(nucleonics) The study of the protection of personnel from harmful effects of ionizing radiation by such means as routine radiation surveys, area and personnel monitoring, and protective equipment and procedures.
| Sci-Tech Dictionary: health physics |
(nucleonics) The study of the protection of personnel from harmful effects of ionizing radiation by such means as routine radiation surveys, area and personnel monitoring, and protective equipment and procedures.
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| Sci-Tech Encyclopedia: Health physics |
A branch of the environmental and occupational safety health sciences and professions concerned with the protection of people and the environment from possibly harmful effects of radiation, while providing for the utilization of radiation for the benefit of society. Health physicists are interdisciplinary radiation protection and safety specialists whose expertise draws from environmental science, mathematics, medicine, radiological health, radiation biology, chemistry, and physics. The subject requires understanding of the generation, measurement, and characteristics of radiation; environmental transport of radionuclides; dosimetry; effects of radiation in biological systems; and the regulations and recommendations governing the use of radiation. The field has expanded to include nonionizing as well as ionizing sources of radiation. See also Decontamination of radioactive materials; Dosimeter; Environmental radioactivity; Nuclear medicine; Radiation shielding; Radioactive tracer; Radioactivity; Radioactivity and radiation applications; Radioecology; Radiography; Radiology; Radon.
| Dental Dictionary: health physics |
The study of the effects of ionizing radiation on the body and the methods for protecting people from the undesirable effects of radiation.
| Wikipedia: Health physics |
Health physics is a field of science concerned with radiation physics and radiation biology with the goal of informing the safe use of ionizing radiation.[1] Health physicists principally work at facilities where radionuclides or ionizing radiation are used or produced such as medical institutions, government laboratories, nuclear power plants, regulatory agencies and manufacturers. There are many sub-specialites in the field of health physics[2], including
The field of medical physics is similar to that of health physics since practitioners rely on the same fundamental science (i.e., radiation physics, biology, etc). Health physicists, however, focus on the evaluation and protection of human health from radiation, whereas medical physicists use radiation and other physics-based technologies for the diagnosis and treatment of disease.[3]
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According to Paul Frame [4]:
"The term Health Physics is believed to have originated in the Metallurgical Laboratory at the University of Chicago in 1942, but the exact origin is unknown. The term was possibly coined by Robert Stone or Arthur Compton, since Stone was the head of the Health Division and Arthur Compton was the head of the Metallurgical Laboratory. The first task of the Health Physics Section was to design shielding for reactor CP-1 that Enrico Fermi was constructing, so the original HPs were mostly physicists trying to solve health-related problems. The explanation given by Robert Stone was that '...the term Health Physics has been used on the Plutonium Project to define that field in which physical methods are used to determine the existence of hazards to the health of personnel.'
A variation was given by Raymond Finkle, a Health Division employee during this time frame. 'The coinage at first merely denoted the physics section of the Health Division... the name also served security: 'radiation protection' might arouse unwelcome interest; 'health physics' conveyed nothing.'"
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