Intracavity doubled solid state Raman laser system

Coherent light generators – Raman laser

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359327, 372 20, 372 21, H01S 330

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057217483

ABSTRACT:
An intracavity doubled solid state Raman laser system for converting the frequency of a laser input beam emitted by a laser pumping system is described. A solid Raman medium is disposed within a resonator cavity to shift the frequency of the input beam to produce a Raman beam. The frequency of the Raman beam is tuned in the resonator cavity preferably using an etalon and a birefringent filter. The polarization of the Raman beam is selected using a polarizing element disposed in the resonator cavity. The Raman beam frequency is doubled using a non-linear doubling medium inside the resonator cavity. The Raman laser system is particularly suitable for producing yellow light.

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A.F. Banishev, et al., "High-Temperature Raman Spectra of CaWO.sub.4 in the Crystalline and Fused State," Sov. Phys. Crystallography, 27(3), May 1982, 374-375.

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