Wang C P, Sandstrom R L
Appl Opt. 1975 Jun 1;14(6):1285-9. doi: 10.1364/AO.14.001285.
A stable, high Q, three-mirror resonator is proposed for the optimum output coupling and mode control of high power moderate-gain lasers. Theoretical calculations on the beam intensity distributions, spot sizes, and stability conditions are given. Alignment tolerance for a limiting case is discussed. Experimental results with a high power argon-ion plasma tube and a three-mirror stable resonator agree with the theory.
提出了一种稳定、高品质因数的三镜谐振腔，用于高功率中增益激光器的最佳输出耦合和模式控制。给出了光束强度分布、光斑尺寸和稳定性条件的理论计算。讨论了极限情况下的对准容差。用高功率氩离子等离子体管和三镜稳定谐振腔进行的实验结果与理论相符。
