RT Journal Article ID 459aa16038b59b0c A1 Vasianovych, A. V. A1 Gnatenko, A. S. A1 Pustylnikov, D. V. T1 OPTIMIZATION OF THERMAL REGIME OF CONTINUOUS CO-LASERS WITH DIFFUSION COOLING JF Telecommunications and Radio Engineering JO TRE YR 2018 FD 2018-11-23 VO 77 IS 19 SP 1685 OP 1695 K1 laser K1 temperature K1 recombination K1 atom K1 gas K1 concentration K1 current density AB Mathematical methods for optimizing parameters of the CO2-laser, realized using numerical computer simulation, are proposed. The results of numerical calculations coincide with the results of the experimental data, at a partial discrepancy, the reasons associated with the non-optimal consideration of the proposed recombination model on the wall of the O-tube in the reaction O + Ow→O2 were established. The results of the work can be fully used to optimize various designs of continuous CO2-lasers. PB Begell House LK https://www.dl.begellhouse.com/journals/0632a9d54950b268,02c38ffd5562e24b,459aa16038b59b0c.html