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Experimental and Theoretical Study of a Nd-Laser Passively Q-Switched with Doped Crystals Cr4+:YAG and LiF:F2: an Influence of Nonlinear Absorption Anisotropy in the Switches on Output Parameters

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Abstract

A model is proposed of passive Q switching in a laser by a crystalline switch with phototropic centres. Expressions for the output energy and duration of a giant pulse are derived taking account of the geometric factor representing the distribution of the orientations of these centres relative to the crystal lattice of the passive switch. The calculated results are in agreement with those obtained in an experimental investigation of passive Q-switching in a neodymium laser with a switch based on a doped LiF:F2 or Cr4+:YAG crystal.

© 1998 Optical Society of America

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