This book is designed as an advanced guide for experiments in Modern Physics. It covers the Particle Detector and the Drift Chamber: X rays detectors, proportional gas detectors, scintillators and photomultipliers, semiconductor detectors, Germanium detectors, γ ray spectrometry, High Purity Germanium detectors, energy resolution, photopeak efficiency, peak to Compton ratio, resolution of the detectors and electronics, liquid scintillators to measure the mean lifetime of the muons, electronic logic, silicon lithium drifted detectors, Thalium doped Sodium Iodine crystal detector, Drift...

This book is designed as an advanced guide for experiments in Modern Physics. It covers many topics of practical statistics methods applied in Physics: measurement and uncertainties, error propagation method, statistical analysis and graphs, the least square method (regression analysis), Gaussian Distribution, Poisson Distribution, Error propagation and probable errors, Differential error analysis, Covariance ellipse, the method of the least squares in connection with the maximum likelihood, covariance ellipse and determination of the energy calibration-channel numbers (K energies), Moseley...

This book is designed as an advanced guide for numerical methods in the science. It covers many topics of practical numerical methods applied in the science: solutions of equations with one variable: bisection, secant, false rule, Newton-Raphson, fixed point, etc., solution of systems of equations: Gauss, Gauss-Jordan, Cramer, Inverse Matrix, Jacobi, Gauss-Seidel, Gauss-Seidel with relaxation, etc., polynomial interpolation: Lagrange interpolation, Newton interpolation, interpolation with equidistant spaces, etc., the method of the least square method for a polynomial fit (regression...

This book is designed as an advanced guide for mathematical methods in the science. It covers many topics of practical Descriptive Statistics applied in the science: frequency tables for ungrouped and grouped data, position statisticians: arithmetic mean, median, mode, quartile and decile, dispersion statisticians: variance, standard deviation, variation coefficient and average deviation, statistician tables and resume, histograms and frequency polygons, Chebishev Theorem and Slant, the method of the least square method for a polynomial fit (regression analysis), etc. It is included the...

This book is designed as an advanced guide of theory for experiments in Modern Physics. It covers the theory of the next Modern Physics fields: X Rays, Compton Scattering, Beta decay, Cosmic Rays, Muon Decay, Nuclear Decay, Gamma Rays, X Rays Diffraction. It is included the deduction of many formulas in order to clear the concepts and to fill all needs of the students to get the fundaments of advanced experiments. Finally, other goal of the book is to achieve the interest and motivation of the students for the real nature of the Physics.