file hl-coher.pdf    The problem of coherence from different sights   1. Maxwell's equations   2. Temporal coherence   3. Spatial coherence. View of mutual coherence theory   4. Spatial coherence. A magnification factor   5. Spatial coherence. View of the angular analysis   6. Angular coherence. Plane waves

file hl-muld1.pdf   Theory of X-Ray plane wave multiple diffraction   1. Introduction   2. Bloch theorem and the structure of wave field in crystal   3. Susceptibility (kinematical scattering amplitude)      3.1 Rayleigh scattering      3.2 Resonant scattering (photoelectron emission)      3.3 Other processes   4. Bragg conditions and geometry of multiple diffraction   5. Transmission and reflection   6. Solution in the case of thick crystal

file hl-muld2.pdf   Multiple diffraction of X-Rays in many-crystal systems   1. Introduction   2. Coplanar multiple diffraction devices. General theory   3. Coplanar multiple diffraction. Specific examples      3.1 Graeff-Bonse interferometer      3.2 Three-wave monochromator      3.3 Four-wave monochromator   4. The theory of multiple diffraction in multilayer crystal systems   5. Possible interesting phenomena

file: hl-phase.pdf    X-Ray imaging of inhomogeneous object by coherent   wave (phase contrast)   1. Geometrical optics of inhomogeneous waves   2. Small angle approximation   3. What we see on the X-ray image of the object   4. X-Ray topography and Takagi equations   5. The propagators of two-beam diffraction   6. Review of first results of phase contrast imaging      6.1 Refraction contrast in X-Ray introscopy      6.2 X-ray plane-wave topography observation of the phase contrast from a         non-crystalline object      6.3 Demonstration of phase-contrast X-ray computed tomography using an X-Ray         interferometer      6.4 Quantitative Phase Imaging Using Hard X Rays      6.5 Phase Contrast Microimaging by Coherent High Energy Synchrotron Radiation         in experimental setup of in-line holography   7. The theory of plane wave imaging   8. The theory of in-line imaging      8.1 The propagator and the problem of coherence      8.2 The conditions of image formation   9. The problem of the phase retrieval from intensity in in-line holographic scheme      9.1 Standard object reconstruction algorithms for far-field conditions      9.2 The problem of the phase retrieval under the near-field conditions