Physics of Nuclear Radiations

Physics of Nuclear Radiations

Concepts, Techniques and Applications

Rangacharyulu, Chary

Taylor & Francis Inc

12/2013

383

Dura

Inglês

9781439857779

15 a 20 dias

870

Descrição não disponível.
Physics Preliminaries. Radioactivity. Nuclear Energetics. Interaction of Heavy Charged Particles with Matter. Interactions of Photons and Electrons in Matter. Interactions of Neutrons with Matter. Basics of Radiation Dosimetry. Radiation Sources. Nuclear Radiation Detectors. Measurement Techniques. Nuclear Techniques-A Few Applications. Appendices. Index.
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Rest Energy;Resonance Fluorescence;calculate and assess nuclear radiations;Vice Versa;fundamental nuclear radiation physics;MeV Gamma Ray;cloud chambers, multi-wire chambers, semiconductor solid state detectors;Electron Volts;growth and decay of nuclear radiations;Cherenkov Light;behavior of heavy charged particles, electrons, photons, and neutrons;Cherenkov Radiation;stability of nuclei or particles against radioactive transformations;Cherenkov Detectors;physics principles of detectors;Beta Decays;methods for measuring energy and time spectroscopies;Gamma Rays;typical nuclear facilities;Charged Particles;nuclear radiation in agriculture, medicine, industry, and art;Alpha Particles;Energy Deposits;Artificial Transmutation;Lorentz Factor;Binding Energies;Radiation Length;Thermal Neutrons;Tissue Weighting Factors;Fractional Error;Stopping Power;MeV Neutron;HPGe Detector;Separation Energy;60Co Decays