Using a Solid-State Laser to Imitate Plasma Formations under Laboratory Condition

A technique is proposed for laboratory studies of properties of plasma formations activated using a solid-state laser. A scheme of the laboratory setup is given. Stages of evolution of the activated microwave discharge with different air pressures are considered. Results of investigations of impact of the laser and microwave pulses on the discharge properties with different pressures are described. Recommendations on performing experimental studies of artificial plasma formations induced by a laser pulse are given.

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