Electromagnetic Effects on Rippling Instability and Tokamak Edge Fluctuations

スポンサーリンク

概要

• 論文の詳細を見る

• Electromagnetic efl'ects on rippling naode are irxvestigated an?tlytically and numeric?tl1y as acause of' low f'requency electrorn;rgnetic fltrcttnations in tokaun?tk edge region. It is shown that,in a current-carrying resistive plasma, the ptmrely groxving electrostatic rippling naode can ttrrnotnt to be an electrotnagnetic oscillartory instability. The resistivity fltrcttration and temperaturegradient are the taaain sotrrces of' this instal.>ility, which requires lcoth parallel and perpendictrl?rrwave vectors. It is found that tlae electrotaaagnetic effect not only stabilizes the rippling modebtmt also destabilizes in the higher tetaaperatttre region with stronger cotrjcling with Alfven waves.The Alfven waves in a cotrpled dispersion relation are found heavily dart'xped in strch dissip?ttiveplasmas.

• 社団法人日本物理学会の論文
• 1998-10-15

著者

• MURAKAMI Sadayoshi

  National Insitute for Fusion Science

• Murakami Sadayoshi

  National Institute For Fusion Science

• SALEEM Hamid

  National Institute for Fusion Science

関連論文

• Achievement of 10 keV Central Electron Temperatures by ECH in LHD
• Analysis of Radial Electric Field Bifurcation in LHD Based on Neoclassical Transport Theory
• Electromagnetic Effects on Rippling Instability and Tokamak Edge Fluctuations
• Electron Heat Transport Analysis of Low-Collisionality Plasmas in the Neoclassical-Transport-Optimized Configuration of LHD
• Triggering Instability of Sawtooth Crash in NBI-Heated Plasmas of CHS Heliotron/Torsatron

スポンサーリンク