Page 462 - Fundamentals of Magnetic Thermonuclear Reactor Design

Index 439

parameters, 46 feedback control algorithms, 247
poloidal field coils, 49 linear model derivation, 251
TF and correction coils, 45 magnet configuration, 249
toroidal and poloidal magnetic field coils, 45 magnetic flux surfaces, 248
toroidal field coils, 47 matrixes of linear equations (MLE), 251
Main circuit breaker (MCB), 331, 332 non-linear modelling, 258
Make switch (MS), 329 optimisation design, 249
Matrixes of linear equations (MLE), 251 parametric and model uncertainties, 249
Maxwell stress tensor, 79 plasma column position and shape
Mechanical loads, vacuum vessel, 369 reconstruction
coolant pressure, 370 current filament method, 276
EMLs, 369 harmonic method, 276
thermomechanical loads, 370 local approximation method, 276
Mirror-stellarator hybrid, 11 reconstruction methods, 276
Motor generators (MG), 325 simple-layer potential method, 276
advantages, 326 plasma transport model, start-up
kinetic energy, 326 phase, 268
stationary toroidal field, 248
tokamak electromagnetic processes, 266
N Plasma heating systems
Natural lithium, 292 adiabatic compression, 282
Neutral beam (NB) injection, 282 current drive methods, 289
Next-Generation (Prospective) Fusion Blanket, electron cyclotron resonance heating, 286
308 fast atom injection, 282
ARIES-AT (United States), 309 ion cyclotron resonance heating, 288
EVOLVE (United States), 309 lower hybrid resonance heating, 289
FFHR-2 (Japan), 309 neutral beam (NB) injection, 282
HCPB (Europe), 309 ohmic heating, 282
SSTR-2 (Japan), 306 plasma stability, 281
TAURO (Europe), 309 Poloidal field (PFC), 354, 368
V/Li/He (United States), 309 central solenoid coils
W/Li/He (United States, 309 discharge current pulses, 333
Non-linear modelling, 258 electrical load of, 333
energy-demanding systems, 334
O energy storage phase, 336
Outboard blanket (OB), 296, 299 low power and energy consumption, 333
magnetic flux, 334
preliminary energy storage, 336
P T-3 CS power supply circuit, 334
Pinches, 11 T-10 CS power supply circuit, 334, 335
Pirobreaker (PB), 331, 347 T-15 PF coils, 336
Plasma control system ITER
analytical synthesis and control system circuit scheme and equipment, 342
optimisation discharge resistors, 340
basic features, 260 FOS, 340
problem generalisation, 261 grounding, 341, 342
design methodology, 249 PF1 and PF6 coils, 337
electro-physical and electro-technical PF2–PF5 coils, 337, 341, 342
operations, 248 poloidal magnetic fields, 337
engineering problems, 248 quasisymmetrical current distribution, 342
error field correction switching network unit, 338, 339
field perturbation harmonic analysis, 271 TCB, 339
ITER correction coils, 273 thyristor converter, 338
plasma processes, 270 plasma equilibrium control coils, 336