Contents

I. National Institute for Fusion Science

II. Research Activities

1. Large Helical Device (LHD) Project

1-1. LHD Experiment

4
(1) Overview of LHD Experiment
6
(2) Mission Research Themes
6
§1. Demonstration of Neutral Particle Compression with Baffle-Structured Helical Divertor
7
§2. Measurements of H-alpha Emission Profile in the Closed Helical Divertor Region in LHD
8
§3. Long-duration Sustainability of Pellet Fueled High Performance Plasma
9
§4. Primary Result of the Emission Measurement with the Transmission Line for the ECH on the Super Dense Core (SDC) Plasma
10
§5. Impurity Behavior in Quasi-Steady State Discharge with Internal Diffusion Barrier
11
§6. Observation of the Pre-Cursors in the Core Density Collapse Event
12
§7. Ballooning Mode Stability of H-mode Plasmas with an Outward-shifted Configuration
13
§8. Angular Distribution of Enegetic Particle at CDC and SDC Phases
14
§9. Achievement of High Ion Temperature Plasmas on LHD
15
§10. Development of Quasi-steady State High Ion Temperature Scinarios on LHD
16
§11. Improvement in Central Electron Temperature for High-Ti Plasmas in LHD
17
§12. Recycling Effect on the Ion Temperature in LHD NBI Plasma
18
§13. Expansion of High Te Regime in 14th Experimental Campaign on LHD
19
§14. Theoretical Study on the Utilization of Radial Electric Field towards Increasing Temperature of LHD Plasmas
20
§15. Production of High-Beta Plasma
21
§16. Trial of Long-pulse Discharge by Use of High-power 77 GHz ECH System
22
§17. Characteristics of ICRF Heating Using Antenna with Toroidal Phase Control Capability
23
§18. Direct Profile Extrapolation of the Data Obtained in the Vertically Elongated Configuration
24
§19. Modeling of Pellet Ablation and Deflection for the Pellet Injection Experiments in LHD
25
§20. High-speed Imaging Spectroscopy for Electron Density and Temperature Measurements in Plasmoid in LHD
26
(3) Physics Research Themes
26
§1. Momentum Transport in Ion ITB Plasmas on LHD
27
§2. Time Evolution of Troidal Flow in Beam Switch Discharges on LHD
28
§3. Potential Profile Measurements with HIBP in the Low Density Plasma of LHD
29
§4. Behavior of Electron Temperature Profile with e-ITB during Long Pulse ECRH Discharge
30
§5. Global Correlation Technique Applied to Observe Long Range Fluctuations in LHD
31
§6. Improvements in Experiment Technique for the Study of Nonlocal Ion Heat Transport in LHD
32
§7. Comprehensive Investigations on the Influence of Magnetic Topology, Te and Ti Ratio and Collisionality on Thermal Transport in Strongly Ion-heated LHD Plasmas
33
§8. Comparisons of Edge Pedestal Structure in Tokamak and Helical Systems
34
§9. Heat Pulse Propagation near the Last Closed Magnetic Flux Surface in LHD
35
§10. Studies on the Edge Er Structure
36
§11. Radial Electric Field Control by Electrode Biasing in LHD
37
§12. Effects of Magnetic Configuration on Micro Turbulence in LHD
38
§13. Measurement of Density Fluctuations in LHD Using Beam Emission Spectroscopy
39
§14. Impurity Transport Study with TESPEL in LHD
40
§15. Lithium Doped Tracer-encapsulated Solid Pellet Measurement with a Fast Framing Camera in LHD
41
§16. Control of Detachment Onset and Sustainment with Resonant Magnetic Perturbation in Stochastic Layer of LHD
42
§17. Effects of Resonant Perturbation Magnetic Field on Detachment Plasmas
43
§18. Reduction of Divertor Heat and Particle Loads with Neon Seeding
44
§19. Plasma Blob Transport in Detached Plasmas of the LHD Device
45
§20. Study of Plasma Edge Boundary in LHD
46
§21. Study on Hydrogen Recycling in LHD
47
§22. Study on the He Exhaust Characteristics during LID Operation in LHD
48
§23. Development of the Real Time Monitoring Method for the Divertor Heat Load
49
§24. Motion of Localized of Radiative Structure with Magnetic Island in LHD Plasmas
50
§25. Fueling Characteristics of Supersonic Gas Puffing Applied to Large High-temperature Plasma in LHD
51
§26. Effects of Wall Potential on Flux of Dusts Impinging to LHD First Wall
52
§27. Ejection of Pre-characterized Carbon Dust in LHD (2).
53
§28. Analysis for Plasma Wall Interactions in LHD and Characterizations of Co-deposited Carbon Film Using Material Probes
54
§29. Profiles of the Surface Morphologies on the LHD First-wall by Using Toroidal Array Probes
55
§30. Study on Impurities Effects and Hydrogen Isotopes Retention Behavior in Impurities-contained Boron Films
56
§31. Surface Modification of Plasma Facing Material by H/He Mixture Plasma Discharge
57
§32. Induced W-rod Melting Experiment in the LHD Divertor
58
§33. Experimental Observation of Hysteresis in Magnetic Island Dynamics
59
§34. Influence of MHD Instabilities on Confinement Performance in LHD
60
§35. Dependence of Local Transport on Beta and Configurations in γ = 1.20 Plasmas
61
§36. Study of Error Field Mode in LHD
62
§37. Experimental Study of MHD Mode Rotation in the Edge Plasmas of the Large Helical Device
63
§38. Observation of Low Mode Number MHD Activities by the Tangentially Viewing 2D VUV Camera on LHD
64
§39. Identification of MHD Mode Structure Using ECE Measurement
65
§40. Evaluation of Mercier Parameter Just before Beta Collapse by MHD Instability in LHD Plasma
66
§41. Preliminary Identification of the Last Closed Magnetic Surface in the Large Helical Device by Use of 3-D Cauchy-condition Surface Method
67
§42. Monte Carlo Analysis of Beam Pressure in High Beta Plasma of LHD
68
§43. Estimation of Re-entering Fast Ion Effect on Transport Coefficient and Development of Monte Carlo Code Including Re-entering Fast Ions
69
§44. Analysis of MHD Stability Using Data Mining Technique in LHD Plasmas
70
§45. High-Energy-Particle Experiments on LHD in FY 2010
71
§46. Studies of Characteristics of Helicity-induced Alfvén Eigenmodes in LHD Plasmas
72
§47. Magnetic Configuration Effects on Fast Ion Losses Induced by Fast Ion Driven Toroidal Alfvén Eigenmodes in the Large Helical Device
73
§48. Large Potential Oscillations Due to Geodesic Acoustic Modes Excited by Energetic Ions in the Core Region of a Reversed Shear Plasma on LHD
74
§49. Effect of Energetic-particle Induced n=0 Instabilities to Bulk-ions on LHD
75
§50. Electrostatic Potential Fluctuation Associated with the Geodesic Acoustic Mode
76
§51. Observation of MHD Instabilities in an Acoustic Range of Frequency in LHD ECRH Plasmas with Suprathermal Electrons
77
§52. Experimental Study of Fast Ion Excitation in High Power ECH Plasmas
78
§53. Development of Collective Thomson Scattering Diagnostic for Bulk and Fast Ions in the Large Helical Device
79
§54. Fine Spectrum Measurement of Collective Thomson Scattering in the Large Helical Device
80
§55. Fast Ion Charge Exchange Spectroscopy on Tangential Viewing Geometry in LHD
81
§56. Improvement of Physical Basis of PCX Diagnostics Using NIOS Data on LHD
82
§57. Analysis of NBI Particle Orbit and Distribution Function in LHD
83
§58. High-density Plasma Heating by EC-waves Injected from High-field-side
84
§59. Demonstration of Electron Bernstein Wave Heating via the O-X-B Mode Conversion Process by High Power 77GHz Millimeter Wave Launching
85
§60. Characteristics of Heat Pulse Propagation during Staircase ECH in the ECR Plasma
86
§61. Second Harmonic Ordinary Mode EC Heating Experiment by 77GHz High Power Injection
87
§62. Electron Cyclotron Current Drive by Use of 77 GHz EC-Waves
88
§63. Dependence of Antenna Phasing on Heating Performance in HAS Antenna
89
§64. Measurement of Ion Cyclotron Emissions by Use of High-frequency Magnetic Probes in LHD
90
§65. Spectroscopic Diagnostics on LHD Periphery Plasmas with a Simultaneous Measurement of Several High Resolution Spectra of Hydrogen and Helium
91
§66. A Study of Particle Transport Based on the Balmer-α Line Profile
92
§67. LHD Plasma Diagnostics Using Optically Thick Helium Collisional-Radiative Model
93
§68. Measurement of Vibrational Temperature of Hydrogen Molecules in Periphery Region of LHD
94
§69. Impurity Behavior during Radiation Collapse and Non Radiation Collapse
95
§70. Absolute Intensity Calibration of Flat-field Space-resolved EUV Spectrometer Using Visible and EUV Bremsstrahlung Continuum Profiles
96
§71. Calibration of SX-EUV Diagnostic Instruments Using LHD Plasma as a Standard Radiation Source
97
§72. Non-Equilibrium Plasma Diagnostics in Large Helical Device (LHD) and Hinode EUV Imaging Spectrometer (EIS)
98
§73. High-resolution Visible Spectroscopy of Forbidden Lines of High-Z Impurity Ions
99
§74. Spectroscopic Measurements and Database Development for Highly Charged Rare Earth Elements
100
§75. Spectroscopic Studies on Transport of Heavy Impurities
101
§76. Analysis of EUV Spectra in the 20 nm Region from Tungsten Ions Observed in LHD
102
(4) LHD Device Engineering Experiments
103
§1. Analysis on Winding Motions of the LHD Helical Coils by Balance Voltage and AE Signals
104
§2. Estimation of Induced Current Flowing in the Support Structure of LHD
105
§3. Behavior of Cold Compressor System of the LHD Helical Coils in Quick Discharge
106
§4. Detection System for Propagating Normal-zones with Pick-up Coils in the LHD Helical Coils

1-2. Research and Development for LHD Upgrade

108
(1) Study of Deuterium Experiment Program in LHD
108
§1. Study on Measurement of Total Neutron Yield during Deuterium Experiments and its Calibration
109
§2. Deuterium Retention in Iron Oxide (Fe2O3) under Low-Energy Deuterium Exposure
110
(2) Safety Management Research
111
§1. Application of Membrane Dehumidifier for Gaseous Tritium Recovery in LHD
112
§2. High-Sensitivity Tritium Gas Monitoring System Using Two-Parameters Pulse Height Analyzer
113
§3. Tritium Water Monitoring System Based on CaF2 Flow-Cell Detector
114
§4. Observation of Environmental Tritiated Hydrogen and Methane Concentration at Toki Site
115
§5. A Level Transition of Organically Bonding Tritium Concentrations of Pine Needles at Toki Area
116
§6. Personal Dosimetry Using Dose-meters in Neutron Fields with Wide Energy Range
117
§7. Measurement and Analysis of Burst Electromagnetic Fields in Fusion Facilities
118
§8. Performance Test of Personal RF Electromagnetic Fields Monitor for Area Monitoring at Magnetic Confinement Fusion Facility
119
§9. Natural Radiation Sources Fabricated from 12 Brands of Chemical Fertilizers and New Educational Technique
120
(3) Diagnostic Systems
121
§1. Thomson Scattering Diagnostic in the LHD High-temperature, Low-density Plasma Experiments
122
§2. Absolute Electron Density Measurement Based on Nitrogen Gas Rayleigh Scattering Calibration
123
§3. Measurement of Transmittance of the Optical Fibers Used for LHD Thomson Scattering Diagnostic
124
§4. A Suppression of Beam Positioning Fluctuation by Use of Kepralian Image Relay Optics in LHD Thomson Scattering System
125
§5. Applications of Phase Conjugate Mirror to Thomson Scattering Diagnostic
126
§6. Developments of Doppler Reflectometer System
127
§7. Development of Terahertz Wave Emission Using Fiber Laser Excitation for Large Plasma Experimental Device
128
§8. Development of 3-D Microwave Imaging Diagnostic System (MIDS) in LHD
129
§9. Electron Density Fluctuation Measurement with Microwave Imaging Reflectometry (MIR) in LHD
130
§10. Development of Electron Cyclotron Emission Imaging System on LHD
131
§11. Development of Microwave Imaging Technology
132
§12. Development of Advanced Microwave Devices and Application to LHD Diagnostic Systems
133
§13. Thermal Characteristics of Foils for Imaging Bolometer
134
§14. Development of Image Reconstruction Algorithm for 3D Bolometric Imaging System of LHD
135
§15. Installation of ASDEX Type Gauge and Measurement of Neutral Compression Effect in LHD
136
§16. Design of Detector Equipped with a Beryllium Filter for X-ray Spectroscopy in LHD
137
§17. Magnetic Configuration Effects on Fast Ion Losses Induced by Fast Ion Driven Toroidal Alfvén Eigenmodes in the Large Helical Device
138
§18. High Speed Detection of Doppler-shifted Hα Lights from Charge Exchange Interaction for Measurement of Fast Ion Distribution
139
§19. Study on Optimization of Gas Species and Thickness to Generate Au+ Ion Beam with Tandem Accelerator for LHD-HIBP System
140
§20. Progress of LABCOM Data System at LHD
141
§21. Development of Portal Web Pages for the LHD Experiment
142
§22. Development of Real-Time Magnetic Coordinate Mapping System in LHD
143
§23. Study on Quick Similarity Retrieval in Massive-size Diagnostic Databases
144
§24. Development of Two Color THz Laser Diagnostics
145
§25. Improvements of Dispersion Interferometer
146
§26. Stabilization of 48- and 57-μm CH3OD Lasers for Two Color Interferometer/Polarimeter
147
§27. Study of Measurement System for 400 GHz Collective Thomson Scattering in LHD
148
§28. Neutron Spectrometer for Deuterium Plasma Diagnostics
149
§29. Development of a Three Dimensional Neutron Imaging System Composed of a Metal Grid and Liquid Scintillator
150
§30. Trial of Fast Neutral Particles and Neutron Measurement by a Synthetic Diamond Radiation Detector
151
§31. Degradation of Optical Reflectivity of In-vessel Mirror Materials by Helium Bombardment
152
§32. Accuracy Enhancement of Simple System of Millimeter-wave Interferometer for Low Density Plasmas
153
§33. Analyses of Generation and Behavior of Fine Particles by Laser Light Scattering
154
§34. Development of Two Dimensional Thomson Scattering Measurement System
155
§35. A Novel Scheme for Low-Pressure Operation for Performance Improvement of Discharge-Driven D-D Fusion Device as a Calibrator Neutron Source
156
(4) Physics and Engineering of LHD Torus and Heating Systems
158
§1. Transport Code Development for ITB Formation and Impurity Control
159
§2. Production of NBI Plasmas by Assistance of 2.45GHz Microwave
160
§3. R&D of In-situ Dust Collection Using Silica Aerogel
161
§4. Mechanical Strength Properties of Tungsten Material at High Temperature
162
§5. Direct Power Generation by High Heat Flux Divertor Plasmas
163
§6. Optimization of the Design of a Vacuum Pumping System for the Closed Helical Divertor in LHD
164
§7. Optimization Study of Super-high Speed Neutral Particle Flow Injector for LHD by Using CT Injection Technology
165
§8. Operation Summary of Neutral Beam Injection System in the 14th Campaign
166
§9. Upgrade of Radial Neutral Beam Injection System on LHD
167
§10. Ion-ion Plasmas in a Caesium Seeded Negative Ion Source
168
§11. Measurement of the Plasma Parameters in a Large-scaled Negative Ion Source Using Time-resolved Langmuir Probe
169
§12. Profile Measurement of Negative Ion Density with Cavity Ringdown Method in Negative-Hydrogen-Ion-Source Plasma
170
§13. Comparison of OES and CRDS in Large-Scaled Hydrogen Negative-Ion Source for NBI
171
§14. Measurement of Electron Density in a Negative Ion Source with Interferometer
172
§15. Electron Density Measurement of Negative Ion Source by Means of Surface Wave Probe
173
§16. Integrated Modeling of Negative Hydrogen (H–/D–) Ion Production, Extraction and Acceleration in a Large Negative Ion Source for Neutral Beam Injection System
174
§17. Reduction of Heat Load on the Electrodes in Long Pulse Operation of a Negative Ion Source
175
§18. Development of Helicon Plasma Source with Large Diameter, Short Axial Length and High-Density for Negative Ion NBI
176
§19. Characteristics of High Power RF Ion Source Using Large Area Multi-antenna
177
§20. Improvement of H– Extraction Efficiency by Controlling the Plasma Potential Structure
178
§21. Development of an H– Beam Probe System for a High Intensity Positive Ion Beam Profile Measurement
179
§22. Phase Space Images of a Strongly Focusing He+ Beam
180
§23. 1.8 MW/ 1 s Operation of a 77 GHz Gyrotron with Flexible Anode Voltage Control
181
§24. Development of a Millimeter-Wave Beam Position and Profile Monitor in an ECH Transmission Line
182
§25. Development of Vacuum Corrugated Transmission Line Components
183
§26. High Power Millimeter and Tera-Hertz Wave Source Using an Intense Electron Beam
184
§27. The Improvement in Steady-state Discharge Using a Toroidal Phasing Antenna in the LHD
185
§28. Numerical Calculations and RF Characteristics Measurement of Complex-Conjugate Impedance Antenna System

1-3. Theoretical Study

187
§1. Nonlinear Simulation of CDC Crash Phase and Comparison with Experiment
188
§2. Study of Effect of Number of Ideal MHD Modes for MHD Stability Beta Limit in LHD by TASK3D
189
§3. Calculation of the Electron Neoclassical Transport with Finite Orbit Width Effect and the Radial Electric Field
190
§4. Gyrokinetic Simulations for Ion Temperature Gradient Mode and Zonal Flows in LHD High Ion Temperature Discharge
191
§5. Edge Impurity Transport Study in Stochastic Layer of LHD and Scrape-off Layer of HL-2A
192
§6. Simulation Study on Optimization of LHD Magnetic Field by Vertical Magnetic Field Configuration
193
§7. Control of Radiation Process in LHD-type Fusion Reactor

1-4. LHD Project Research Collaboration

195
§1. Study of Wave Physics in High Beta Plasmas
196
§2. Development of Real-time Control System of MHD Instabilities
197
§3. Development of Magnetic Island Detector by Magnetic Measurement
198
§4. Characteristics of rf-based Hydrogen Negative Ion Source with Cs Additive
199
§5. Control of Rotational Transform by Electron Cyclotron Current Drive in Helical Systems
200
§6. Study of the Physics of IDB Plasma and the Density Limit in Helical Devices
201
§7. Study of Optimum Conditions and Atomic and Molecular Reactions on LHD Closed Divertor
202
§8. Development of Doppler-free Spectroscopy for Plasma Diagnostics
203
§9. Spectroscopy of Highly Charged Tungsten Ions Using Electron Beam Ion Traps
204
§10. Formation of Minimum-B Torus by ECH
205
§11. Development of Electron Bernstein Emission Diagnostics for Electron Temperature Measurement in High Beta Plasmas
206
§12. Study on Plasma-wall Interactions Making Use of Laser and Ion Beam Experimental Platforms
207
§13. Statistical Characteristics of Dynamics and Field Structure on Magnetized Plasmas
208
§14. Effect of Outboard Helical Field on Toroidal Plasmas
209
§15. Suppression of Carbon Dust Growth and Hydrogen Retension in Multi-species Low Temperature Plasmas with Nitrogen
210
§16. Extraction of Hydrogen Negative Ions from a 14 GHz Microwave Ion Source
211
§17. Physics Study on 3-D Helical Equilibrium Plasmas with 2-D Imaging Diagnostics
212
§18. Wave Measurements Utilizing Two Frequency RF Wave Excitation
213
§19. Dynamic Behavior of Tritium Release from Stainless Steel for LHD
214
§20. Li Compatibility of Erbium Oxide as a MHD Coating Material for Liquid Lithium Breeder Blanket
215
§21. Hydrogen Isotope Retention Behavior on the Surface of Metal-carbon Mixture Layer under Carbon, Hydrogen Isotopes and Helium Simultaneous Irradiation Circumstance
216
§22. Observation of Hydrogen Permeation in LHD and Evaluation of Wall Leakage for DD Experiments
217
§23. Fuel Hydrogen Retention of Plasma Facing Material and Its Removal by Inert Gas Glow Discharges
218
§24. Development of High Heat Plasma Generator with Ion Beam Analysis and In-situ Measurement of Hydrogen Isotope Retention
219
§25. Development of Neutron Diagnostic Systems for LHD Deuterium Experiment
220
§26. Heat Removal Demo-research for Flibe Blanket Development
221
§27. W-coating on Low Activation Structural Materials
222
§28. Investigation on Environmental Behavior of Organically Bound Tritium
223
§29. Study on Biological Effects of Tritium at an Animal Level
224
§30. Study of Stress/strain Problem in Fusion Reactor Oriented Superconducting Strand and Conductor by Means of Quantum Beame Tchniques
225
§31. Design Support and Sophistication of Trapping and Recovery System for Low-concentration Gaseous Tritium

2. Fusion Engineering Research Project

2-1. Helical Reactor Design

228
§1. Conceptual Design Studies towards LHD-type Demo Reactors
229
§2. System Design of an LHD-type Heliotron DEMO Reactor
230
§3. Development of Direct Profile Extrapolation Method
231
§4. Ignition Study on the Compact FFHR Helical Reactor
232
§5. Study on Standardization of Fusion Reactor System Based on an Integrated Design Code
233
§6. Economic and Environmental Assessment of Helical and Tokamak Reactors
234
§7. Strike Point Sweeping for the Heliotron Fusion Energy Reactor Using Helical Divertor Coils
235
§8. Design Progress on the High-Temperature Superconducting Coil Option for FFHR
236
§9. Study on Remountable Joint of YBCO Conductor for Remountable High-temperature Superconducting Magnet
237
§10. Estimation of Mechanical Behavior of Helical Coil and Support Structure for FFHR2m2
238
§11. Development of Thermal Analysis Code for Peltier Current Lead
239
§12. Investigation of Low Loss Cryogenic Tube for Hybrid Energy Transfer Line
240
§13. Investigation of Neutronics Performances of Flinak/Pb Breeder Blanket
241
§14. Study on Detailed Liquid Cooled Blanket Design Based on Neutronics Investigation
242
§15. Experimental Study on Enhancement of Recovery Rates of Hydrogen Isotope and Decrease of its Permeation in Flibe Blanket of Fusion Reactor
243
§16. Applicability Study of Radiophotoluminescence (RPL) Glass Dosimeter to Fusion Neutronics Experiments
244
§17. Development of Lithium Recovery Technology for Resource Supply to Nuclear Fusion Reactor
245
§18. Study on Heat Transfer Mechanism under Magnetic Field in a Liquid Blanket
246
§19. Investigation of Hybrid-evaporator for FFHR Divertor Cooling
247
§20. Tritium Balance in a DT Fusion Reactor
248
§21. Study of Fuel Particle Balance in a Fusion DEMO Reactor: Preliminary Results
249
§22. Hydrogen Isotope Circulation for Burning Plasma Sustainment
250
§23. Feasibility of Reduced Tritium Circulation in the Heliotron Reactor by Enhancing Fusion Reactivity Using ICRF
251
§24. Ignition Analysis for D Plasma with Non-Maxwellian 3He Minority in Fusion Reactors

2-2. Applied Superconductivity Systems

253
§1. Synthesis of High Performance Nb3Sn Layers through the New Diffusion Process
254
§2. Establishment of Partial Discharge Protection Technology for Reliability Improvement on Electrical Insulation of LHD
255
§3. Investigation of Advanced Superconducting Cable-in-Conduit Conductor
256
§4. Superconducting Current Leads Prepared by the YBCO Tapes
257
§5. Study on Improvement of the Mechanical Properties of HTS Bulks by Reducing Pores
258
§6. Regenerator Performance Investigations for the Pulse Tube Current Lead
259
§7. Basic Study on the Ac Loss Reduction of Oxide Superconductors for Nuclear Fusion Reactor
260
§8. Power Supply System for Nuclear Fusion Plant Using DC Power Distribution
261
§9. Study on Turbulent Control of Supercritical Helium in Cooling Channel for Superconducting Magnet System
262
§10. Development of a Conductor with Large Capacity for Fusion Devices by Using Superconducting Tapes with High Aspect Ratio of Cross-section
263
§11. Conceptual Design of Advanced Superconducting Magnet with Aluminum Stabilized Nb3Al Conductor for FFHR
264
§12. On the Measurement Technique of Velocity Fluctuation in Super Fluid He II
265
§13. Development of V3Ga Superconducting Wires by Using V-Ga and Ti-Ga Compound as High Ga Source Material
266
§14. Radiation Effects of Organic Electric Insulation Materials
267
§15. Flux Pinning Properties of Defects Nucleated by Neutron Irradiation in A15 Type Superconductor A Combined NIFS System
268
§16. Investigation of the Cross-sectional Configuration of Ag Sheath Material for High Strength Bi-2212 Superconducting Wire
269
§17. Development of the R Curve Fracture Toughness Test of Round Bar with Circumferential Notch by Using Hardening Curves of Each Virtual Crack Length
270
§18. Cooling Owing to High Thermal Conduction Non-metallic Material and Stability of Superconducting Coil
271
§19. Cryogenic Mixed-Mode Fatigue Delamination Growth of Composite Insulation Systems for Superconducting Magnets
272
§20. Achievement of High Heat Removal Characteristics of Superconducting Magnets with Imbedded Oscillating Heat Pipes
273
§21. Neutron Irradiation Effect on Superconductivities of Nb3Sn and Nb3Al Strands
274
§22. Critical Current of React-and-Jacket Processed Nb3Sn Conductor
275
§23. Investigation of the Phase Transition in V3Ga PIT Wires Using High Ga Content Cu-Ga Compounds
276
§24. Measurements of Self Magnetic Field on NbTi Cable-in-conduit Conductors near the Shake-hands Lap Joint
277
§25. Design Study of a 15 T Test Facility for High-current Superconductors

2-3. In-Vessel Materials and Components

279
§1. Microstructural Control for Improving Properties of V-4Cr-4Ti Alloys
280
§2. Impact Properties of Low Activation Vanadium Alloy after Low-temperature Newtron Irradiation at 450 °C and Below
281
§3. Study on Characterization Methods for Ceramic Components and Coatings Using Luminescence Materials
282
§4. Construction of MOCVD Apparatus for the Large Area Er2O3 Insulator Coating
283
§5. Influence of Non-metal Impurity on Corrosion in Liquid Lithium
284
§6. Mechanical Properties of Oxide Dispersion Strengthened (ODS) Steel as Fusion Blanket Structural Materials
285
§7. Plasma and Gas Driven Permeation of Hydrogen through the First Wall in Counter Directions
286
§8. Edge-plasma Interactions with Low-activation Ferritic Steel Alloys
287
§9. Effect of Radiation Power Loss due to Impurity Gas Puff on Divertor Plasma
288
§10. Atomic and Molecular Processes with Lithium in Peripheral Plasmas
289
§11. Spectral Line Model of W Ions for Plasma Diagnostics
290
§12. Evaluation of Effective Collision Strengths of Electron-impact Excitation for Fe Atom and Ions
291
§13. EUV Spectroscopy of Highly Charged Tungsten Ions by Compact Electron Beam Ion Traps
292
§14. Linear Polarization of Photon Emissions from Reflected Neutrals of Atomic Hydrogen at High-Z First Wall Surfaces
293
§15. Interstitial Diffusion of C Interacting with Ambient H in Tungsten Crystals
294
§16. Ab initio Multi-configuration Dirac-Fock Calculation of M1 Visible Transitions among the Ground State Multiplets of the W26+ Ion
295
§17. Improved Hydrogen Permeation Reduction of MOD Er2O3 Coating on JLF-1
296
§18. A Nitriding of 316 Stainless Steel in Molten Fluoride Salt by An Electrochemical Technique
297
§19. Effect of Li Exposure on the Mechanical Properties of Pure V and V-4Cr-4Ti Alloy
298
§20. The Effect of Yttrium Addition on Hardening and Tensile Strength of the Low Activation Vanadium Alloy
299
§21. Development of Disimilar Welding with Low Activation Structural Materials
300
§22. The Microstructure of W Sprayed Low Activation Structural Materials
301
§23. Development of Nanostructured, Recrystallized V-1.6Y-8W-0.8TiC Alloy with Enhanced Creep Resistance and Radiation Tolerance
302
§24. Fatigue Life Evaluation of Reduced Activation Ferritic Steel using Small Specimen
303
§25. Precipitation Process of Ti(OCN) in Vanadium Alloys in Thermal Ageing and Creep Deformation
304
§26. Measurement of Mechanical Strength of the First Wall Coating by Means of Laser-shock Method
305
§27. Integration of Tritium, Irradiation and Thermofluid Research
306
§28. Dynamic Radiation Effects in Electrical Property of Blanket Silicon Carbide Materials
307
§29. Nitriding Treatment of Reduced Activation Ferritic Steel as Functional Layer for Liquid Breeder Blanket
308
§30. Microstructure Analysis of Oxide Ceramics Coating on Liquid Blanket Components
309
§31. Characterization of Er2O3 Coating Materials by Irradiation Induced Luminescence
310
§32. Development of SiC Material for Flow Channel Insert in Liquid Blanket System
311
§33. Suitability of SiC/SiC Composite as Fusion Reactor Material
312
§34. Basic Design of Liquid Blanket with Three-Surface and Multi-Layer Coating
313
§35. Studies on Permeation Behavior of Tritium in Cooling Piping Material
314
§36. Corrosion of Steel with Fe-Al Coating in Liquid Pb-Li
315
§37. Critical Heat Fluxes of Subcooled Water Flow Boiling in a Short Horizontal Tube
316
§38. Elucidation of Mass Transport on Tungsten Plasma Facing Material by Surface Analyses
317
§39. Synergistic Effects between Helium and Deuterium on Gas Detrapping in F82H
318
§40. Thermal Loads Effects on Erosion Processes of Helium Irradiated High-melting PFMs
319
§41. Theoretical Calculations of W Atomic Collision Processes Relevant Magnetic Nuclear Fusion Plasmas
320
§42. Mass Effects in Quasi-resonant Charge Exchange at Very Low Energy Collisions of Hydrogen Isotopes and Impurity Particles Emitted from PFC Materials
321
§43. Kinetic and Potential Energy of Excited Atoms and Molecules on Wall Surfaces Bombarded with Light Ions
322
§44. Atomic and Molecular Database of Hydrogen-isotopes and Hydro-Carbons
323
§45. Cross Sections of Charge Transfer by Slow Tungsten Ions in Collisions with Hydrocarbon Molecules
324
§46. Dose-rate Dependence of Microstructural Evolution in Fusion Materials during Irradiation
325
§47. Atomic and Molecular Numerical Databases and Data Activities

2-4. Safety Management in Fusion Facilities and Environment

327
§1. Experimental Study on Performance of Multi-column Pressure Swing Adsorption System for Hydrogen Isotope Separation
328
§2. A Study for Hydrogen Isotope Separation and Sensing using Proton Conducting Oxide
329
§3. A Feedback Control of Hydrogen Pump Using a High-temperature Proton Conductor for Tritium Recovery System
330
§4. Water Vapor Adsorption by Honeycomb-Type Zeolites for Tritium Removal System
331
§5. Development of Hydrogen Isotope Oxidation Process by Atmospheric Pressure Plasma
332
§6. Study on Formation of Metal-carbon Mixed Deposition Layer and Hydrogen Isotope Behavior
333
§7. Separation Method for Measurement of Radiation Dose Emitted from Tritium in High Gamma-ray Radiation Fields by Using an Imaging Plate
334
§8. Development of Tritiated Gas Monitoring System Using Solid Scintillation and Air Sampling System
335
§9. Displacement Chromatography Using Criptand Resin for Lithium Isotope Separation
336
§10. Study on Behavior of Environmental Tritium at Toki Site
337
§11. Study on Development of Dynamic Compartment Model for Estimation of Environmental Tritium Behavior at the Site of NIFS

3. Numerical Simulation Research Project

3-1. Fusion Plasma Simulation

340
§1. Multi-Scale MHD Analysis of Beta-Increasing LHD Plasma
341
§2. MHD Simulation of Pellet Plasmoid in LHD
342
§3. A Hall MHD Simulation in the Large Helical Device
343
§4. Equilibria of Toroidal Plasmas with Flow in High-beta Reduced MHD Models
344
§5. Effect of Parallel Diffusion of Equilibrium Pressure on Interaction between Interchange Mode and Static Magnetic Island
345
§6. Theoretical Study about Self-organization in a Low-aspect-ratio Plasma
346
§7. Theoretical Modeling of Toroidal Flow Generation in Field-reversed Configurations
347
§8. MHD Relaxation in High-β Toroidal Plasmas
348
§9. Nonlinear MHD Modes in Alfvén Eigenmode Evolution
349
§10. Interaction between Energetic Particles and Alfvén Eigenmodes in Reversed Shear Plasmas
350
§11. Development and Application of Integrated Transport Code for Helical Plasmas, TASK3D
351
§12. Study of Electric Field Pulsation in Helical Plasmas
352
§13. Heavy Ion Beam Probe Measurement in Turbulence Diagnostic Simulator
353
§14. An Assessment of Turbulent Momentum Transport
354
§15. Long-Time Zonal Flow Response and ITG Turbulence Simulation in Helical Systems with Radial Electric Field
355
§16. Development of Neoclassical Viscosity Simulation Method
356
§17. Gyrokinetic Simulations of Ion Temperature Gradient Turbulence with Kinetic Electrons
357
§18. Momentum Balance and Radial Electric Fields in Axisymmetric and Nonaxisymmetric Toroidal Plasmas
358
§19. A Numerical Method for Parallel Particle Motions in Gyrokinetic Vlasov Simulations
359
§20. Spatiotemporal Chaos, Stochasticity and Coherent Structures in Toroidal Magnetic Configurations
360
§21. Ion Friction Forces on Dust Particle in SOL/Divertor Plasma
361
§22. Electric Field at Plasma-Facing Wall for Double Electron Temperature
362
§23. Modeling of Velocity Distribution Function at Debye Sheath Entrance
363
§24. Kinetic Effects of Plasma on Physical Sputtering Yield
364
§25. Modeling of Integrated Core and Peripheral Plasma for DEMO
365
§26. Development of Binary-Collision-Approximation-Based Simulation Code Applicable to Any Structured Target Material
366
§27. Particle Simulation of Hydrogen Injection into Single-Crystal Graphite in Submicrometer Scale
367
§28. A Sub-gird-scale Effect in Hall MHD Simulation in the Large Helical Device
368
§29. Particle Simulation of Plasma Blob Dynamics
369
§30. Integrated Scientific Visualization of Simulation and Device Data in Virtual Reality System
370
§31. A Model of Cross-Scale Dynamo Action in Multi-scale MHD andi Micro-turbulence
371
§32. Numerical Simulation of Turbulent Transport and Structure Dominated by Multi-scale Interaction in Fusion Plasma
372
§33. Simulation of Global MHD Phenomena by the Gyrokinetic PIC Code

3-2. Simulation Science

373
§1. Development of VFIVE, an Interactive Visualization Software for CAVE VR System
374
§2. Flow Visualizations by Reflective Flakes
375
§3. Multi-Hierarchy Simulation of Collisionless Driven Reconnection in an Open System
376
§4. Optimization of Particle Simulation Code for Magnetic Reconnection in Open System
377
§5. Electromagnetic Structure of Large-Amplitude MHD Waves and Particle Acceleration
378
§6. Attosecond Photon and Electron Beams from Relativistic Laser Plasma Interaction
379
§7. Investigation for Heating Mechanism to Super Dense Plasma by Fast Electrons Based on Electron Magneto-hydrodynamics Model
380
§8. An Anomalous Resistivity in Collisionless Driven Reconnection and its Role in Multi-hierarchy System
381
§9. Holistic Simulation of Quiet Auroral Arc Formation
382
§10. MHD Dynamo Simulation
383
§11. Multi-scale Simulation Study of Solar and Heliospheric Plasmas
384
§12. Development of a Next-Generation High-Resolution Scheme for Magnetohydrodynamics
385
§13. Simulations of Shock Wave Acceleration of High Energy Particle Asssociated with Coronal Mass Ejections
386
§14. Magnetic Reconnection and Global Structure of Substorm in Magnetosphere
387
§15. Feedback Instability Analysis for Dipole Configuration with Ionospheric and Magnetospheric Cavities
388
§16. Molecular Dynamics Simulation of Chemical Vapor Deposition of Amorphous Carbon
389
§17. Molecular Dynamics Simulation of Micellar Shape Change in Amphiphilic Solution: Effect of Molecular Rigidity
390
§18. Molecular Dynamics Simulation of Melting Process in n-Nonane Ultrathin Films
391
§19. Quantum Chemical MD Simulations of Graphene Hydrogenation
392
§20. Large Scale MD Simulation of Gas-liquid Flows
393
§21. Computational Science Study on Quantum Spin Systems by Numerical Diagonalization Method
394
§22. Study of Statistical Laws and Spatial Structure of Passive Scalar in NS and MHD Turbulence by Using Massive Parallel Direct Numerical Simulation
395
§23. Analysis of Coherent Structures and Development of Turbulence Modeling in MHD or HD Turbulence
396
§24. Study on MHD Wall Shear Turbulent Flow with Buoyancy Effect
397
§25. Analysis of Topological Structure Formation in Hall MHD by Orthonormal Vector Wavelets
398
§26. Monte Carlo Simulation Code for Solving Radial Fluid Equations
399
§27. Development of Full Particle-in-cell Code with Adaptive Mesh Refinement Technique and its MPI Parallelization
400
§28. Analysis on Time Evolution of Shielding Current Density in High-Temperature Superconductor
401
§29. Dissipative Particle Dynamics Simulation of Bolaamphiphilic Solution
402
§30. Quantum Oscillations of Thermoelectric Effects in a Pseudo-one-dimensional Electron Gas with a Spin-orbit Interaction

3-3. Computer Systems for Promoting NIFS Collaborations

403
§1. Plasma Simulator
404
§2. LHD Numerical Analysis System and LHD Numerical Analysis Server

4. Coordination Research Project

406
§1. Activities on ITER/BA Collaboration
407
§2. Thermal Stress Calculation of FIREX Target under Cryogenic Environment
408
§3. The Results of the Electron Spectrometer on FG02 Experimental Series of the FIREX-I Project
409
§4. Development of User Friendly Interface for Simulation Code
410
§5. Remote Sensing of Density of Carbon Dioxide by LIDAR
411
§6. Influence of Microwave in Surface Plasmon of Metallic Nanoparticles
412
§7. Development of Microwave Transfer System from Crystron Generator to Furnace
413
§8. Polyester Synthesis by Microwave Assisted Rapid Polycondensation
414
§9. Evaluation of Microwave Absorption for Metal Powders by Coaxial Cable Probe Method
415
§10. Investigation of Magnetic Structure under Microwave Heating Using by Neutron Diffraction Measurements
416
§11. Temperature Change and Oxygen Emission Behavior of Copper Oxides during Modulated-Microwave Irradiation
417
§12. The First-Principle DFT Molecular Dynamics Simulations of Liquid Water
418
§13. Study of Methods of Scientific and Industrial Application of Atomic and Molecular Data

5. Basic, Applied and Innovative Researches

420
§1. High Density Plasma Experiment HYPER-I
421
§2. Study of Plasma Dynamics Interacting with Neutral Flow
422
§3. Asymmetric Ion Velocity Distribution Functions in an Inhomogeneous Plasma
423
§4. Measurement of Flow Velocity around a Cylindrical Obstacle
424
§5. 2-D Optical Emission Spectroscopy in the HYPER-I Device
425
§6. 2-Dimensional Structure of Intermittent Electron Flux Observed in a Linear ECR Plasma
426
§7. Development of Helium Beam Probe for Edge Plasma Measurements
427
§8. Response of Neutral Particles to Plasma Fluctuation in Microwave Discharge Plasma
428
§9. Measurements of Plasma Flow Mach Numbers Using the Face-to-Face Probe with Multi-Electrodes
429
§10. Analysis of Density Fluctuations Measured in CHS Plasmas and Understanding of Turbulences in Helical Systems
430
§11. Mass Dependence of Confinement in CHS Plasmas with NBI Heating
431
§12. Two-dimensional Spatial Temperature and Density Measurements in an Arcjet Plasma Expanding through a Slit Nozzle
432
§13. Research on Formation of Dust in Fusion Device Using Infrared Spectroscopy
433
§14. Reflection of Low-energy Hydrogen Particles Injected into Highly-oriented Carbon Nanotube
434
§15. Resonant Excitation/Ionization Processes in Electron – Ion Collisions
435
§16. Symmetric Resonant Charge Transfer between He and He+ in High Rydberg States at Very Low Collision Energies
436
§17. Relativistic CI Calculations of Spectroscopic Data for the 2p6 and 2p53l Configurations in Ne-like Ions
437
§18. Extension of Plasma Imaging Technique to Other Fields: Biology and Astronomy
438
§19. Computational Study for Microwave Tomography System Implementation
439
§20. Chlorofluorocarbon Treatment Process by Micro Wave Pyrolysis and its Fixation Utilizing Concrete Waste
440
§21. A Study for the Practical Trails of Sintering Ceramics by the Microwave Kiln

6. Activities of Rokkasho Research Centre

7. Personal Interchange Joint Research Program

446
§1. Experiments on the Excitation of an Electron Bernstein Wave in the Internal Coil Device
447
§2. Plasma Simulation Experiments Using Versatile Highly Charged Ion Source
448
§3. Plasma Heating and Flow Control in a Fast-flowing Plasma
449
§4. Development of Neoclassical-Diffusion-Coefficients Database for Integrated-Transport-Code Analyses of LHD Plasmas
450
§5. Development of High Power Sub-terahertz Pulse Gyrotron
451
§6. Development of External Control Knob for Improved Confinement Mode in TU-Heliac
452
§7. Development of Cesium-free Deuterium/hydrogen Negative-ion Source Based on Catalytic Ionization Method
453
§8. Investigation of Cu Addition MgB2 Superconducting Long Wire Deformation and Strain Sensitivity Evaluation System of Jc Property
454
§9. RF Plasma Generation and Current Ramp-up Experiments on the TST-2 Spherical Tokamak
455
§10. Estimate of Confinement Properties in a Low-Aspect-Ratio RFP Using Interferometer
456
§11. Study on Accessibility of Electron Bernstein Wave to Core Region of Ultra High Beta Plasmas
457
§12. Investigation of Deuterium Retention in Dust and Redeposited Layers by Using Divertor Plasma Simulator
458
§13. Study on the Interaction between Metal Vapor and Plasma Using Stabilized High Current Arc
459
§14. High-Sensitivity Tritium Gas Monitoring System Using Two-Parameters Pulse Height Analyzer
460
§15. Development of SINET Online Data Acquisition and Share System

8. Collaboration Using SINET3

462
§1. Data Transfer and Direct Data Acquisition from GAMMA 10 to LHD Virtual Laboratory via SNET
463
§2. Development of Remote Participation Environment with SNET on QUEST

9. Fusion Science Archives

466
§1. Archival Study on Development of Heliotron Devices
467
§2. Archival Studies on Devices and Technologies of Plasma Heating
468
§3. Archive Activities on Laser Driven Fusion Research
469
§4. Archives on Early Researches for Superconducting Magnet and Cryogenics Technology at NIFS
470
§5. A Study of History of Nuclear Fusion Research Based on the Method of Oral History
471
§6. SGML-based Archival Finding Aid for Fusion Science Archives
472
§7. Archival Studies on History of IAEA Fusion Energy Conference
473
§8. Studies on History of Fusion Energy Conference and International Exchange of Nuclear Fusion Research in Japan
474
§9. Internationalization in Fusion Research – INTOR Workshop -
475
§10. A Study of History of Nuclear Fusion Research on the Basis of Historical Documents
476
§11. Effects of Monbusho’s Grant-in-Aid in Promoting Nuclear Fusion Research in Japan
477
§12. "NIFS-repository" in FY2010

10. Bidirectional Collaborative Research Program

479
§1. Studies of the Plasma Transport Control Physics and the Divertor-simulating Boundary Plasma in making use of Open End Magnetic Field and Effects of Potential and Radial Structure of Electric Fields
480
§2. Fusion Virtual Laboratory (FVL): the Experiments’ Collaboration Platform in Japan
481
§3. Development of High Efficiency ECH System and Research of the ECH Physics in GAMMA10
482
§4. Analysis of Edge Plasma Turbulence Based on Two-dimensional Visible image Measurement in Open Magnetic Field Configuration Plasmas
483
§5. Study of Divertor Simulation Using Open Magnetic Field Configuration
484
§6. Plasma Flow Measurement at a Peripheral Region of the Central Cell in GAMMA10
485
§7. Correlation between ICRF Waves and Behavior of High Energy Ions on GAMMA 10
486
§8. Three-Dimensional Analysis of ICRF Wave Excitation on GAMMA 10
487
§9. Development of Digital Based Millimeterwave Interferometer and Application to Electron Density Imaging at the Potential Barrier Region on GAMMA10
488
§10. Electron Temperature Measurement by Using Thomson Scattering System in the Tandem Mirror GAMMA 10
489
§11. Study of Interaction between Plasma and EM Wave in Prospect of Application of Millimeter & Sub-millimeter Waves – Linear Analysis of Global Structure of Drift Wave -
490
§12. Studies on Two-stage Deceleration Scheme in a Cusp-type Direct Energy Converter Simulator
491
§13. Analysis of Recycling Behavior and Plasma Optimization in a Tandem Mirror
492
§14. Divertor Study of Toroidal and Mirror Field Configurations
493
§15. A Study on the Confinement Optimization and Stability Control of an Advanced Helical System
494
§16. Study of Optimization of the ICRF Heating in Heliotron J
495
§17. A Study of Peripheral Plasma in Heliotron J by Fast Cameras
496
§18. Radial Electric Field Control by Electrode Biasing in Heliotron J
497
§19. Neutral Particle Transport Analysis with Multi-channel Hα -line Emission Measurement System in Heliotron J
498
§20. Density Fluctuation Measurement Using Beam Emission Spectroscopy on Heliotron J
499
§21. Study of Pellet Injection for Efficient Core Plasma Fuelling in Heliotron J
500
§22. Effects of Electron Bernstein Wave Heating at Very Low Magnetic Filed on Plasma Confinement in Heliotron J
501
§23. Summary of Heliotron Non-neutral Plasma Experiments and Study on Image Charge Probe for Measuring Confinement Time
502
§24. Production of Reversed Magnetic Shear Configuration and Alfven Eigenmodes in Heliotron J
503
§25. Modification of HDLP for Study of Anomalous Transport of Fast Ions in Heliotron J
504
§26. Measurement of the Heat Flux Change Due to Confinement Transition in Heliotron J
505
§27. Impurity Line Emission Survey in the VUV Domain on NBI-heated Heliotron J Plasmas
506
§28. Development of a Neoclassical Moment Equation Solver II (An Application of Generalized Taguchi’s Formulation as a Validation)
507
§29. Investigations on the Dynamic Behaviour and Active Control of Density Profiles in Heliotron J
508
§30. Verification of Role for Poloidal Ion Viscosity in Transition to Improved Mode in Heliotron J
509
§31. Fast Ignition of Liquid Deuterium Targets
510
§32. Investigation of Cascade-typed Falling Liquid Film Flow along First Wall of Laser-Fusion Reactor
511
§33. Statistical Analysis of Time-Resolved X-Ray Images – Generalized N-Dimensional Principal Component Analysis -
512
§34. Laboratory Experiments on Aerosol Formation by Colliding Ablation Plumes (LEAF-CAP)
513
§35. Study on Design and Experiment of System to Recover Tritium from Falling Liquid Flow of Laser Fusion Reactor
514
§36. Traial on a ToF Measurement of Gamma-rays and Neutrons by a Diamond Radiation Detector with Fast Time Responce
515
§37. Development of Full-Scale Model of Target-Injection System for Inertial-Fusion Energy
516
§38. Beam Steering for Laser Fusion
517
§39. Theoretical Studies on Environments in Laser Fusion Liquid Wall Chamber
518
§40. Control of Microfluid Devices towards Mass Production of IFE Targets
519
§41. Study for a Protection of Laser Beam Port in the Laser Fusion Reactor KOYO-F
520
§42. A Diagnostic of Neutron Fusion by Uniformly Redundant Penumbral Camera
521
§43. Degeneracy Diagnostics of Imploded DT Plasmas Based on Nuclear Reaction Products Measurement
522
§44. Comparative Assessment of Economics and CO2 Emissions in Inertial and Magnetic Fusion Reactors
523
§45. Effects of Long Rarefied Plasma Inside Cone on Fast Electron Generation
524
§46. Development of Position Measurement Module for Flying IFE Target
525
§47. Studies on Steady State Spherical Tokamak by the “Plasma Boundary Dynamics Experimental Device (QUEST)” in Kyushu University
526
§48. Development of a New NBI System by Washer Gun-type Ion Beam Source
527
§49. QUEST Plasma Measurement Using a Fast Video Camera
528
§50. Experiments of Current Start-up by RF on QUEST
529
§51. Study of Suprathermal Electron Behavior in Non-inductive Current Ramp Up Phase of QUEST Plasmas
530
§52. Construction of a Thomson Scattering System for the QUEST Spherical Tokamak Device
531
§53. Experimental Study of the Various Plasma Current Start-up Methods in QUEST
532
§54. Feedback Control of the Plasma Shape and Divertor Configuration in QUEST
533
§55. Study on Hydrogen Recycling and Particle Control in the Spherical Tokamak QUEST
534
§56. Hydrogen Recycling and Neutral Particle and Impurity Behavior in Spherical Torus Plasmas
535
§57. Experiments of Fuelling by CT Injection on QUEST
536
§58. Optimization of Electron Bernstein Wave Heating and Current Drive by Real Time Phase Control
537
§59. Investigation of the H2 Rotational Excitation Process in QUEST
538
§60. Study of Video Monitoring System for Remote Participation
539
§61. Development of Fiber-Optic Diagnostic on Vacuum Vessel Current of QUEST
540
§62. Studies on Improvement of Tritium Safe-Handling Techniques and Material Interactions with Tritium
541
§63. Tritium Absorption of Co-deposited Carbon Film and Tungsten
542
§64. Study on Tritium Transfer through Porous Concrete and Film Coating to Restrain Tritium Permeation
543
§65. Effects of Surface Mixing Layers of Tungsten on Hydrogen Isotope Behavior
544
§66. Study of Tritium Distribution in Tungsten Exposed with Plasma
545
§67. Basic Study on Surface Chemical Combination between Beryllium Metal and Hydrogen Isotope Gas
546
§68. Non-Destructive Measurement of Tritium by Bremsstrahlung X-rays Using An Imaging Plate
547
§69. Correlation between Crystal Structure Change and Tritium Retention on Mixed-layer of First Wall
548
§70. Advanced Evaluation of Radiation Effects on Fusion Materials
549
§71. Irradiation Effects on Joining/Coating of Low Activation Structural Materials
550
§72. Concept Design of Li-enclosed Capsule in Pile
551
§73. Mechanism Underlying Trapping of Hydrogen Isotopes in Neutron-Irradiated Plasma Facing Materials
552
§74. The Effects of Irradiation Damage and Transmutation Element on Irradiation Behavior of Tungsten Alloys as Plasma Facing Component
553
§75. Establishment of Critical Current Measurement Techniques Using a 15.5 T Conduction-cooled Superconducting Magnet
554
§76. Study of Radiation Damage of Organic Electric Insulation Material for Fusion Superconducting Magnet
555
§77. Irradiation Effect on Superconducting Magnet Materials for Fusion
556
§78. Promotion of All-Japan ST Research Program

11. The Division for Health and Safety Promotion

12. Public Relations Department

13. Activities of Research Information Office (RIO)

14. Network Management Office

III. International Collaboration

1. US-Japan (Universities) Fusion Cooperation Program

2. TEXTOR Collaboration

3. International Collaboration on Helical Fusion Research
— IEA Stellarator Agreement —

4. JSPS-CAS Core-University Program on Plasma and Nuclear Fusion

5. Japan-China Cooperation in Area of Magnetic Fusion Energy Research
and Development and Related Fields

6. Japan-Korea Fusion Collaboration Programs

600
§1. The 5th Japan-Korea Seminar on Advanced Diagnostics for Steady-State Fusion Plasmas
601
§2. Development of the KSTAR Thomson Scattering System
602
§3. Broadband Multichannel Radiometer for ECE Measurements on KSTAR

IV. Department of Engineering and Technical Services

V. Department of Administration

619
APPENDIX 1. Organization of the Institute
620
APPENDIX 2. Members of Committees
621
APPENDIX 3. Advisors, Fellows, Professors Emeriti
622
APPENDIX 4. List of Staff
628
APPENDIX 5. List of Publications I (NIFS Series)
634
APPENDIX 6. List of Publications II (Journals, etc.)

650
Author Index
660
National Institute for Fusion Science
661
How to Reach National Institute for Fusion Science
662
How to Reach Rokkasho Research Center
663
National Institute for Fusion Science (Building Arrangement)