Gives broad coverage to the fundamentals of radioactivity, nuclear structure, and nuclear reactions, and to applications in chemistry and other fields. Topics include history, instrumentation and experimental techniques, the role of statistics and probability in radioactivity, nuclear processes as chemical probes, radioactive dating, nuclear reactors, fusion power, and particle accelerators.
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Gives broad coverage to the fundamentals of radioactivity, nuclear structure, and nuclear reactions, and to applications in chemistry and other fields. Topics include history, instrumentation and experimental techniques, the role of statistics and probability in radioactivity, nuclear processes as chemical probes, radioactive dating, nuclear reactors, fusion power, and particle accelerators.
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