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Emergence of Modern Optics as a Branch of Electrical Engineering
Diffraction Theory Qualitative Introduction
Image Formation in Noncoherent Light Elements and Definitions
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analysis angle aperture astigmatism beam Chapter coherent background coherent illumination COHERENT OPTICS complex amplitude component conjugate convolution convolution theorem correlation diffracted waves diffraction pattern electromagnetic electron electron microscopy example extended source factor field Figure filtering focal plane Fourier Fourier-transform hologram frequency fringe system function G. W. Stroke Gabor geometrical given heterodyning holo illuminating wave image formation image-forming integral intensity distribution interference fringes interference grating interferometer INTRODUCTION TO COHERENT laser lens lenses lensless magnification Marechal Maxwell's equations method microscopy mirror noncoherent light object plane obtained optical computing optical system OPTICS AND HOLOGRAPHY original parameters phase shift photoelectric photographic plate Phys physical shadow plane wave point source principle reference wave resolution limit result scattered Section shown in Fig side-band signal sinusoidal slits spatial filtering spatially coherent spectral spectral lines spectrum spherical aberration theory tion transform transmission vector wavefront wavefront reconstruction wavelength x-ray x-ray microscopy Zernike