DEEP RESEARCH0 项相关知识 · 8 项技术依据
聚变工程知识分析
请分析资源“Microturbulence Suppression by Alfvén Eigenmodes in the DIII-D Tokamak”在聚变工程中的用途、关联技术与使用条件。
研究摘要
现有已发布知识中未检索到与该问题直接匹配的实体或技术依据。请调整问题中的技术对象或工程范围。
分析任务
分析结论
相关知识范围
技术依据
资料《Assessing plasma face component thermal response to rotating 3D magnetic fields for SPARC tokamak》研究或讨论偏滤器热流控制相关问题。DOE OSTI
查看来源 ↗资料《Assessing plasma face component thermal response to rotating 3D magnetic fields for SPARC tokamak》研究或讨论面向等离子体部件热响应相关问题。DOE OSTI
查看来源 ↗Achievement of a high-density, high-confinement, and high-beta tokamak plasma regime in DIII-D, and implications for a lower-current path for ITER and FPPDOE OSTI
查看来源 ↗Overview of the MAST Upgrade physics programme: testing novel concepts at low aspect ratio to inform future devicesDOE OSTI
查看来源 ↗ANALYTIC EXPRESSIONS FOR EXTRACTING FAR SCRAPE-OFF LAYER TRANSPORT COEFFICIENTS FROM THE PLASMA-WALL INTERACTION OF DIVERTOR TOKAMAKSDOE OSTI
查看来源 ↗First Wall Design of a Tokamak Pilot Plant Using a Monte Carlo Model for 3-D Heat Flux DepositionDOE OSTI
查看来源 ↗Integration of X-point radiator divertor operation with high beta hybrid core plasmas in DIII-DDOE OSTI
查看来源 ↗First Wall Design of a Tokamak Pilot Plant Using a Monte Carlo Model for 3-D Heat Flux DepositionDOE OSTI
查看来源 ↗