X-ray Spectroscopy Notes PDF for B.Sc/M.Sc

Description

X-Ray diffraction studies:

Theory, Mosley’s law, interaction of X-ray with matter, Auger and Coster Kronig processes, instrumentation, X-ray absorption and emission methods, X-ray diffraction, automated X-ray diffractometry, Miller indices, Bragg’s condition for diffraction, Xray detection and measurement, structural analysis of crystals, Laue method, Bragg’s method, Rotating crystal method, Debye and Scherrer powder method, simple lattices and X-ray intensities, scattering factors, structure factor and its relation to electron density, identification of unit cells from systematic absences in diffraction patterns, predicting diffraction pattern of lattices, phase problem, procedure for X-ray structure analysis, Ramachandran diagram.

X-ray Spectroscopy Notes PDF for B.Sc/M.Sc