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Figure Title Page 1 Gabor inline system
Particle field diffraction
11 other sections not shown
acute-sideband airy disc amplitude attention is directed Belz calibrated particle CAMERA BOOM centerline coherence length constitutes the holographic dc stop Dennis Gabor detector diameter directed to Figure entire volume far-field distances field volume Figure 11 Figure 17 film plane Fraunhofer diffraction Fraunhofer region Gabor system Gabor-type system histogram hologram holographic system holographic zone plate in-focus particles in-line system incident wave individual particles interference pattern laboratory readout system laser beam magnitude nondestructive testing NOZZLE object beam object distance object plane opaque particle opaque stop out-of-focus particles particle density pass through undisturbed Photograph of reconstructed plagued Gabor plane of focus plane wave primary disadvantages provides real image reconstructed particle field reconstructed sample volume recording distance recording situation lying reference beam ruby laser slope diagonal lines spherical wave submicron particle detection sufficient reference wave system magnification target field region target particle TARGET TV translation TV MONITOR undiffracted vent plume volume of interest wavefronts