Contents

1. Experimental Results and Analyses
1.1 Extended Plasma Regimes
1.2 Heat, Particle and Rotation Transport
1.3 MHD Instabilities and Control
1.4 H-Mode and Pedestal Research
1.5 Divertor/SOL Plasmas and Plasma-Wall Interaction
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 Diagnostics Systems
2.7 Safety Assessment
3. Domestic and International Collaborations

3.1 Domestic Collaboration
3.2 International Collaboration

1. Numerical Experiment of Tokamak (NEXT)
1.1 Magnetohydrodynamic (MHD) Theory and Simulation
1.2 Plasma Turbulence Simulation
2. Integrated Modeling

2.1 MHD Stability -Effect of Equilibrium Properties on the Structure of the Edge MHD Modes in Tokamaks-
2.2 SOL-Divertor
2.3 ELM Transport -Effect of Radial Transport Loss on the Asymmetry of ELM Heat Flux-
2.4 Heating and Current Drive -Electron Cyclotron Current Drive in Magnetic Islands of Neo-classical Tearing Mode-
2.5 Integrated Simulation
3. Atomic and Molecular Data

1. Progress in Compact DEMO Reactor Study
2. Numerical Study on Beta Limit in Low Aspect RatioTokamak

A.1 Publication List
A.2 Organization of Fusion Research and Development Directorate
A.3 Personnel Data