Contents

1. Experimental Results and Analyses
1.1 Sustainment of High Performance and Non-inductive Current Drive
1.2 Physics of Plasma Confinement
1.3 MHD instabilities and High Energy Particles
1.4 Plasma Control and Disruption
1.5 Particle Control and Divertor/Scrape-off-Layer (SOL) Physics
1.6 High Density and High Radiation Plasmas
2. Operation and Machine Improvements

2.1 Tokamak Machine
2.2 Control System
2.3 Power Supply System
2.4 Neutral Beam Injection System
2.5 Radio-frequency Heating System
2.6 Design Study of the JT-60 Modification Utilizing Superconducting Coils

1. Advanced Material Tokamak Experiment (AMTEX) Program
1.1 Pre-testing on Compatibility with Plasma
1.2 Study of Ripple Loss of Fast Ions
1.3 Preparation for Testing on Compatibility with Plasma
2. High Performance Experiments

2.1 Study of High Confinement Modes
2.2 Radio Frequency Experiments
2.3 Compact Toroid Injection
3. Operation and Maintenance

3.1 Tokamak Machine
3.2 Heating Systems
3.3 Power Supply System

1. Confinement and Transport
2. Stability
3. Heating and Current Drive
4. Numerical Experiment of Tokamak (NEXT)

4.1 Development of Computational Algorithm
4.2 Transport and MHD Simulation
4.3 Divertor Simulation

1. Fusion Reactor Design

1.1 Design of A-SSTR2
1.2 Design of a New DEMO Reactor
1.3 Startup of DT Fusion Plant without Initial Loading of Tritium
1.4 Multipurpose Use of Fusion Energy
2. Fusion Safety
2.1 Structural Integrity of First Wall Made of SiC/SiC
2.2 Reduction of Radioactive Waste from Tokamak Reactor

A.1 Publication List (April 2000- March 2001)
A.2 Personnel