Experiment on the Ohmic Heating of Plasma in the Heliotron C Magnetic Field. I. : Equilibrium

スポンサーリンク

概要

• 論文の詳細を見る

• The equilibrium of the current-carrying toroidal plasma in the Heliotron C field is studied experimentally. The equilibrium state is very sensitive to a change in the transverse field of order 10^<-3> of the main confining field. The effect of vertical magnetic field on the equilibrium is precisely examined by measuring the electrostatic equipotential surface of the plasma and the apparent electric conductivity of the plasma current. The observed values of the optimum vertical field B_v, which is necessary for the equilibrium of a current-carrying toroidal plasma, are about 1/2∼1/3 of the theoretical values.

• 社団法人日本物理学会の論文
• 1971-10-05

著者

• UO Koji

  Plasma Physics Laboratory, Kyoto University

• Uo Koji

  Plasma Physics Laboratory Faculty Of Enginning Kyoto University

• OSHIYAMA Hiroshi

  Plasma Physics Laboratory, Faculty of Enginning, Kyoto University

• MOHRI Akihiro

  Plasma Physics Laboratory, Faculty of Enginning, Kyoto University

• ARIGA Seiich

  Plasma Physics Laboratory, Faculty of Enginning, Kyoto University

• UEDE Taisei

  Plasma Physics Laboratory, Faculty of Enginning, Kyoto University

• MATOBA Tohru

  Plasma Physics Laboratory, Faculty of Enginning, Kyoto University

• Oshiyama Hiroshi

  Plasma Physics Laboratory Faculty Of Engineering Kyoto University

• Oshiyama Hiroshi

  Plasma Physics Laboratory Faculty Of Enginning Kyoto University

• Mohri Akihiro

  Plasma Physics Laboratory Faculty Of Engineering Kyoto University

• Mohri Akihiro

  Plasma Physics Laboratory Faculty Of Enginning Kyoto University:(present Address) Institute Of Plasm

• Uede Taisei

  Plasma Physics Laboratory Faculty Of Enginning Kyoto University

• Ariga Seiich

  Plasma Physics Laboratory Faculty Of Enginning Kyoto University

• Matoba Tohru

  Plasma Physics Laboratory Facult Of Engineering Kyoto University

• Matoba Tohru

  Plasma Physics Laboratory Faculty Of Enginning Kyoto University

関連論文

• Spectrum Identification of Heliotron E Plasma Impurities by a Time-Resolving Grazing Incidence Spectrometer with a Multichannel Detector : Nuclear Science, Plasmas and Electric Discharges
• The Sources of Fe Impurity in Heliotron E Plasma during NBI : Nuclear Science, Plasmas and Electric Discharges
• Studies of Particle Behaviour in Heliotron E by Means of Balmer-Alpha Laser Fluorescence Spectroscopy
• Neutral Density Measurements by Charge Exchange Analysis on the Heliotron E Plasma
• Two Pulse and Multiple Position Thomson Scattering System
• Ohmic Heating in Rising Phase of Confining Field in Heliotron DR
• Effects of Light Impurities on Electron Temperature Measured by Soft X-Ray Filter Method
• VUV Radiation Bolometer for Beam-Heated Currentless Plasmas in Heliotron-E
• Electron Thermal Energy of Ohmically-Heated Plasmas in Heliotron D
• Experimental Study of Current Driven Relaxation Oscillations,in Heiotron E
• Coaxial Laser-Induced Fluorescence Spectroscopic System for Impurity Diagnostics in Plasmas
• Ray Tracing Analyses of Current-Free ECRH Plasmas in Heliotron E
• Thermonuclear Fusion Neutrons under"Currentless Plasmas"in Heliotron E
• Relaxation Oscillation in an Ohmic-Heated Heliotron E Plasma with a Zero Rotational Transform Surface
• Hydrogen Ion Species Analysis and Related Neutral Beam Injection Power Assessment in the Heliotron E Neutral Beam Injection System
• Experiments of MHD Activities of Low Modes in the Heliotron-D
• Confinement of Ohmically Heated Plasmas in Heliotron D
• Investigation of Electron Heating Due to the Kinetic Shear Alfven Wave in the Toroidal Plasma
• Magnetohydrodynamic Instabilities in a High Shear Helical System
• Experiment on the Ohmic Heating of Plasma in the Heliotron C Magnetic Field. I. : Equilibrium
• Charge Exchange Neutral Particle Measurement in Heliotron E
• Application of Microchemical Analysis to Diagnostics of Lithium Plasma
• The Effect of the Stagnation Region on the Plasma Confinement in the Poloidal Heliotron Magnetic Field
• Measurements of Laser-Produced Plasmas from Lithium Targets by Retarding Potential Probe
• Motion and Collision of Plasma Blobs Produced by Giant Pulse Laser in a Transverse Magnetic Field
• A New Mechanism of Obtaining the Plasma Equilbrium in the Poloidal Heliotron Magnetic Field
• Photo-neutron production in Heliotron-E.
• Coaxial Laser-Induced Fluorescense Spectroscopic System for Impurity Diagnostics in Plasmas

もっと見る 閉じる

スポンサーリンク