Journal of Radiation Protection and Research
- Volume 9 Issue 1
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- Pages.26-32
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- 1984
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- 2508-1888(pISSN)
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- 2466-2461(eISSN)
Analysis of Exposure Doses and Determination of Atmospheric Diffusion Coefficients
피폭선량 해석과 대기확산계수 결정
- Kim, Byung-Woo (Radiation Environment Division, Korea Advanced Energy Research Institute) ;
- Han, Moon-Hwee (Radiation Environment Division, Korea Advanced Energy Research Institute) ;
- Lee, Young-Bok (Radiation Environment Division, Korea Advanced Energy Research Institute) ;
- Lee, Jeong-Ho (Radiation Environment Division, Korea Advanced Energy Research Institute)
- 김병우 (한국에너지연구소 방사선환경연구실) ;
- 한문희 (한국에너지연구소 방사선환경연구실) ;
- 이영복 (한국에너지연구소 방사선환경연구실) ;
- 이정호 (한국에너지연구소 방사선환경연구실)
- Published : 1984.06.20
Abstract
The exposure doses by the radioactive gaseous effluents from nuclear power plants are investigated in the two cases of normal operation and hypothetical accident. Gaussian equation is adapted in the normal operation as the diffusion model of effluents for long period, which uses annual average meteorological data. But the real time models have been used in the case of accidents which analyze the changes of wind direction and speed. In this study the annual exposure doses by the normal operation of Kori unit 1 during
원자발전소의 가동에 따른 기체상 방사성물질의 방출로부터 주변주민이 받는 피해는 정상상태와 사고 경우로 나눠서 해석하게 된다. 정상상태 경우 방사성물질의 대기확산 모델은 주로 연평균 통계치를 사용하는 Gaussian식을 채택하나 사고결과 해석시에는 풍향 풍속의 변화를 추적하는 실시간(real time) 확산모델을 이용한다. 본고에서는 고려 원자력발전소의 정상가동에 따른
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