Abstract:
A calculation is made of the parameters of a laser mixture flowing out of a planar slit-like nozzle. A system of equations describing the gasdynamics of the flow and the kinetics of the condensation of water vapor from a mixture is solved numerically by the Runge–Kutta method. An estimate is obtained of the influence of condensate droplets on the kinetics of collisional deactivation of the upper laser-active level of the CO2 molecule. The results obtained are compared with the experimental values of the gain.
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