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Laser-Induced Interference Filters in Photorefractive Materials
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We investigate the properties of a laser-induced interference filter in photorefractive BaTiO3. The filter has several control parameters for the reflectance and its high wavelength selectivity makes the filter suited as output mirror of a tuneable single mode infrared semiconductor laser. Furthermore, the interference filter represents a unique simple method for probing higher spatial harmonics in the photorefractive grating.
Optica Publishing Group
Title: Laser-Induced Interference Filters in Photorefractive Materials
Description:
We investigate the properties of a laser-induced interference filter in photorefractive BaTiO3.
The filter has several control parameters for the reflectance and its high wavelength selectivity makes the filter suited as output mirror of a tuneable single mode infrared semiconductor laser.
Furthermore, the interference filter represents a unique simple method for probing higher spatial harmonics in the photorefractive grating.
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