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Optical phase conjugation techniques have been widely investigated for the dynamic correction of intracavity phase distortions in laser systems. The beam quality and stability in conventional solid-state lasers can be degraded due to thermally-induced phase distortions in the gain medium [1]. This work describes an analysis of the self-consistent fundamental mode of a self-adaptive holographic resonator which can dynamically correct for internal phase distortions [2].
© 1998 IEEE
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