Titlebook: Compendium to Radiation Physics for Medical Physicists; 300 Problems and Sol Ervin B. Podgorsak Textbook 2014 Springer-Verlag Berlin Heidel

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Interaction of Charged Particles with Matter,er that results from charged particle interaction with orbital electrons of the absorber atoms and (2)?radiation stopping power that results from charged particle interaction with the nuclei of the absorber..Chapter?6 starts with problems dealing with general aspects of energy transfer from charged

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Kinetics of Radioactive Decay,Joliot-Curie discovered artificial radioactivity in 1934..The first problem of this chapter (Sect.?.) deals with general aspects of radioactivity, such as activity, specific activity, decay constant, half-life, mean lifetime, and units of activity. Section?. contains two problems addressing the simp

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Modes of Radioactive Decay,gamma and internal conversion. In addition to these standard modes, questions in this chapter also cover proton and neutron decay as well as spontaneous fission as interesting examples of spontaneous radioactive decay despite their limited relevance to medical physics..Section?. of this chapter cont

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Production of Radionuclides,ive nuclides and touches upon the historical background on the discovery of natural and artificial radioactivity. Origin of radionuclides is covered by next two sections; naturally occurring in Sect.?. and artificially produced in Sect.?.. The problem of radionuclides present in the environment is c

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Particle Accelerators in Medicine,c) is by far the most important and most widely used accelerator in medicine because of its versatility and compact design. Modern radiotherapy achieved its successes as a result of the advances that were introduced during the past few years in the linear accelerator technology and computerization,

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