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Hologram Types and Their Nonchromatic Aberrations
Aberrations Induced by a Wavelength Shift
RayTracing Approach to Holography
2 other sections not shown
aberration balancing technique aberration characteristics aberration coefficients Abramowitz analysis of holography approach astigmatism axis beam parameters bending Bragg angle Champagne chromatic aberrations coma compensate computer program construction wavelength determined direction cosines emulsion shrinkage exit pupil Figure function Gaussian image equations Gaussian sphere hologram aberrations hologram geometry Hologram Gratings hologram imagery Hologram Imaging hologram is reconstructed hologram surface ideal imagery illustrated in Fig image beam image point in-line hologram index of refraction lens optics LLFT hologram Magnitude near-image plane hologram object beam angle off-axis hologram offset angle optical holography optical system plane wave point source q factor radial distance ray efficiency Ray Tracing ray-tracing analysis real image recon reconstruction beam reconstruction geometry reduced reference beam reference sphere reflection hologram respectively shown in Fig specified spherical aberration struction beam thesis thick media total wavefront deviation transmission hologram values vector wavefront aberrations wavefront matching wavelength shift