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Journal Articles

Pretreatment method in FIA by solvent extraction and the application possibility of novel solvent extraction method

Sugita, Tsuyoshi

Journal of Flow Injection Analysis, 33(1), p.39 - 40, 2016/06

http://jafia.kyushu-u.ac.jp/japanese/jfia/contents/33_1/HP/JFIA33(1)(2016)PP.39.pdf

A novel solvent extraction way, emulsion flow (EF) method, has been developed at JAEA. EF method achieves both good emulsion formation and quick phase separation only by solution sending. In this report, I referred Flow Injection Analysis (FIA) using solvent extraction as a preprocessing technique and introduced an outline of the EF method as such. Furthermore, I mentioned the application possibility of the EF method to the preprocessing in FIA with its advantage for extracting and concentrating a trace component from a large-volume sample.

Journal Articles

Characteristics on multi-RF input coupler using loop antenna for IFMIF RFQ

Maebara, Sunao; Morishita, Takatoshi; Moriyama, Shinichi; Sugimoto, Masayoshi; Imai, Tsuyoshi; Takeuchi, Hiroshi

Proceedings of 28th Linear Accelerator Meeting in Japan, P. 378, 2003/08

no abstracts in English

Journal Articles

Low power test of RFQ mock-up modules at 175MHz for IFMIF project

Maebara, Sunao; Morishita, Takatoshi; Sugimoto, Masayoshi; Imai, Tsuyoshi; Takeuchi, Hiroshi; Sazawa, Shingo*; Saigusa, Mikio*

Proceedings of 2003 Particle Accelerator Conference (PAC 2003) (CD-ROM), p.2829 - 2831, 2003/00

It is indispensable to obtain the technical know-how of the IFMIF RFQ design in the development of RFQ system. It is very important to determine the mesh size in analysis code of the RFQ design. The design of 175MHz RFQ mock-up modules has been done by MAFIA code. Based on this design, the 175MHz RFQ mock-up which consists of two end-plate modules and RFQ modules are fabricated for low power tests. The resonant frequencies have been measured in RFQ length of 1.1m and 2.1m.The measured frequencies are in a good agreement with the calculated values within 1MHz when the mesh size is 1/350 of the longitudinal length.

JAEA Reports