Simulation of Adiabatic Compression Plasma

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概要

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• A system of 1-D transport codes has been developed for studying the discharge processes of compressional tokamak plasma in the Tuman-2,Tosca, and STP-3 devices. The code includes the effects of neutrals and impurity radiation. The model provides reasonably good fits of the main data from the experiments of Tosca and Tuman-2. The computational predictions for the STP-3 device are also presented. The computed results show that the average ion temperature of the STP-3 discharge with compression is about twice the value without compression. The higher the Ohmic heating power, the slower the optimum compression time becomes.

• 核融合科学研究所の論文

著者

• Amano Tsuneo

  Research Information Center, Institute of Plasma Physics, Nagoya University

• OKAMOTO Masao

  Research Information Center, Institute of Plasma Physics, Nagoya University

• HIRANO Keiichi

  Research Information Center, Institute of Plasma Physics, Nagoya University

• Amano Tsuneo

  Research Information Center Institute Of Plasma Physics Nagoya University:plasma Physics Laboratory

• Okamoto Masao

  Institute Of Plasma Physics Nagoya University

• Okamoto Masao

  Research Information Center Institute Of Plasma Physics Nagoya University

• SHIMIZU Katsuhiro

  Plasma Physics Laboratory,Faculty of Engineering,Osaka University

• Lin Ruiyan

  Research Information Center, Institute of Plasma Physics, Nagoya University

• Shimizu Katsuhiro

  Research Information Center, Institute of Plasma Physics, Nagoya University

• Shimizu Katsuhiro

  Plasma Physics Laboratory Faculty Of Engineering Osaka University

• Lin Ruiyan

  Research Information Center Institute Of Plasma Physics Nagoya University:institute Of Physics Acede

• Hirano Keiichi

  Research Information Center Institute Of Plasma Physics Nagoya University

• Amano Tsuneo

  Research Information Center Institute Of Plasma Physics Nagoya University

関連論文

• ON TOKAMAK EQUILIBRIUM
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• Possible Method for Burn Control by Compression-Decompression
• MONTE CARLO STUDY OF ION CYCLOTRON RESONANCE HEATING IN HELICAL SYSTEMS
• Physical Interpretation of Current Start-Up by rf in WT-2 Tokamak
• Transport Code Study of Electron Cyclotron Heating in Tokamaks
• ADVANCED FUELS IN A FIELD-REVERSED CONFIGURATION
• Electron Thermal Diffusivity in JFT-2 Tokamak with NBI Heating
• A Monte-Carlo Simulation for Neutral Beam Probing of Plasma Current Profile
• A Monte-Carlo Simulation for Neutral Beam Probing of Plasma Current Profile
• Oxygen Transport and Line Emissions in a Tokamak Plasma
• D-^3He FUELS IN A FIELD-REVERSED CONFIGURATION
• Neoclassical MHD Equilibria with Ohmic Current
• Magnetohydrodynamic and Tearing Instabilities of a Current Carrying Plasma in a Tokamak Type Device
• Boosting Up of Neutral Beam Heating Power by Slowly Rising Toroidal Field
• Numerical Simulation of Density Evolution in JIPP T-2 Tokamak
• Numerical Analysis of Sawtooth Oscillation in Low-q DIVA Experiment
• Simulation of Adiabatic Compression Plasma
• Effects of Impurities and Neutrals on Setting-Up Phase of Reversed Field Pinch
• Numerical Simulation of Lower Hybrid Wave Propagation in a Plasma
• Particle Orbits in a Heliotron Magnetic Field
• Effects of a High-Frequency Electric Field on Micro-Instabilities Driven by Density Gradient
• Effects of a High-Frequency Electric Field on Micro-Instabilities Driven by Density Gradient
• A Preliminary Experiment on Current Sustaining in a Magnetized Toroidal Plasma
• Numerical Study of LHRF-Heating in a Tokamak
• Numerical Study of LHRF-Heating in a Tokamak
• Numerical Calculation on a Mechanism of Current Sustainment during LHCD
• End Pluggings of a Linear Theta Pinch by Hot High Z Plasmas of High Mass Number
• QUASI-STATIC COMPRESSIONAL HEATING OF A TOKAMAK
• Collisional Relaxation of Electron Tail Distribution
• The Oscillatation of the Trapped Flux in the Early Phase of a Reversed Field θ-Pinch
• A Negative V" System and Its Equilibrium
• Collisional Relaxation of Electron Tail Distribution
• Bootstrap Currents in Toroidal Systems
• Zero-dimensional analysis of burn control with compression-decompression.
• Effect of particle recycling on burn control by compression-decompression.

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