Qualification Phase of Key Technologies for ITER Correction Coils
Applied Superconductivity, IEEE Transactions（2011）
Key words
assembling,austenitic steel,curing,fatigue cracks,fracture toughness,glass fibre reinforced plastics,procurement,resins,solenoids,superconducting coils,tensile strength,vacuum insulation,welding,welds,windings,316LN austenitic steel,ASIPP,ASTM,CC casing assembly process,CC development,CC short mock-up,CNDA,Chinese Domestic Agency,DGEBF epoxy resin,EFCC supply,ITER correction coils,ITER magnet system,ITER organization,Institute of Plasma Physics Chinese Academy of Sciences,PF-coil,S-glass fiber-polyimide based insulation system,TF-coil,central solenoid,coils subsystems,coils winding qualification trials,correction coils qualification activity,curing,fatigue crack growth,fracture toughness,insulation mechanical property,key technology,low viscosity bisphenol-F epoxy resin,manufacturing methods,optimization,poloidal field coils,pre-qualification program,procurement arrangement set up,procurement phase,qualification phase,tensile property,toroidal field coils,vacuum pressure impregnation,weld qualification,welding trials,ASTM standards,ITER superconducting coils,Tokamak,VPI impregnation,casing,fatigue test
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