Principles for establishing intervention levels for the protection of the public in the event of a nuclear accident or radiological emergency
International Atomic Energy Agency, Jan 1, 1985 - Technology & Engineering - 35 pages
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PATHOLOGICAL EFFECTS OF IRRADIATION
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absorbed dose ACCIDENT OR RADIOLOGICAL accident phases accident sequence accidental release administration of stable Advisory Group airborne plume applied Atomic Energy Agency Austria Basic Safety Standards committed dose competent national authorities contaminated area cost cost-benefit analysis countermeasures decontamination of land derived intervention levels dose levels dosimetric quantities early and intermediate effective dose equivalent emergency plan emergency response planning establishing intervention levels event external exposure foetus Fontenay-aux-Roses health detriment implement protective measures implementation of protective individual dose ingestion inhalation intermediate phase International Atomic Energy introduction of protective involved irradiation late phase level of individual levels of dose limits for members non-stochastic effects NUCLEAR ACCIDENT nuclear facility nuclear fuel cycle Nuclear Safety occur off-site consequences P.O. Box phase protective measures PRINCIPLES FOR ESTABLISHING projected dose radiation protection radioactive materials Radiobiology radioiodine radiological emergency radionuclides reduce release of radioactive relocation REPUBLIC result stable iodine stochastic effects thyroid United Kingdom Vienna World Health Organization