Visible and UV gas lasers with high-current radiative discharges excitation

Physics

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Gas Discharges, Gas Lasers, Optical Pumping, Spectral Energy Distribution, Ultraviolet Lasers, High Current, Metal Halides, Rare Gas-Halide Lasers

Scientific paper

This paper examines lasing and energy-spectral characteristics of gas lasers utilizing the excimer-like mercury halide vapor HgX2 (X = Cl, Br, I), inert gas halogenides, and molecules of the stable halogens I2 and Br2. These lasers were optically pumped by UV-VUV radiation from high-current radiative discharges. Plasmadynamic sources of high-power UV-VUV radiation are discussed and gas laser modules are described. Energy-spectral characteristics and spectral efficiency of the main plasmodynamic configurations are discussed. Results indicate that radiative plasmodynamic discharges may be used as optical pumping sources with universal energy-spectral characteristics. This efficiency of this approach makes it potentially useful in the development of gas laser techniques.

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