<RESEARCH REPORT>FAR-INFRARED LASER SCATTERING FROM SPONTANEOUS AND DRIVEN FLUCTUATIONS IN THE UCLA MICROTOR TOKAMAK

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概要

• 論文の詳細を見る

• A far-infrared (FIR) laser scattering system for the study of tokamak density fluctuations is described. Recent scattering data from low frequency microturbulence in high density (n≥5×10^<13>cm^<-3>) microtor discharges are presented. In addition, the first observation and identification of internal modes generated during ICRF heating are described. The latter study directly conforms to fast wave mode conversion theory in a two-ion species plasma. In particular, the first internal observation of mode converted ion Bernstein waves in a tokamak plasma has been made.

• 核融合科学研究所の論文

著者

• Xu Ying

  University Of California Los Angeles California

• Park H.

  University Of California Los Angeles California

• Peebles W.

  University Of California Los Angeles California

• Luhmann N.

  University Of California Los Angeles California

• Lee P.

  University of California Los Angeles, California

• Taylor R.

  University of California Los Angeles, California

• Yu C.

  University of California Los Angeles, California

• Taylor R.

  University Of California Los Angeles California

• Yu C.

  University Of California Los Angeles California

関連論文

• CURRENT MILLIMETER AND SUBMILLIMETER WAVE SOURCE DEVELOPMENT EFFORTS AT UCLA
• FAR-INFRARED LASER SCATTERING FROM SPONTANEOUS AND DRIVEN FLUCTUATIONS IN THE UCLA MICROTOR TOKAMAK
• MULTI-MIXER FAR-INFRARED SCATTERING APPARATUS
• FAR-INFRARED IMAGING ARRAYS FOR FUSION PLASMA DENSITY AND MAGNETIC FIELD MEASUREMENTS
• HYPERTENSION IN HONG KONG : SYMPOSIUM I : Problems of Hypertension in Each Country

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