This book is designed as an advanced guide for experiments in Modern Physics. It covers the Spectroscopy of Lasers: Absorption, induced and spontaneous emission, Widths and profiles of Spectral Lines, Natural Linewidth, Absorption, Doppler broadening, Homogeneous and Inhomogeneous broadening, Saturation broadening, Semiconductor diode lasers, Litrow grating mounts, Fabry Perot Interferometer, Atomic Structure of Rubidium, Hyperfine Structure of Rubidium, Cross over signals, Doppler Free Saturated Spectroscopy, Coherent States, Experimental procedure, Data analysis, Finesse of the Fabry Perot...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the Spectroscopy of Lasers: Absorption, induced and spontaneou...
The measurement of the physical properties (density, viscosity, surface tension, thermal conductivity, etc.) is of great importance to the research, industry and physical, chemical and biomedical applications. The thermal conductivity is a measurement of the material's ability to conduct heat. The Transient Hot Wire method is a suitable method to measure the thermal conductivity due to its very cheap cost of construction, accuracy and because it is a fast method of measurement. The implementation requires accurate temperature sensing, automatic control, data acquisition and data analysis. The...
The measurement of the physical properties (density, viscosity, surface tension, thermal conductivity, etc.) is of great importance to the research, i...
This book is designed as an advanced guide for experiments of Physics. It is added to the book the statistical methods in order to bring near to the student to the real work in the scientific research. Also it is included the theory and deduction of many formulas in order to clear the concepts and to get the concordance between the experiment and the theory. It is hoped that this book covers all needs of the students and achieves the interest and motivation of the students for the real nature of the Physics.
This book is designed as an advanced guide for experiments of Physics. It is added to the book the statistical methods in order to bring near to the s...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the X Rays Fluorescence Experiment: theory, x-rays detectors, measurement of the photon energy, data analysis, determination of the energy calibration, interpretation of the lines seen in the energy spectra, the Moseleys Law, the Statistical Methods: Covariance Ellipse and the Maximum Likelihood Method, etc. It is included the theory and the deduction of many formulas and the statistical analysis in order to clear the concepts and to get the concordance between the theory and the experiment. It is hoped...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the X Rays Fluorescence Experiment: theory, x-rays detectors, ...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the β Spectroscopy Experiment: theory, Fermi function and Kurie plot, experimental setup, data analysis, calibration, spectrum analysis of the electron conversion, background measurement, experimental measurement of some beta emitters, determination of the energy resolution of the detector, determination of the increase relativistic mass Δm / m, activity versus time plot, etc. It is included the deduction of many formulas and the statistical analysis in order to clear the concepts and to get the...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the β Spectroscopy Experiment: theory, Fermi function and...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the Compton Experiment: Theory, Klein Nishina formula, Experiment, Calibration and data analysis, Measurement of the Energy of Compton Scattered Photons, Compton edge, Compton Scattering Cross Section, etc. It is included the deduction of many formulas and the statistical analysis in order to clear the concepts and to get the concordance between the theory and the experiment. It is hoped that this book fills all need of the students to get the fundaments of advanced experiments and to achieve the interest...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the Compton Experiment: Theory, Klein Nishina formula, Experim...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the Nuclear Decays and Measurement of the Lifetime of the excited 14.4 keV level of 57Fe Experiment: introduction to nuclear decays, experimental decay and mean lifetime, decay scheme of 57Co by electron capture (EC) to an excited state of 57 Fe , experimental method, experimental setup, time calibration, the spectra, determination of the mean lifetime of the excited 14.4 keV level of 57Fe, experimental results, Chi Squared test (χ2), etc. It is included the deduction of many formulas and the statistical...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the Nuclear Decays and Measurement of the Lifetime of the exci...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the Gamma Spectroscopy Experiment: the excited nuclear states, the interaction of gamma rays with matter, the general characteristics of photon detectors, the physical processes in semiconductor detectors, the Germanium detectors, the Experimental Setup, the detector resolution, the energy resolution with the HPGe Detector, the Photopeak Efficiency with the HPGe Detector, the Peak to Compton ratio, Data Analysis and Calibration, the determination of the unknown source, the determination of the position of...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the Gamma Spectroscopy Experiment: the excited nuclear states,...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the X rays Diffraction Experiment: theory, interaction of photons with the matter, sources of x rays, x rays tube, radioactivity, x rays detector, x rays diffraction process, crystals, miller indices and Bravais lattices, Bragg reflection on crystal, symmetry elements, point group of symmetry, fourteen bravais lattices, crystalline systems bravais, 32 crystalline punctual groups, stereogram of the 32 crystalline punctual groups, brillouin zone and the cubic system lattice, real space (direc lattices) and...
This book is designed as an advanced guide for experiments in Modern Physics. It covers the X rays Diffraction Experiment: theory, interaction of phot...