Japan Atomic Energy Agency launched the "Fast Reactor Fuel Cycle Technology Development (FaCT)" Project in cooperation with the Japanese electric utilities in 2006. In the FaCT project, the decision about innovative technologies would be made by 2010, and the conceptual design of demonstration and/or commercial facilities based on the results of research and development of innovative technologies by 2015, which would be possible to achieve the development target (Safety and Reliability, Sustainability Economic Competitiveness and Nuclear Non-proliferation). Pertaining to reprocessing technologies, the advanced aqueous reprocessing system (NEXT: New Extraction System for TRU Recovery) was selected as the most promising concept for commercial...
Fasf breeder reactors with closed fuel cycle constitute the second stage of the three-stage nuclear ...
The purpose of this paper is to present a brief description of fuel reprocessing and some present de...
The first Japanese commercial reprocessing plant has successfully completed active test operation of...
Japan Atomic Energy Agency launched the "Fast Reactor Fuel Cycle Technology Development (FaCT)" Proj...
AbstractJapan's basic nuclear policy isto reprocess spent fuel and to effectively use the recovered ...
AbstractJAEA has been implementingthe FaCTproject in cooperation with electric utilities toward the ...
OVERVIEW: The nuclear fuel cycle consists of uranium enrichment, fuel fabrication, nuclear power gen...
Nuclear power plants have been attracting significant attention worldwide as a tool to solve global ...
A 'Feasibility Study on the Commercialized Fast Breeder Reactor (FBR) Cycle System' is underway at J...
Abstract A "Feasibility Study on the Commercialized Fast Breeder Reactor (FBR) Cycle System&quo...
AbstractA structured development strategy, for realsing a robust Fast Reactor Fuel Reprocessing tech...
AbstractAlthough many discussions on nuclear safety and sustainability have been occurred after Fuku...
AbstractFast Breeder Reactors drastically improve uranium resource utilization efficiency to realize...
A project sponsored by the U.S. National Nuclear Security Administration “NNSA ” to develop internat...
Communication to : 3. International Conference on Nuclear Fuel Reprocessing and Waste Management, Se...
Fasf breeder reactors with closed fuel cycle constitute the second stage of the three-stage nuclear ...
The purpose of this paper is to present a brief description of fuel reprocessing and some present de...
The first Japanese commercial reprocessing plant has successfully completed active test operation of...
Japan Atomic Energy Agency launched the "Fast Reactor Fuel Cycle Technology Development (FaCT)" Proj...
AbstractJapan's basic nuclear policy isto reprocess spent fuel and to effectively use the recovered ...
AbstractJAEA has been implementingthe FaCTproject in cooperation with electric utilities toward the ...
OVERVIEW: The nuclear fuel cycle consists of uranium enrichment, fuel fabrication, nuclear power gen...
Nuclear power plants have been attracting significant attention worldwide as a tool to solve global ...
A 'Feasibility Study on the Commercialized Fast Breeder Reactor (FBR) Cycle System' is underway at J...
Abstract A "Feasibility Study on the Commercialized Fast Breeder Reactor (FBR) Cycle System&quo...
AbstractA structured development strategy, for realsing a robust Fast Reactor Fuel Reprocessing tech...
AbstractAlthough many discussions on nuclear safety and sustainability have been occurred after Fuku...
AbstractFast Breeder Reactors drastically improve uranium resource utilization efficiency to realize...
A project sponsored by the U.S. National Nuclear Security Administration “NNSA ” to develop internat...
Communication to : 3. International Conference on Nuclear Fuel Reprocessing and Waste Management, Se...
Fasf breeder reactors with closed fuel cycle constitute the second stage of the three-stage nuclear ...
The purpose of this paper is to present a brief description of fuel reprocessing and some present de...
The first Japanese commercial reprocessing plant has successfully completed active test operation of...