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The Princeton Large Torus (PLT)

J. Hosea, R. Goldston, P. Colestock1985年被引用 12Nuclear FusionIF 3出版社

In the PLT experimental programme, Ohmic, neutral-injection, and ion-cyclotron heating techniques have been studied and improved, resulting in record ion temperatures. In addition, non-inductive current drive with lower-hybrid waves has been demonstrated. These achievements were made possible by the continual development and deployment of advanced plasma diagnostics, high-power RF systems, and specially tailored materials and structures. The intermediate size of PLT has permitted flexible experimental operation and the separation of plasma core from plasma surface effects.

日本語訳

PLT実験プログラムにおいて、オーミック加熱、中性粒子入射加熱、およびイオンサイクロトロン加熱の各手法が研究・改良され、その結果、記録的なイオン温度が達成された。さらに、低ハイブリッド波による非誘導電流駆動が実証された。これらの成果は、先進的なプラズマ診断装置、高出力RFシステム、および特別に調整された材料の継続的な開発と導入によって可能となった。PLTの中規模サイズは、柔軟な実験運用と、プラズマ中心部の効果とプラズマ表面の効果との分離を可能にした。

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