Abstract

A stable, high, 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.

© 1975 Optical Society of America

Mode discrimination with rimmed optical resonator

C. H. Chan
Appl. Opt. 14(10) 2418-2426 (1975)

Properties of Low Order Transverse Modes in Argon Ion Lasers

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Stability of Optical Resonators with an Active Medium

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