New 17–21-μm laser lines in C2D2 using a continuously tunable CO2 laser pump

B. K. Deka; P. E. Dyer; R. J. Winfield

doi:10.1364/OL.5.000194

Optics Letters
Vol. 5,
Issue 5,
pp. 194-195
(1980)
•https://doi.org/10.1364/OL.5.000194

New 17–21-μm laser lines in C₂D₂ using a continuously tunable CO₂ laser pump

B. K. Deka, P. E. Dyer, and R. J. Winfield

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B. K. Deka, P. E. Dyer, and R. J. Winfield, "New 17–21-μm laser lines in C₂D₂ using a continuously tunable CO₂ laser pump," Opt. Lett. 5, 194-195 (1980)

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Abstract

The generation of new 17–21-μm laser lines in C₂D₂ (dideuteroacetylene) by using a continuously tunable CO₂ laser pump is reported. Several of the transitions have been found to exhibit a low pump threshold and high efficiency.

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Measured CO₂ Pump Line (cm⁻¹) ± 0.2	C₂D₂ Absorption Line (cm⁻¹)b	Measured C₂D₂ Laser Line (cm⁻¹) ± 0.2	Transitionc (cm⁻¹)	Relative Strength	Threshold Pump Energy (mJ)
1082.0	R(22)—1082.375 ?	491.9	P(24)—491.825	S	15
		571.5	R(22)—571.504
1080.0	R(21)—1080.560 ?	493.3	P(23)—493.413	W	80
		569.6	R(21)d
1078.7	R(20)—1078.745	495.1	P(22)—494.999	VS	15
		567.9	R(20)—567.870
1076.8	R(19)—1076.927	496.8	P(21)d	M	–
		566.1	R(19)—566.075
1075.1	R(18)—1075.115	498.3	P(20)—498.165	VVS	15
		564.4	R(18)—564.275
1073.6	R(17)—1073.295	499.7	P(19)—499.750	VS	15
		562.5	R(17)—562.476
1071.5	R(16)—1071.481	501.3	P(18)—501.332	S	25
		560.6	R(16)—560.682
1046.4	R(2)—1046.632	523.9	P(4)—524.066	M	–
		530.7	?d
1044.8	R(1)—1044.912	525.6	P(3)d	W	70
		532.3	?d
1043.0	R(0)—1043.203	527.4	P(2)—527.425	W	70

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