Divertor plasma conditions and their effect on carbon migration in the ASDEX Upgrade tokamak: Dissertation

Keyphrases

• Impurities 100%
• ASDEX Upgrade Tokamak 100%
• Divertor Plasma 100%
• Carbon Migration 100%
• Plasma Condition 100%
• Divertor 50%
• Tokamak 50%
• Divertor Region 50%
• Plasma Model 50%
• Electric Field (E-field) 50%
• Numerical Simulation 25%
• Tritium 25%
• Magnetic Field 25%
• Predictive Ability 25%
• Collisionality 25%
• Net Erosion 25%
• Local Migration 25%
• Power Exhaust 25%
• Plasma Parameters 25%
• Fusion Performance 25%
• Low Density 25%
• Physical Processes 25%
• Injection Experiment 25%
• Material Component 25%
• Numerical Code 25%
• Plasma Density 25%
• Migration Processes 25%
• Low Charge 25%
• Impurity Migration 25%
• Collision-free 25%
• Nonlinear Process 25%
• Plasma Boundary 25%
• Charge number 25%
• Hot Electrons 25%
• Vessel Wall 25%
• Carbon Injection 25%
• Particle Exhaust 25%
• Plasma-material Interactions 25%
• Operational Regimes 25%

INIS

• plasma 100%
• carbon 100%
• migration 100%
• asdex tokamak 100%
• tokamak devices 100%
• divertors 100%
• impurities 62%
• simulation 37%
• performance 25%
• electric fields 25%
• models (plasma) 25%
• layers 12%
• density 12%
• interactions 12%
• power 12%
• experimental data 12%
• electrons 12%
• magnetic fields 12%
• charges 12%
• particles 12%
• nonlinear problems 12%
• walls 12%
• vessels 12%
• computerized simulation 12%
• erosion 12%
• tritium 12%
• deposits 12%
• lifetime 12%
• injection 12%
• plasma density 12%

Physics

• Tokamak Device 100%
• Blood Plasma 100%
• Electric Field 22%
• Physical Process 11%
• Hot Electron 11%
• Plasma-Materials Interaction 11%
• Magnetic Field 11%
• Tritium 11%
• Plasma Density 11%