Original scientific paper
DEVELOPMENT OF A RAPID PREDICTION TECHNOLOGY FOR EMERGENCY PROTECTION AREA AT NUCLEAR ACCIDENTS
Masatoki Suzuki
; Japan NUS Co., Ltd. (Janus), Tokyo, Japan
Yoshitaka Yoshida
; Institute of Nuclear Safety System, Inc. (INSS), Mihama, Japan
Abstract
The authors have developed a rapid prediction model R-cubic that can predict both a release amount of radioactive materials and a probable protective action area against radiological disasters when nuclear accident occurs. R-Cubic predicts conservative release amounts to MAAP4 analysis. Dose predicted by R-cubic is compatible to SPEEDI within a factor of two. R-cubic has a capability to predict conservative radiation protection area by inputting probable range of meteorological conditions.
Keywords
nuclear emergency preparedness; radioactivity release rate; dose prediction; complex terrain; PIC model
Hrčak ID:
64309
URI
Publication date:
12.12.2008.
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