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Development of ceramic breeder blankets in Japan
Fusion Engineering and Design, 1998Ceramic breeding blankets are the main options for DEMO reactor designs in JAERI, and large efforts have been made in the area of related materials development, engineering-scaled R&D, as well as design development. A long-term R&D program was launched in 1996 to provide an engineering database and fabrication technologies for the DEMO blanket and its ...
H. Takatsu, H. Kawamura, S. Tanaka
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Breeder blanket and tritium fuel cycle feasibility of the Infinity Two Fusion Pilot Plant
Journal of Plasma PhysicsThe selection, design, and optimization of a suitable blanket configuration for an advanced high-field stellarator concept is seen as a key feasibility issue and has been incorporated as a vital and necessary part of the Infinity Two Fusion Pilot Plant ...
D. Clark +15 more
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Helium-Cooled, Flibe Breeder, Beryllium Multiplier Blanket
Fusion Technology, 1985The concept described for the blanket surrounding a fusion reaction chamber is based on the use of molten fluoride salts to convert fusion energy into electricity and to breed the tritium fuel for the fusion power plant. Helium cools the first-wall and the blanket internals, which consist of a bed of beryllium balls in which neutrons are multiplied ...
Ralph W. Moir +7 more
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Helium-Cooled Solid Breeder Blanket for ITER
Fusion Technology, 1989This paper summarizes the latest results of a design study of a helium-cooled solid breeder blanket for ITER.
A. R. Raffray +6 more
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Development of Solid Breeder Blanket at JAERI
Fusion Science and Technology, 2005Japan Atomic Energy Research Institute (JAERI) has been performing blanket development based on the long-term research program of fusion blankets in Japan, which was approved by the Fusion Council of Japan in 1999. The blanket development consists of out-pile R and D, In-pile R and D, TBM Neutronics and TPR Tests and Tritium Recovery System R and D ...
Mikio Enoeda +8 more
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Fusion science and technology, 2019
In this work, an in-house thermal–Discrete Element Method (DEM) code, recently developed at Karlsruhe Institute of Technology to evaluate the heat transfer in ceramic packed pebble beds, was applied to study the thermal behavior of the breeder beds of ...
M. Moscardini +4 more
semanticscholar +1 more source
In this work, an in-house thermal–Discrete Element Method (DEM) code, recently developed at Karlsruhe Institute of Technology to evaluate the heat transfer in ceramic packed pebble beds, was applied to study the thermal behavior of the breeder beds of ...
M. Moscardini +4 more
semanticscholar +1 more source
Fission Reactor Experiments for Solid Breeder Blankets
Fusion Technology, 1986Solid breeder blanket testing needs have been characterized in the FINESSE study. These testing needs have unique characteristics, especially in comparison to liquid breeder blankets. First, there are a large number of potential breeder materials and material variables. Secondly, the influence of radiation on the primary uncertainties is large, but the
P.J. Gierszewski, M.A. Abdou, R. Puigh
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Thermal hydraulic design and analysis of updated CFETR water cooled ceramic breeder blanket
Fusion engineering and design, 2019The Water Cooled Ceramic Breeder (WCCB) blanket is one of the candidates for Chinese Fusion Engineering Test Reactor (CFETR). In the engineering design stage of CFETR, an updated design of WCCB blanket was proposed corresponding to the latest core ...
Xuebin Ma +5 more
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Conceptual design and analysis of the helium cooled solid breeder blanket for CFETR
Fusion Engineering and Design, 2015Hongli Chen +8 more
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Engineering Scaling Requirements for Solid Breeder Blanket Testing
Fusion Science and Technology, 2005An engineering scaling process is applied to the solid breeder ITER TBM designs in accordance with the testing objectives of validating the design tools and the database, and evaluating blanket performance under prototypical operating conditions. The goal of scaling is to ensure that changes in structural response and performance caused by changes in ...
A. Ying +6 more
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