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Radiation Physics for Personnel and Environmental Protection by J Donald Cossairt
This note explains basic radiation physics concepts and units of measurement, General considerations of radiation fields at accelerators, Prompt radiation fields due to electrons, Prompt radiation Fields due to protons and ions, Low energy prompt neutron radiation phenomena, Shielding materials and neutron energy spectra, Induced radioactivity in accelerator components, Induced radioactivity in environmental media and radiation protection instrumentation at accelerators.
Author(s): Fermi National Accelerator Laboratory
328 Pages 
The contents of this pdf are as follows: Basic properties of radiation, Sources of radiation, Interaction with matter, Measurement of radiation.
Author(s): Yan Yu, PhD, FAAPM, FASTRO, Professor, Department of Radiation Oncology, Thomas Jefferson University
123 Pages
Introduction to Radiation Physics, Quantities and Units
This note explains the basic physics of the electromagnetic and particulate forms of ionizing radiation. Also describes the distinctions between the units of radiation quantity, exposure and dose.
Author(s): Robert E. Reiman, MSPH, MD, Duke University Medical Center
49 Pages
The objective of this lecture note is to familiarize students with basic principles of radiation physics and modern physics used in radiotherapy.
Author(s): IAEA publication
97 Pages
Fundamentals of Radiation Dosimetry and Radiological Physics
This book covers the following topics: Photon Monte Carlo Simulation, Electron Monte Carlo Simulation, Transport in media, interaction models, Macroscopic Radiation physics, Photon dose calculation models, Electron dose calculation models, onization chamber-based air kerma standards.
Author(s): Alex F Bielajew
131 Pages