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INTRODUCTION AND HISTORY
PRINCIPLES OF HOLOGRAPHY
THE PRACTICE OF HOLOGRAPHY
7 other sections not shown
aberrating medium Agfa-Gevaert amplitude aperture beam splitter bleaching brightness coherence length coherent light collimated color contour conventional photography density detector developed device diffraction diffuser distance Electronics emulsion energy equation exposed exposure ﬁeld ﬁlm film emulsion ﬁlter ﬁrst focal length focal point Fourier transform Fraunhofer Fraunhofer diffraction Fresnel Fresnel diffraction fringe pattern fringe spacing Gabor geometry grams graphic helium-neon laser holo hologram plate hologram recording holographic methods holography illumination incident intensity interference Laboratories laser beam lens axis lenses light source light wave lines/mm matte surface meter mirrors movement optical elements phase holograms photodiode photographic photosensitive point source position prism problem pulsed laser real image reference and object reference/object angle reﬂected reflection hologram refractive index resolution rotation ruby laser sensitivity shown in Fig sine solution spatial frequency speciﬁc SPECTROSCOPY spectrum stability surface T/E curve technique three-dimensional transmission transparency vibration virtual image visible wavefront wavelength zone plate