Abstract:
The Jones matrix method is used to study the optimal conditions for steady-state generation through intracavity frequency conversion in a solid-state laser under type-II phase matching based on a weakly anisotropic model of an active medium (amplitude and phase anisotropy) and a nonlinear element. The optimal rotation angles of the nonlinear element are found.
Keywords:solid-state laser with intracavity frequency doubling, phase anisotropy, amplitude anisotropy, polarisation mode, pumpinduced gain anisotropy, Fabry–Perot resonator, Jones matrix method.
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