Extension of the Principles of Radiation Protection to Sources of Potential ExposureThis report describes how the application of the principles of radiation protection recommended by the International Commission on Radiological Protection may be extended to unexpected or accidental situations by changing from the dose based system of radiation protection to a unified approach within a probabilistic framework. |
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Contents
SUMMARY | 1 |
CONCEPTS AND QUANTITIES | 7 |
MEASURES OF SOCIETAL RISK | 13 |
Copyright | |
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Advisory Group Meeting analysis applied approach to radiation assessment ATOMIC ENERGY AGENCY basic principles benefit COMMISSION ON RADIOLOGICAL consequences critical group Division of Nuclear dose limitation recommended effective dose expectation value health effects IAEA Publications IAEA Safety Series ICRP individual risk INTERNATIONAL ATOMIC ENERGY INTERNATIONAL COMMISSION limitation of individual limits for normal measure of societal normal and potential Nuclear Energy Agency nuclear power Nuclear Regulatory Commission Nuclear Safety Offenbach am Main optimization of protection P.O. Box p(eff potential exposures practice principles of radiation proba probabilistic probability of harm probability of occurrence protection against potential protection to sources quantity radiation exposure radiation protection radiation safety radioactive waste Radiological Protection related risk upper requires risk upper bound scenarios Siemens AG societal risk source related risk sources of potential stochastic effects subjectivistic interpretation system of dose system of radiation taken into account types of harm unified approach Vienna Vitaliano Brancati Wagramerstrasse