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Authors:
Kawamura, Y
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Citation: Y. Kawamura et al., Adsorption isotherms for tritium on various adsorbents at liquid nitrogen temperature, FUSION TECH, 37(1), 2000, pp. 54-61
Authors:
Yamanishi, T
Kawamura, Y
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Arita, T
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Citation: T. Yamanishi et al., Development of a tritium fuel processing system using an electrolytic reactor for ITER, NUCL FUSION, 40(3Y), 2000, pp. 515-518
Authors:
O'hira, S
Hayashi, T
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Citation: S. O'Hira et al., Improvement of tritium accountancy technology for ITER fuel cycle safety enhancement, NUCL FUSION, 40(3Y), 2000, pp. 519-525
Authors:
Hatano, T
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Citation: T. Hatano et al., High heat flux test of a HIP-bonded first wall panel of reduced activationferritic steel F-82H, J NUCL MAT, 283, 2000, pp. 685-688
Authors:
Ferrari, M
Bianchi, A
Celentano, G
Danner, W
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Gulden, W
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Lucca, F
Masson, X
Mattas, R
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Citation: M. Ferrari et al., ITER reference breeding blanket design, FUSION ENG, 46(2-4), 1999, pp. 177-183
Authors:
Enoeda, M
Furuya, K
Takatsu, H
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Hatano, T
Citation: M. Enoeda et al., Effective thermal conductivity measurements of the binary pebble beds by hot wire method for the breeding blanket, FUSION TECH, 34(3), 1998, pp. 877-881
Authors:
Kanari, M
Hatano, T
Sato, S
Furuya, K
Kuroda, T
Enoeda, M
Takatsu, H
Citation: M. Kanari et al., High heat flux testing and post-mortem observation of small-scale ITER first wall mock-up made by HIP joining, FUSION TECH, 34(3), 1998, pp. 882-886
Authors:
Hatano, T
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Kitamura, K
Furuya, K
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Takatsu, H
Citation: T. Hatano et al., Low cycle fatigue lifetime of HIP bonded Bi-metallic first wall structuresof fusion reactors, J NUC SCI T, 35(10), 1998, pp. 705-711
Authors:
Sato, S
Hatano, T
Kuroda, T
Furuya, K
Hara, S
Enoeda, M
Takatsu, H
Citation: S. Sato et al., Optimization of HIP bonding conditions for ITER shielding blanket first wall made from austenitic stainless steel and dispersion strengthened copper alloy, J NUCL MAT, 263, 1998, pp. 265-270