1985Soviet Journal of Quantum ElectronicsRequires access

Electric-discharge gasdynamic laser utilizing transitions between coupled-mode levels of the CO2molecule

A. N. Baranov, A. Yu. Volkov, A. I. Demin, E. M. Kudryavtsev

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Abstract

Lasing was observed for the first time in a quasi-cw electric-discharge gasdynamic laser in the spectral range 16.3–16.9 μ. The lasing was due to transitions between coupled-mode levels of carbon dioxide gas and it was observed on excitation of CO2–Ar (Ne,Xe) mixtures by a glow discharge.

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Lasing was observed for the first time in a quasi-cw electric-discharge gasdynamic laser in the spectral range 16.3–16.9 μ. The lasing was due to transitions between coupled-mode levels of carbon dioxide gas and it was observed on excitation of CO2–Ar (Ne,Xe) mixtures by a glow discharge.

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Available abstract

Lasing was observed for the first time in a quasi-cw electric-discharge gasdynamic laser in the spectral range 16.3–16.9 μ. The lasing was due to transitions between coupled-mode levels of carbon dioxide gas and it was observed on excitation of CO2–Ar (Ne,Xe) mixtures by a glow discharge.

Key concepts: Lasing threshold, Atomic physics, Materials science, Laser, Electric discharge, Excitation, Glow discharge, Range (aeronautics)

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