Simulation of a CuBr laser

Reduction of copper bromide molecules in the plasma of a CuBr laser during the interpulse period

“…According to the calculations [6] (see Fig. 3), the bromine ion concentration [Br -] varies insignificantly during the interpulse period and equals about 1.4·10 13 cm -3 .…”

“…Lack of data about the kinetics of Cu n Br m molecules was compensated by fixing the concentration of CuBr molecules during the lasing pulse and interpulse period [5], which corresponded to the available experimental data. To match predictions and experimental data and to estimate the concentration of CuBr molecules, it turned out sufficient to consider the diffusion of the molecules from the near-wall regions where CuBr powder containers were located [6]. The kinetic model [6] was used in the numerical calculations presented below.…”

“…To match predictions and experimental data and to estimate the concentration of CuBr molecules, it turned out sufficient to consider the diffusion of the molecules from the near-wall regions where CuBr powder containers were located [6]. The kinetic model [6] was used in the numerical calculations presented below.…”

Second degree model of laser efficiency of a copper bromide laser

“…During the last few years, alongside the experimental development of this laser, new results were obtained using analytical and numerical methods [4][5][6]. Moreover, based on the large number of accumulated experiment data, statistical models were developed [7][8][9].…”

Numerical study of gas temperature distribution in a copper bromide laser active medium

“…Among the models, a special attention is paid to the determination of the gas temperature profile [6][7][8][9][10]. The gas temperature is one of the most important thermodynamic characteristic of the active laser medium.…”