Principles of Holography
Work more effectively and gauge your progress along the way! This Learning Guide is designed to accompany Tortora's "Introduction to the Human Body, 6th Edition." This valuable aid for students includes numerous and varied exercises, labeling and coloring diagrams, and mastery tests. Like its predecessors, Introduction to the Human Body, 6th Edition offers a balanced introduction to the human body especially developed to meet the needs of the one semester course. It provides an effective blend of stunning art and clearly written text to illuminate the complexities of the human body. Class-tested pedagogy is woven into the narrative and figures to ensure that students gain a solid understanding of the material.
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Basic Arrangements for Holography
General Theory of Plane Holograms
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aberrations amplitude transmittance angle aperture approximately arrangement assume beam balance ratio Bragg condition Bragg planes coherence coherence length color component conjugate image constant crosstalk images curve diffracted wave diffraction grating diffuser direction equation exposure flux diffracted Fourier transform hologram Fresnel hologram Gabor gas laser gram grating Hence holo hologram is illuminated hologram plane hologram recorded holographic interferometry illuminate the hologram illuminating beam illuminating wave image resolution incident interference pattern Leith Leith and Upatnieks lens light method modulation multicolor object and reference object beam object motion object point object wave obtain off-axis optical path original object wave path difference phase difference phase modulation photographic emulsion plane holograms plane wave plate primary image recording medium reference beam reference wave reflected resulting ruby laser shown in Fig sine spatial frequency superposition term thickness three-dimensional tion transparency type of hologram volume holograms wavefront wavelength write yields zero