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Section One 3 Diffraction by opaque and transparent particles
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aberration aerosol Airy pattern algorithm aperture Appl Applications of Holography axis B. J. Thompson bubble chamber camera cavitation circular coherence length coherent background collimated beam contrast cross section cross-section depth of field determined disdrometer distance droplets edge emulsion equation experimental exposure far-field holography Figure film Fourier transform Fraunhofer diffraction Fraunhofer hologram Fraunhofer holography Fresnel fringes function Gabor geometry holo hologram hologram recording illumination image plane in-line hologram in-line holography intensity distribution interference lens light limit magnification measured method microns microscope noise obtained off-axis optical parameters Parrent particle diameter particle field particle images phase photographic Phys plane wave plate Proc produced pulse Q-switched real image reconstructed image recording plane reference beam resolution ruby laser sample volume scattering shown in Fig spatial filtering spatial frequency spherical SPIE term theory tion Trolinger twin image velocity virtual image visibility wavelength x-ray