Abstract
Abstract
In Japan, the radiation-dose limit for the lens of the eye was revised in April 2021. Consequently, for workers, the numerical values of the equivalent dose to the lens of the eye are equal to those of the effective dose. Radiation workers, radiation safety officers and licensees must comply with regulations related to radiation protection and optimize protection. The new guidelines on dose monitoring of the lens of the eye developed by the Japan Health Physics Society recommend for the dose to be estimated near the eye for accurate estimation, when the dose to the lens approaches or exceeds the management criteria. However, there is limited information regarding the non-uniform exposure of nuclear power plant workers. In this study, the dose equivalents of high-dose-rate workplaces and the personal doses of 88 workers were estimated at four Japanese commercial nuclear power plant sites (RWR: 3 units and BWR: 3 units) and the dose to the lens of the eye and the exposure situations of the workers were analyzed.
Funder
Radiation Promotion Fund of the Nuclear Regulatory Authority, Japan
Subject
Public Health, Environmental and Occupational Health,Waste Management and Disposal,General Medicine
Reference36 articles.
1. Nuclear regulation authority ordinance for enforcement of the act on regulation of radioisotopes, etc. came into force in April 2021,2021
2. The notification to specify standards for amount of radioisotopes came into force in April 2021,2021
3. The notification to establish dose limits in accordance with the provisions of NRA ordinance etc. on activity of refining nuclear source or nuclear fuel materials,2021
4. The amended regulation on prevention of ionizing radiation hazards comes into effect as of 1 April 2021,2021
5. ICRP Statement on tissue reactions/early and late effects of radiation in normal tissues and organs—threshold doses for tissue reactions in a radiation protection context. ICRP publication 118;Ann. ICRP,2012
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2 articles.
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