1. magnetic confinement - ENEA - Fusione

2.3 Engineering of the Machine 59
2.3.1 EM analysis of vacuum vessel during plasma disruptions 59
2.3.2 Engineering models 60
2.3.3 Plasma-wall interaction and molybdenum contamination 61
2.3.4 Auxiliary plasma heating system: ICRH 61
3. FUSION TECHNOLOGY 65
3.1 Technology Programme 65
3.1.1 Introduction 65
3.2 First Wall and Divertor 65
3.2.1 Influence of manufacturing heat cycles on CuCrZr properties
(ITER Task DV4/04) 65
3.2.2 Manufacturing of small-scale W monoblock mockups by hot
radial pressing (ITER EFDA R&D Tasks) 66
3.2.3 Runaway electrons on ITER PFCs (EFDA Contract /00-520) 66
3.3 Vacuum Vessel and Shield 67
3.3.1 EM analyses of in-vessel components for ITER-FEAT 67
3.3.2 ITER-FEAT breeding blanket 68
3.4 Magnets 69
3.4.1 Installation and testing of ITER CS and TF model coils
(ITER Task M20) 69
3.4.2 Development of calculation codes for CIC conductors
(EFDA Task TWO-T400-1/01) 71
3.4.3 New diagnostics for a CIC conductor (EFDA Task TWO-T400-1/01) 71
3.4.4 Development of NbTi conductors for ITER PF coils
(ITER Task M50, EFDA Task TWO-T405/1 and TW1-TMC/SCABLE) 72
3.4.5 Test in SULTAN of the ENEA Nb3Sn magnet (ITER Task M20) 74
3.4.6 Chemical deposition of oxide buffer layers for YBCO-coated
metallic tapes 74
3.4.7 Development of Nb 3 Al strands for high-field applications 74
3.4.8 Feasibility study on eddy current testing of ITER coil case welds
(ITER Task TW1-TMS/MMTFRD) 75
3.5 Neutronics 75
3.5.1 3-D nuclear analysis for ITER-FEAT design 75
3.5.2 Experimental validation of shutdown dose rates for ITER 76
3.5.3 Design of the neutron cameras for ITER 78
3.5.4 Evaluation of neutron cross sections for fusion materials (EFF project) 79
3.5.5 Neutronics benchmark experiment on SiC (EFF project) 79
3.5.6 Experimental validation of neutron cross sections for fusion
materials (EAF project) 80