: Used in radiation therapy to target tumors while protecting healthy tissue, and in diagnostic imaging like fluoroscopy.
: The study of how different particles—photons, neutrons, electrons, and ions—transfer energy to materials. This involves complex processes like the photoelectric effect, Compton scattering, and pair production. Applied Physics of External Radiation Exposure:...
The core subject of involves understanding how ionizing radiation (such as photons, neutrons, and charged particles) interacts with matter and living tissue when the source is outside the body. : Used in radiation therapy to target tumors
: A vital computational method used to model radiation transport and predict dose distributions in complex environments. The core subject of involves understanding how ionizing
: Identifying and quantifying the "source term"—the type and intensity of radiation emitted by a device or material. Key Areas of Application
The specialized text serves as a comprehensive guide for professionals and students in radiation protection and dosimetry.
