Unraveling the surface chemistry processes in lithiated and boronized plasma material interfaces under extreme conditions

Keyphrases

• Surface Chemistry 100%
• Fusion Plasma 100%
• Plasma-material Interface 100%
• Irradiation 66%
• Ex-vessel 66%
• In Situ 33%
• Complex Surface 33%
• Computational Study 33%
• Computational Tools 33%
• In Situ Diagnostics 33%
• Deuterium 33%
• Tokamak 33%
• Plasma Edge 33%
• Confinement Behavior 33%
• Surface Science 33%
• Computational Chemistry 33%
• Spatiotemporal Scales 33%
• Single Effect 33%
• Hydrogen Fuel 33%
• Experimental Facility 33%
• Computational Physics 33%
• Carbon Surface 33%
• Science Studies 33%
• Plasma-facing Components 33%
• Plasma Facing Surface 33%
• Lithium Coating 33%
• Physics Modeling 33%
• Plasma Condition 33%
• Chemical Sputtering 33%
• Fuel Irradiation 33%
• In-vessel 33%
• Plasma Confinement 33%
• Low-Z Materials 33%
• Chemistry Modeling 33%
• Boron Coating 33%
• Fusion Edge Plasmas 33%

Physics

• Blood Plasma 100%
• Fusion Plasmas 60%
• Tokamak Device 20%
• Deuterium 20%
• Computational Physics 20%
• Plasma Control 20%