Page 460 - Fundamentals of Magnetic Thermonuclear Reactor Design

Index 437

radiation safety. See Radiation safety thermal shields, 56
R&D programme, 40 toroidal field coil
reactor assembly, 60 global model of, 362
reactor configuration and characteristics, 45 physical simulation of, 382
cooling water system, 44 stress state of, 362
design parameters, 43 toroidal field coil power supply
D–T Campaign, parameter for, 43 BPS, 332
magnetic system, 42 fast discharge units, 330, 331
plasma heating system, 44 FDR, 332, 333
toroidal field (TF) coils, 42 ground resistor, 330
vacuum pumping and tritium complex, 44 MCB, 331, 332
safety analysis PMS, 331, 332
computer codes, 428 principles, 330
cryostat events, 427 12-pulse TC, 330
electric power supply, 427 VCB, 332
loss of hot cell events, 427 toroidal field model coil, 143
hot cell events, 427 vacuum chamber, 398
in-vessel cooling system events, 427 vacuum vessel, 52
in-vessel heat-transfer system, 427 In-vessel components
ex-vessel events, 427 divertor, 55
magnet events, 427 first-wall panels, 54
maintenance events, 427 Ion cyclotron resonance heating, 288
plasma events, 427 ITER Magnet Structural Design Criteria, 385
tritium plant and vacuum system
events, 427 J
simulation and testing results, 150
switching equipment Japanese blankets, 302, 303
extra protective make switch, 348 HCSB, 299
FMS, 346 FFHR-2, 309
movable contact element, 346 SSTR-2, 306
multiple-acting switches, 344, 345 Japanese JT-60, 326
single-acting protective switches, 346 Joule heating, 3
switch contact system, 345
test blanket modules K
DEMO-S blanket parameters, 310–312 KLONDIKE code, 82
experimental data, 312 Klystron, 290
helium-cooled ceramic breeder TBM KOMPOT code, 77
characteristics, 314, 315 Korean He–Li blanket(HCML), 305, 307
liquid-metal TBM characteristics, 314, 316 Kruskal–Shafranov criterion, 3
MHD characteristics and properties of
electrical insulation barriers, 313
neutron characteristics, 313 L
physical and mathematical simulation, 309 Lagrange multiplier method, 88
Russian Li–V TBM version, 314, 317 Large Helical Device (LHD) torsatron, 9
thermal hydraulic characteristics, 313 License, 404
thermal mechanical characteristics, 314 Linear elasticity, 367
tritium breeding, 312 Lines of defence (LoD), 409, 423
thermal–hydraulic simulations, 155, 165 Lithium
central solenoid model, 169 input/output temperature, 296
central solenoid model coil, 160 lead-lithium, 293
toroidal field magnet model, 166 liquid, 293
Venecia basic models and modelling natural, 292
technique, 157 pure, 293