X Rays Fluorescence: Theory, Experiment and Statistics

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Focusing on advanced experiments in Modern Physics, this guide delves into the X Rays Fluorescence Experiment, detailing the underlying theory, x-ray detectors, and photon energy measurement. It emphasizes data analysis, energy calibration, and the interpretation of energy spectra, including Moseley's Law. Furthermore, it covers statistical methods like the Covariance Ellipse and Maximum Likelihood Method. With comprehensive formulas and statistical analysis, the book aims to enhance students' understanding and interest in the practical applications of physics.