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mixed oxidesVauchy, R.; Matsumoto, Taku; Hirooka, Shun; Uno, Hiroki*; Tamura, Tetsuya*; Arima, Tatsumi*; Inagaki, Yaohiro*; Idemitsu, Kazuya*; Nakamura, Hiroki; Machida, Masahiko; et al.
Journal of Nuclear Materials, 588, p.154786_1 - 154786_13, 2024/01
Times Cited Count：1 Percentile：72.91(Materials Science, Multidisciplinary)Sagayama, Yutaka; Inagaki, Tatsutoshi*
JNC TN1400 2003-002, 240 Pages, 2003/07
JNC-TN1400-2003-002.pdf:17.67MB
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; Inagaki, Tatsutoshi*
JNC TJ1400 2002-001, 546 Pages, 2002/08
JNC-TJ1400-2002-001.pdf:28.0MB
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; Inagaki, Tatsutoshi*
JNC TN1400 2001-006, 868 Pages, 2001/10
JNC-TN1400-2001-006.pdf:51.19MB
no abstracts in English
; Inagaki, Tatsutoshi*
JNC TY1400 2000-004, 464 Pages, 2000/08
JNC-TY1400-2000-004.pdf:19.55MB
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; Inagaki, Tatsutoshi*
JNC TY1400 2000-003, 92 Pages, 2000/08
Japan Nuclear Cycle Development Institute (JNC) and Japan Atomic Power company (JAPCO, that is the representative of the electric utilities in Japan) have established a new organization to develop a commercialized fast breeder reactor (FBR) cycle system since July 1, 1999 and feasibility studies (F/S) have been undertaken in order to determine the promising concepts and to define the necessary R&D tasks. In the first two-year phase, a number of candidate concepts will be selected from various options, featuring innovative technologies. In the F/S, the options are evaluated and conceptual designs are examined considering the attainable perspectives for following: (1) ensuring safety, (2) economic competitiveness to future LWRs, (3) efficient utilization of resources, (4) reduction of environmental burden and (5) enhancement of nuclear non-proliferation. The F/S should also guide the necessary R&D to commercialize FBR cycle system.
*; Ishiguro, Yukio*; *; Inagaki, Tatsutoshi*; *; *; *; Kato, Yasuyoshi*; Shirakata, Keisho;
PNC TN241 84-07, 16 Pages, 1982/10
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