Page 465 - Fundamentals of Magnetic Thermonuclear Reactor Design

442 Index

Tokamaks Transmutation processes, 396, 397
codes and standards for, 383 Tritium, 1, 292, 301
EM processes. See Electromagnetic (EM) burnt-out tritium, 26
processes chemical activity, 293
Joule heating, 3 molecular, 415
magnetic field configuration, 2 solubility, 293
spherical tokamaks, 4 Tritium breeding ratio (TBR), 296, 312
Toroidal field coil (TFC), 47 definition, 292
accommodation of forces, 355 liquid breeding materials, 293
D-shaped, 355 neutron breeding blanket materials, 294
Gen-1 and Gen-2 tokamaks, 355 TYPHOON code, 101, 102, 104, 106
global finite-element model of, 363
ITER U
BPS, 332
fast discharge units, 330, 331, 340 Unipolar microarc suppression
FDR, 332, 333 methods, 185
ground resistor, 330 US blankets
MCB, 331, 332 ARIES-AT, 309
PMS, 331, 332 DCLL, 304
principles, 330 EVOLVE, 309
12-pulse TC, 330 V/Li/He, 309
VCB, 332 W/Li/He, 309
intercoil structures, 355
magnetic force distribution, 353 V
maximum allowable stress, 363 Vacuum and tritium system (VTS)
negative magnetic stiffness, 368 components, 195
radial displacements, 365 dual functionality FW design concept, 196
resistive coils factors, 180
AC/DC converters, 325, 326 mathematical simulation, 204
110 kW Mosenergo transmission line, 326 MFR vacuum system design, 181
motor generators, 325, 326 physical and technological functions, 180
parameters, 324, 328 physical processes
12-pulse converters, 326 charge exchange, 183
thyristor modules, 327 deuterium–tritium (D–T) fuel mix, 181
TM-4 tokamak power supply circuit, D–T reaction, 182
324, 325 fusion reaction, 181
T-10 tokamak, TF power supply circuit of, plasma configuration, 181
326, 327 plasma effective charge, 183
superconducting coils plasma electromagnetic radiation, 182
coil protection, 328 plasma magnetic confinement, 182
counterpulse current battery, 329 plasma ‘traps-’, 183
current commutating unit, 329, 330 plasma impact, 184
energy accumulation, 327 plasma impurity control
energy discharge time, 328 magnetic divertor, 188
make switch, 329 sources of, 187
mechanical switch, 329 pumping equipment, 201
stabilisation, 327 tritium circuit design and operation, 180
thyristor switch, 329 vacuum equipment, 180
thyristor valve, 329 vacuum pumping duct design, 197
T-15 superconducting TF coil, power wall cleaning and conditioning, 199
supply circuit of, 328, 329 Vacuum circuit breaker (VCB), 332, 343
total moments and forces, 354 Vacuum vessel (VV)
transformation of forces, 356 cryostat housing, 417