Abstract
The reflection and transmission coefficients of holographic Fabry–Perot filters (HFPF's) are derived. Angular selectivities and wavelength sensitivities of the HFPF's on transmitted light are investigated. The effects of transmission by a HFPF on the spectrum and on the coherence properties of a partially coherent incident light are also analyzed. Numerical examples are presented for the case in which the incident light is generated by a Gaussian Schell-model source.
© 1994 Optical Society of America
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