Throughout its existence, the firm is said to have continued to translate the fundamentals of radiation physics into the science of non-contact temperature measurements.
Bob Ott, Professor of Radiation Physics at the Institute of Cancer Research, who led the project, said: "This is a significant breakthrough which could have major implications for the way in which the medical profession is able to detect and treat cancer and other diseases.
They cover basic radiation physics, chemistry and biology, sources of possible radiation exposure, effects on genetic materials, cancer induction and dose-responsive models, carginogenesis of specific sites, deterministic effects of radiation and effects in combination with other agents, exposure in utero, psychological perceptions about radiation, hormesis, effects on individuals, and comparisons of uranium, plutonium, and radium.
Over the course of 17 chapters he covers basic radiation physics and chemistry; basic cell biology and molecular genetics; methods of cell and molecular radiology; ionizing radiation effects to the cytoplasm; damage to DNA by ionizing radiation; repair of radiation damage to DNA; cellular response to DNA damage; chromatin structure and radiation sensitivity; radiation- induced chromosome damage; modulation of radiation responses via signal transduction pathways; radiation-induced apoptosis; early and late responding genes induced by ionizing radiation; cell death, cell survival, and adaptation; bystander effects and genomic instability; tumor radiation biology; and radiation biology of nonmammalian species (three eukaryotes and a bacterium).
It describes current knowledge of galactic cosmic radiation and solar-particle events, space radiation physics and transport, space dosimetry, and space radiation biology and also outlines a space radiation risk assessment methodology.
Belkic (medical radiation physics, Karolinska Institute, Sweden) gives the main principles, applications and theories for quantum scattering, beginning with the theoretical framework for a non- relativistic quantum-mechanical theory of scattering, including the main physical features of collision problems and the universality of the scattering problem.
