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Journal Articles

Progress report of Japanese simulation research projects using the high-performance computer system Helios in the International Fusion Energy Research Centre

Ishizawa, Akihiro*; Idomura, Yasuhiro; Imadera, Kenji*; Kasuya, Naohiro*; Kanno, Ryutaro*; Satake, Shinsuke*; Tatsuno, Tomoya*; Nakata, Motoki*; Nunami, Masanori*; Maeyama, Shinya*; et al.

Purazuma, Kaku Yugo Gakkai-Shi, 92(3), p.157 - 210, 2016/03

The high-performance computer system Helios which is located at The Computational Simulation Centre (CSC) in The International Fusion Energy Research Centre (IFERC) started its operation in January 2012 under the Broader Approach (BA) agreement between Japan and the EU. The Helios system has been used for magnetised fusion related simulation studies in the EU and Japan and has kept high average usage rate. As a result, the Helios system has contributed to many research products in a wide range of research areas from core plasma physics to reactor material and reactor engineering. This project review gives a short catalogue of domestic simulation research projects. First, we outline the IFERC-CSC project. After that, shown are objectives of the research projects, numerical schemes used in simulation codes, obtained results and necessary computations in future.

Oral presentation

Study on methods for verifying the effectiveness of cleansing agents used in body radiological decontamination, 1; Proposal of decontamination methods based on literature review

Fujisawa, Makoto; Numata, Yusuke; Nabatame, Satoru; Shioya, Satoshi; Yoshida, Tadayoshi

no journal, , 

When external body contamination occurs, decontamination using alcohol wipes or detergents has been empirically applied, but systematic evaluation incorporating recent cleaning technologies remains limited. Studies using commercial cleaning agents or nanobubble showers with simulated contamination and pig skin revealed challenges such as discrepancies from actual contamination and variability in efficiency due to surface conditions. This study aims to establish a verification method for selecting effective decontamination procedures and agents according to contamination characteristics. Field interviews at the Fukushima Daiichi Nuclear Power Station (1F) and a literature review on decontamination mechanisms were conducted. Based on these findings, decontamination methods were organized by contamination characteristics, and, referring to ALPS-related contamination cases at 1F, specific procedures were proposed for Cs-137 and Sr-90/Y-90 according to contamination type.

Oral presentation

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