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      Toroidal seed current generation of laser beat-waves in a bootstrap-current-driven tokamak

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      https://www.riss.kr/link?id=E688646

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      The current-drive effect of a laser beat-wave has been investigated with a focus on the seed current near the magnetic axis of the bootstrap-driven tokamk plasma. It is noted that the most important merit of the method is its profile control capability. A fluid and a kinetic model have been developed for describing the plasma dynamics during a single pulse of the laser beat-wave. Numerical solutions to the averaging the behavior of the electron distribution function show the existence of an optimum phase velocity of the beat wave for current drive efficiency at a given laser intensity.
      Moreover, the efficiency is found to increase monotonically with the laser intensity, suggesting that a high-intensity short-pulsed operation is preferred. The upper limit for the laser intensity is given by the instability threshold of stimulated Raman backscattering. The optimal current-drive efficiency of the scheme is found to be quite comparable to those for obtained by a continuous of current drive.
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      The current-drive effect of a laser beat-wave has been investigated with a focus on the seed current near the magnetic axis of the bootstrap-driven tokamk plasma. It is noted that the most important merit of the method is its profile control capabilit...

      The current-drive effect of a laser beat-wave has been investigated with a focus on the seed current near the magnetic axis of the bootstrap-driven tokamk plasma. It is noted that the most important merit of the method is its profile control capability. A fluid and a kinetic model have been developed for describing the plasma dynamics during a single pulse of the laser beat-wave. Numerical solutions to the averaging the behavior of the electron distribution function show the existence of an optimum phase velocity of the beat wave for current drive efficiency at a given laser intensity.
      Moreover, the efficiency is found to increase monotonically with the laser intensity, suggesting that a high-intensity short-pulsed operation is preferred. The upper limit for the laser intensity is given by the instability threshold of stimulated Raman backscattering. The optimal current-drive efficiency of the scheme is found to be quite comparable to those for obtained by a continuous of current drive.

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      목차 (Table of Contents)

      • ABSTRACT
      • 1.INTRODUCTION
      • 2.LASER PROPAGATION AND THE BEAT-WAVE
      • 3.FRUID MODEL FOR LANGMUIR WAVE GENERATION
      • 4.KINETIC MODEL FOR SEED CUREENT GENERATION
      • ABSTRACT
      • 1.INTRODUCTION
      • 2.LASER PROPAGATION AND THE BEAT-WAVE
      • 3.FRUID MODEL FOR LANGMUIR WAVE GENERATION
      • 4.KINETIC MODEL FOR SEED CUREENT GENERATION
      • 5.SUMMARY
      • REFERENCE
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