PLASMA PHYSICS AND CONTROLLED NUCLEAR FUSION

By JAMES HERNANDEZ

INSTABILITIES DRIVEN BY ENERGETIC PARTICLES FISHBONE INSTABILITY 13 1 1 FORMULATION 13 1 2 MHD POTENTIAL ENERGY 13 1 3 KINETIC INTEGRAL OF HOT COMPONENT 13 1 4 GROWTH RATE OF FISHBONE INSTABILITY TOROIDAL ALFV´EN EIGENMODE 13 2 1 TOROIDICITY-INDUCED ALFV´EN EIGENMODE 13 2 2 INSTABILITY OF TAE DRIVEN BY ENERGETIC PARTICLES 13 2 3 VARIOUS ALFV´EN MODES COMPUTER SIMULATION MHD MODEL LINEARIZED KINETIC MODEL MODELING BULK PLASMA AND ENERGETIC PARTICLES GYRO?UID/GYRO-LANDAU-FLUID MODELS GYROKINETIC PARTICLE MODEL FULL ORBIT PARTICLE MODEL PART II CONTROLLED NUCLEAR FUSION DEVELOPMENT OF FUSION RESEARCH FROM SECRECY TO INTERNATIONAL COLLABORATION ARTSIMOVICH ERA THE TREK TO LARGE TOKAMAKS SINCE THE OIL CRISIS ALTERNATIVE APPROACHES TOKAMAKS TOKAMAK DEVICES EQUILIBRIUM MHD STABILITY AND DENSITY LIMIT BETA LIMIT OF ELONGATED PLASMA IMPURITY CONTROL, SCRAPE-O?LAYER AND DIVERTOR CON?NEMENT SCALING OF L MODE H MODE AND IMPROVED CON?NEMENT MODES NON-INDUCTIVE CURRENT DRIVE 16 8 1 LOWER HYBRID CURRENT DRIVE 16 8 2 ELECTRON CYCLOTRON CURRENT DRIVE 16 8 3 NEUTRAL BEAM CURRENT DRIVE 16 8 4 BOOTSTRAP CURRENT NEOCLASSICAL TEARING MODE 16 10 TOKAMAK REACTORS RFP STELLARATOR REVERSED FIELD PINCH 17 1 1 REVERSED FIELD PINCH CON?GURATION 17 1 2 MHD RELAXATION 17 1 3 CON?NEMENT 17 1 4 OSCILLATING FIELD CURRENT DRIVE STELLARATOR 17 2 1 HELICAL FIELD 17 2 2 STELLARATOR DEVICES 17 2 3 NEOCLASSICAL DI?USION IN HELICAL FIELD 17 2 4 CON?NEMENT OF STELLARATOR SYSTEM INERTIAL CON?NEMENT PELLET GAIN IMPLOSION MHD INSTABILITIES FAST IGNITION REFERENCES