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First measurements of triton burnup neutron spectra using a natural diamond detector on JT-60U

M Isobe, T Nishitani, A.V Krasilnikov, J Kaneko, M Sasao1997年Fusion Engineering and DesignIF 1.7出版社

AbstractA natural diamond detector (NDD) is one of the candidates for the DT neutron spectrometer in the International Thermonuclear Experimental Reactor since it has a high energy resolution, a high radiation resistance and a very compact size. The characteristic performance of NDD as a DT neutron spectrometer was examined at the FNS neutron generator. The NDD indicated the energy resolution of 1.95% to 14.1 MeV neutrons. In order to obtain the information of the triton slowing-down, the NDD was applied to the deuterium discharges of the JT-60U tokamak. By accumulating the data of several shots, the change of the pulse height spectrum suggesting the slowing-down of tritons was observed after neutral beam turn-off.

日本語訳

天然ダイヤモンド検出器(NDD)は、高いエネルギー分解能、高い耐放射線性、および非常にコンパクトなサイズを有することから、国際熱核融合実験炉におけるD-T中性子スペクトロメータの候補の一つである。NDDのD-T中性子スペクトロメータとしての特性性能は、FNS中性子発生装置において検証された。NDDは、14.1 MeV中性子に対して1.95%のエネルギー分解能を示した。トリトンの減速に関する情報を得るために、NDDはJT-60Uトカマクの重水素放電に適用された。複数ショットのデータを蓄積することにより、中性子ビーム停止後にトリトンの減速を示唆するパルス波高スペクトルの変化が観測された。

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