	6.5	30
1253.67	10P32	//	C	98	13	30
1254.4	10P32	—	—	—	—	15,21
HCOOH (16)
229.39	9R32	—	C	100–150	—	6
254.5	9P20	//	CW	≤7	0.1	12
254.80	9P20	—	C	100–150	—	6
278.5	9P30	//	CW	≤7	0.02	12
278.61	9P30	—	C	100–150	—	6
302.08	9P8	—	C	100–150	—	6
303.0	9R2	//	CW	≤7	0.6	12
309	10R22	//	C	≤100	1–5	8
309.23	9R4	—	C	100–150	—	6
311.0	10R22	//	CW	≤7	0.2	12
311.45	10R22	—	C	100–150	—	6
319.48	10R22	—	C	100–150	—	6
334.82	9P18	—	C	100–150	—	6
334.91	9R14	—	C	100–150	—	6
336.3	9R12	//	CW	≤7	0.04	12
342.74	9R14	—	C	100–150	—	6
359.81	9R34	—	C	100–150	—	6
368	9R18	—	C	≤100	1–5	8
388	9R16	//	C	≤100	≥10	8
392	9R18	//	C	≤100	1–5	8
393.5	9R14	//	CW	≤7	0.3	12
393.6	9R18	—	CW	7.6	0.93	20
393.62	9R18	—	C	100–150	100	6
394.2	9R16	//	CW	≤7	3.0	12
401	9R16	//	C	≤100	1–5	8
403	9R18	//	C	≤100	1–5	8
404.1	10R42	—	C	100–150	—	6
405.0	9P26	//	CW	≤7	0.01	12
405.55	9R18	—	C	100–150	—	6
405.75	9P26	—	C	100–150	—	6
406.0	9R16	//	CW	≤7	1.0	12
413	9R16	//	C	≤100	<1	8
414	9R22	//	C	≤100	5–10	8
414	9R20	//	C	≤100	1–5	8
418.51	9R24	—	C	100–150	—	6
419.5	9R22	—	CW	7.6	0.18	20
419.55	9R22	—	C	100–150	—	6
420.0	9R18	//	CW	≤7	1.5	12
420.26	9R8	—	C	100–150	—	6
421.0	9R6	//	CW	≤7	0.07	12
421	9R18	—	C	100–150	—	6
428	9R18	//	C	≤100	1–5	8
428	9R20	//	C	≤100	≥10	8
432.50	9R20	—	C	100–150	—	6
			CW	7.6	1.5	20
433.0	9R18	//	CW	≤7	2.0	12
433.0	9R22	—	CW	≤25	0.5	22
433.10	9R22	—	C	100–150	—	6
435	9P16	—	C	≤100	<1	8
437.6	9P16	⊥	CW	≤7	0.08	12
437.70	9P16	—	C	100–150	—	6
441	9R18	—	C	100–150	<1	8
445.21	10P14	—	C	100–150	—	6
445.81	9R20	—	C	100–150	—	6
446.75	9R16	—	C	100–150	—	6
447.0	9R14	//	CW	≤7	0.1	12
447.58	9R22	—	C	100–150	—	6
458.43	9R36	—	C	100–150	—	6
458.6	9R34	//	CW	≤7	0.4	12
460.51	9R10	—	C	100–150	—	6
492	9P42	—	C	100–150	—	6
493.28	9P14	—	C	100–150	—	6
496	9R18	—	C	≤100	<1	8
512	9R28	//	C	≤100	≥10	8
512	9R26	//	C	≤100	5–10	8
512.88	9R28	—	C	100–150	—	6
513.2	9R24	⊥	CW	≤7	0.8	12
518.83	9P16	—	C	100–150	—	6
530	9R28	//	C	≤100	<1	8
530	9R26	//	C	≤100	<1	8
534.5	9P18	//	CW	≤7	0.02	12
534.8	9R24	//	CW	≤7	0.3	12
577	9P38	—	C	≤100	1–5	8
580.52	9P38	—	C	100–150	—	6
582.0	9P38	⊥	CW	≤7	0.02	12
670.0	9R26	//	CW	≤7	0.2	12
743.0	9R36	//	CW	≤7	0.5	12
745.0	9R20	//	CW	≤7	0.2	12
761	9R24	—	CW	≤25	0.5 μW	22
785	9R10	—	CW	≤25	0.01	22
CH₂Cl₂ (17)
258	10P26	—	CW	≤40	0.1	26
CH₂CHCN (18)
270.6	10P26	⊥	CW	4–10	0.06	5
489	10P8	—	CW	≤25	0.06 μW	22
503	9R12	—	CW	≤25	0.04 μW	22
550.0	10P14	//	CW	4–10	0.06	5
574.4	10R16	⊥	CW	4–10	0.30	5
578	10R14	—	CW	≤25	1 μW	22
584.0	10P12	⊥	CW	4–10	0.06	5
586.6	10P20	//	CW	4–10	0.32	5
623	10R12	—	CW	≤25	0.1 μW	22
631	10R6	—	CW	≤25	0.1 μW	22
722	10P42	—	CW	≤25	0.05 μW	22
738	10P16	—	CW	≤25	0.06 μW	22
775	10R42	—	CW	≤25	0.1 μW	22
793	10R40	—	CW	≤25	0.1 μW	22
828	10R18	—	CW	≤25	0.1 μW	22
910	10R12	—	CW	≤25	0.1 μW	22
940	10P28	—	CW	≤25	0.1 μW	22
1156	10P26	—	CW	≤25	0.06 μW	22
1184	10R38		CW	≤25	0.6 μW	22
CH₂CF₂ (19)
288.5	10P12	//	CW	4–10	0.30	5,13
375.0	10P12	//	CW	4–10	1.60	5,13
415	10P14	—	CW	7.5	St	10
458.0	10P30	//	CW	4–10	0.20	5,13
464.3	10R20	//	CW	4–10	0.30	5,13
523	10P16	—	CW	≤25	0.01	22
554	10P14	—	CW	6.0	1	10
554.4	10P14	⊥	CW	4–10	3.00	5,13
568	10P24	—	CW	7.5	St	10
663	10P24	—	CW	7.5	Med	10
663.3	10P24	//	CW	4–10	0.20	5,13
884	10P12	—	CW	5.0	1	10
890.0	10P22	//	CW	4–10	0.30	5,13
			CW	8.0	0.1	10
890.1	10P22	//	CW	4–10	0.20	5,13
990.0	10P22	//	CW	4–10	0.20	5,13
			CW	8.0	Wk	10
1020	10P14	—	CW	6.0	0.05	10
CH₂CHCl (20)
386.0	10P22	⊥	C	10–20	0.5	2
424	10R28	—	CW	≤25	3 μW	22
445	10R18	—	CW	≤25	1 μW	22
487	9P10	—	CW	≤25	0.06 μW	22
507.7	10P22	⊥	C	10–20	1	2
519	10P34	—	CW	≤25	0.4 μW	22
532	9P16	—	CW	≤25	1 μW	22
538	10R4	—	CW	≤25	0.1 μW	22
574	10P16	—	CW	≤25	0.015	22
603	10P38	—	CW	≤25	0.025	22
634.4	9P20	//	C	10–20	0.5	2
638	10P6	—	CW	≤25	3 μW	22
699	9P22	—	CW	≤25	0.6 μW	22
707	9P18	—	CW	≤25	0.010	22
828	9P24	—	CW	≤25	2 μW	22
935	10P46	—	CW	≤25	0.5 μW	22
995	10R26	—	CW	≤25	2 μW	22
1041	10R36	—	CW	≤25	2 μW	22
C₂H₄(OH)₂ (21)
62.5	10R16	—	C	<100	1–5	8
69.1	10R16	—	C	<100	1–5	8
70.1	9P34	⊥	C	<100	≥10	8
75.2	9P32	—	C	<100	<1	8
77.4	10R16	—	C	<100	1–5	8
90.8	9P32	//	C	<100	<1	8
95.8	9R10	//	C	<100	5–10	8
109.1	9R16	—	C	<100	<1	8
117.1	9P14	//	C	<100	5–10	8
118	10P30	—	C	<100	<1	8
118	9P36	⊥	C	<100	1–5	8
118.9	9P34	//	C	<100	5–10	8
125.8	9P34	//	C	<100	1–5	8
132	9P24	⊥	C	<100	1–5	8
132	9P36	⊥	C	<100	1–5	8
135	9P36	⊥	C	<100	<1	8
164	9R10	⊥	C	<100	1–5	8
164	9P14	⊥	C	<100	1–5	8
164	9P16	⊥	C	<100	1–5	8
169	9P36	⊥	C	<100	<1	8
171	9R8	—	C	<100	<1	8
185	9R18	//	C	<100	<1	8
185	9P34	⊥	C	<100	1–5	8
189	9P34	⊥	C	<100	1–5	8
189	9P36	⊥	C	<100	1–5	8
192	9P38	⊥	C	<100	<1	8
197	9P38	⊥	C	<100	≥10	8
200	9P36	//	C	<100	<1	8
231	9R10	//	C	<100	1–5	8
240	9R10	//	C	<100	1–5	8
250	9R18	//	C	<100	1–5	8
252	9P34	//	C	<100	<1	8
262	9P34	//	C	<100	1–5	8
277	9P38	//	C	<100	5–10	8
288	9P12	⊥	C	<100	<1	8
290	9P38	⊥	C	<100	1–5	8
299	9P34	//	C	<100	1–5	8
344	9P22	//	C	<100	<1	8
358	9P34	⊥	C	<100	<1	8
388	9P36	⊥	C	<100	<1	8
415	9P14	//	C	<100	1–5	8
696	9P34	⊥	C	<100	1–5	8
C₂H₅OH (22)
396	9P32	—	CW	≤20	0.01	26
C₂H₅Cl (23)
900	10R30	—	CW	≤40	0.1	26
1350	10R30	—	CW	≤40	0.01	26
1400	10R38	—	CW	≤40	—	26
1720	10R28	—	CW	≤40	0.1	26
NH₃ (24)
34.26	10P12	//	T	<300 kW	Med	7
35.10	10P14	//	T	<300 kW	Med	7
36.15	9P24	⊥	T	<300 kW	Med	7
56.86	10P20	—	T	< 300 kW	Wk	7
58.0	10R4	—	T	1 MW	<20 W	4
58.03	10R4	—	T	<300 kW	St	7
64.70	9P24	//	T	<300 kW	St	7
67.25	9R30	—	T	<300 kW	St	7
72.6	10R6	—	T	1 MW	<20 W	4
74.18	10R6	⊥	T	<300 kW	St	7
83.82	9R30	—	T	<300 kW	Wk	7
88.90	9R30	//	T	<300 kW	St	7
90.55	9R16	//	T	< 300 kW	St	7
118.98	10R4	—	T	<300 kW	Wk	7
147.04	9R30	—	C	100–150	—	6
147.10	9R30	—	T	< 300 kW	St	7
151	10P32	—	T	2 MW	0.4 kW	17
151.81	10P32	⊥	T	<300 kW	St	7
151.9	10P32	—	T	1 MW	<20 W	4
155.13	10R6	⊥	T	<300 kW	Wk	7
216.38	10P6	//	T	<300 kW	Med	7
225.33	10P4	//	T	<300 kW	Med	7
256.67	10R14	⊥	T	<300 kW	St	7
280.5	10R8	—	T	1 MW	<20 W	4
281.27	10R14	⊥	T	<300 kW	Med	7
281.40	10R8	//	T	<300 kW	St	7
290	10P32	—	T	2 MW	0.8 kW	17
291	10R6	—	T	2 MW	80 W	17
291.2	10R6	—	T	1 MW	<20 W	4
291.27	10P32	//	T	<300 kW	Med	7
291.87	10R6	//	T	<300 kW	St	7
311.67	10R4	—	T	< 300 kW	St	7
388	9R30	—	T	<300 kW	Wk	7
O₃ (25)
121	9P14	—	C	100–150	—	6
163.61	9P40	—	C	100–150	—	6
171.5	9P30		C	100–150		6
D₂O (26)
50.5	9P32	—	T	2 MW	2.8 W	17
66	9P32	—	T	2 MW	28 kW	17
83	9P32	—	T	2 MW	12 W	17
94	9R12	—	T	2 MW	0.4 kW	17
114	9R12	—	T	2 MW	0.12 kW	17
116	9R32	//	T	10–20 MW	1 kW	18
119	9P32	//	T	10–20 MW	1 kW	18
142	9R12	⊥	T	10–20 MW	1 kW	18
263	9R34	//	T	10–20 MW	1 kW	18
385	9R22		T	2 MW	0.36 kW	17
		⊥	T	10–20 MW	1 kW	18

Abstract

Cited By

Figures (1)

Tables (3)

Applied Optics