Eb. Gordon et al., ON THE FEASIBILITY OF CONTROLLING THE SPECTRAL COMPOSITION OF EMISSION OF A HIGH-POWER PULSED HF CHEMICAL-LASER, High energy chemistry, 28(6), 1994, pp. 492-494
Experimental evidence has shown that the emission spectrum of a high-p
ower HF chemical laser can be effectively controlled by varying three
factors: the type of hydrogen-containing molecules in the lasing mediu
m, the spectral characteristics of the cavity mirrors, and the frequen
cy-selective intracavity loss.