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Journal Articles

Reactor accident and simulation; Severe accident of a light water reactor

Soda, Kunihisa

Shimyureshon, 9(2), p.79 - 86, 1990/00

no abstracts in English

JAEA Reports

Irradiation Behavior of Coated Fuel Particles,II; Irradiation in JMTR 71F-7A Capsule

Iwamoto, K.; ; ;

JAERI-M 6717, 33 Pages, 1976/09

JAERI-M-6717.pdf:2.6MB

no abstracts in English

Oral presentation

Evaluation of FP behavior models in severe accidents, 1; Evaluation of effect of nucleation on deposition of FP aerosols in a primary system by the Phebus-FPT1

Karasawa, Hidetoshi; Miwa, Shuhei; Kino, Chiaki*

no journal, , 

Oversaturated vapors released in a core in SAs change to monomers which produce clusters due to homogeneous or heterogeneous nucleation. In a primary system, clusters coagulate each other to grow particle sizes. Effects of the nucleation and coagulation on deposition of FP aerosols in the primary system were examined by the Phebus FPT1 analysis using the SAMPSON code.

Oral presentation

Initiatives for technical issues related to FP behaviors to contribute to decommissioning works and improve source-term predicting accuracy, 2; WG3 "Transfer paths of FPs to the environment"

Karasawa, Hidetoshi

no journal, , 

Working Group 3 (WG3) of the FP Research Expert Committee is studying the "environmental transition pathway" among the technical issues that have been decided to be addressed in the first two years. In order to solve this problem, we are working in the form of discussions in response to lectures by committee members and other experts on (1) identifying the location of the leak, (2) examining the shield plug contamination mechanism, and (3) examining the FP release model. Lectures in this year such as foward estimetes, inverse estimates, and accident development scenarios could be clues to explain the measurements at the on-site monitoring post. In the next fiscal year, we will compare the accident development scenario examined in the SA analysis with the release information obtained this year to identify the source term.

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