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"Scattering and diffraction" as a book category covers the theory, methods, and applications of how waves and particles interact with matter to produce redistributed energy and interference patterns. It includes textbooks and references on wave mechanics, electromagnetic, acoustic and particle scattering, diffraction theory (Fraunhofer/Fresnel, Bragg, grating diffraction), and mathematical tools (Fourier analysis, Green’s functions, scattering matrices, Born approximation, partial waves). The category spans experimental techniques (X-ray, neutron, electron diffraction, light scattering, SAXS/SANS), instrumentation and data analysis, computational and numerical methods (multiple scattering, finite-element/ boundary-element, Monte Carlo), and applied fields such as crystallography, materials science, optics, remote sensing, and biomedical imaging—serving students, researchers, and engineers interested in both fundamental principles and practical measurement techniques.

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