Progress in holographic applications: 5-6 December 1985, Cannes, France
The Society, 1986 - Technology & Engineering - 215 pages
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HOLOGRAPHIC OPTICAL ELEMENTS
MULTIPLEXING IN HOLOGRAPHY
2 other sections not shown
aberration achieved ammonium dichromate amplitude angular aperture applications bandwidth blurring Bragg Bragg angle chromatic chromatic dispersion coherence collimator configuration copy curve developed device diagram diameter dichromated gelatin diffuser diode laser dispersion display holograms distance emulsion equation experimental exposure field Figure filter focal length France fringes geometry grating head up displays high diffraction efficiency holo holographic interferometry holographic lens holographic material holographic optical elements holographic plate holographic recording holographic scanners illuminated index modulation intensity laser beam laser diode layer lenses master hologram method object point obtained optical fibers optical system parameters phase photographic photopolymers photoresist plane point source problem produce PVCz film PVCz hologram rays recording material reference beam reference wave reflection bands reflection holograms refractive index replay resolution sensitivity set-up shown shows silver halide spectral substrate surface technique theoretical thickness transfer function transmission hologram wavefront wavelength white light