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Diffraction Theory Qualitative Introduction
Image Formation in Noncoherent Light Elements and Definitions
Coherence Characteristics of Light Experimental
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analysis angle aperture aperture synthesis Appl applications astigmatism Brooklyn Polytech coherent background coherent light COHERENT OPTICS complex amplitude conjugate convolution correlation described diameter diffraction gratings diffraction pattern distance distribution electromagnetic electron electron microscopy emulsion equation example factor field filter focal plane Fourier Fourier-transform hologram frequency G. W. Stroke Gabor geometrical heterodyning high-resolution holo holographic imaging holographic recording image formation image-forming integral intensity interference fringes interference grating interferogram interferometer INTRODUCTION TO COHERENT Labeyrie Leith lens lenses lensless Fourier-transform Letters magnification method microscopy mirror noncoherent light Note by GWS obtained OPTICS AND HOLOGRAPHY original phase shift photoelectric photographic plate Phys plane wave point source possible principle Proc radiation reconstructed image resolution limit result scattered Section shown in Fig side-band sinusoidal spatial filtering spatially coherent spectral spectrum spherical aberration spread function surface theory three-dimensional tion transform transmission Upatnieks wavefront wavelength x-ray x-ray microscopy zone plates