Abstract:
Results of numerical simulation of exciting a copper vapor laser (CVL) by a pulse-periodical inductive (electrodeless) discharge are presented. A variant of CVL with a ring active volume of the discharge chamber is studied. It is shown that such a chamber to a higher degree satisfies all the requirements for pumping by the inductive method than an ordinary cylindrical chamber. High output characteristics of lasing obtained in the numerical simulation confirm the possibility of CVL efficient pumping by the new inductive method.
Keywords:
copper vapor laser, inductor, transformer, inductive discharge, numerical simulation, laser kinetics
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