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Attenuation measurement of an atomic hydrogen beam as a diagnostic technique to determine the light impurity content of a plasma

M -C Hublet, G van Wassenhove, E Desoppere, M Jadoul, G van Oost1988年Plasma Physics and Controlled FusionIF 2.2出版社

The attenuation of a low intensity atomic hydrogen or deuterium beam, injected into the plasma of the ERASMUS Tokamak, was investigated during the whole duration of the discharge, as a function of the beam energy (3-15 keV) and of the radial position of the injection chord. The comparison with attenuations calculated from impurity models adapted to the ERASMUS plasma allows the evaluation of the content of oxygen assuming that this is the only light impurity. The sensitivity of the diagnostic was tested by injection of test impurities, such as oxygen and helium, and during RF heating in the ion-cyclotron range of frequencies.

日本語訳

低強度の原子状水素または重水素ビームの減衰を、ERASMUSトカマクのプラズマ中に注入した際に、放電全体にわたって、ビームエネルギー(3-15 keV)と注入の径方向位置の関数として調査した。ERASMUSプラズマに適合させた不純物モデルから計算された減衰との比較により、軽不純物が酸素のみであると仮定した場合の酸素含有量の評価が可能となる。この診断法の感度は、酸素やヘリウムなどの試験不純物の注入時、およびイオンサイクロトロン周波数帯におけるRF加熱中に検証された。

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