Abstract:
An experimental investigation was made of the energy output of a copper vapor laser on the parameters of a longitudinal gas discharge. A high-temperature heater was used in the discharge tube. An increase in the rate of rise of the current density revealed a tendency of the energy output to reach saturation but this tendency was much weaker when the amplitude of the voltage across a "sharpening" capacitor was increased (at least up to 10 kV). The optimal value of the copper vapor pressure depended on the amplitude of the voltage across this capacitor.