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Design of longitudinally-pumped solid-state lasers by using M2 pump-beam factor

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Abstract

A model for optimization of longitudinally pumped solid-state lasers, in which the pump-beam was described by its M2 factor, is proposed. Using the mode-overlap integrals, numerical investigations were carried out to obtain the optimum focusing position and pump beam waist, that ensure a minimum threshold pump power and maximum overlap efficiency, at a defined laser beam spot-size. The numerical data were fitted with analytical functions of pump beam M2 factor, active medium absorption coefficient at the pump wavelength and laser beam volume. The experiments were performed with a Nd:YAG laser, longitudinally pumped with a maximum 10W fiber-coupled diode laser system and a Nd:YVO4 miniature laser, pumped by a max. 1W diode laser. A fairly good agreement with theory was obtained.

© 1998 Optical Society of America

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