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NEW TECHNIQUES IN HOLOGRAPHY
HOW TO MAKE COMPUTER HOLOGRAMS
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acoustical holography Agfa-Gevaert amplitude angle aperture Appl application beam ratio biological information processing bleached cell coherent contouring density detector developed diameter diffraction efficiency diffuser effect emulsion experimental exposure field film filter Fourier transform fringe pattern function Gabor gas laser gram grating holo holocamera hologram recording holographic image holographic interferometry holographic memory holographic principle holographic process illumination information carrying information pattern input intensity interference kinoform lens linear materials measurements mechanism ment method mode modulation motion noise nonlinear obtained optical optimum output particle phase holograms photographic photopolymer Phys pinhole plane plate produced pulse Q-switch random real-time recon reconstructed image reference background reference beam reflected Research resolution ruby laser scattered light scene beam sensitivity shown in Figure signal signal-to-noise ratio silver halide spatial filtering spatial frequency speckle pattern stimulus surface technique thick tion transmission ultrasonic values vibration wave wavefront wavelength