ANNUAL REPORTOF
NATIONAL INSTITUTEFORFUSION SCIENCE
April 2004–March 2005

November 2005

NATIONAL INSTITUTE FOR FUSION SCIENCE
Address : Oroshi-cho, Toki-shi, Gifu-ken 509-5292, JAPAN
Phone : +81-572-58-2222
Facsimile : +81-572-58-2601
Homepage on internet : URL = http://www.nifs.ac.jp/

Contents
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II.

National Institute for Fusion Science in April 2004 – March 2005 ..........................................
Research Activities ...................................................................................................................
1. Large Helical Device (LHD) Project ..................................................................................
1-1. LHD Experiment .....................................................................................................
(1) Overview of LHD Experiment .............................................................................
(2) LHD Physics Experiments ...................................................................................
§1. Half Hour Plasma Discharge .........................................................................
§2. Plasma Collapse in the Long Pulse Plasma Discharge .................................
§3. Termination of Steady State Plasmas Caused by Penetration of Impurity
Metal Flakes ..................................................................................................
§4. Control of Divertor Heat Load by Real-time Magnetic Axis Swing in
Steady State Operation ..................................................................................
§5. Sustainment of keV-order Stable Plasma by ECH Over One Hour on
LHD...............................................................................................................
§6. Dynamic and Static Properties of Wall Recycling in the Long Duration
Discharges .....................................................................................................
§7. Characterization of Energy Confinement Using Extended International
Stellarator Confinement Database .................................................................
§8. New Global Confinement Scaling for High-Density LHD Plasmas .............
§9. Global Energy Confinement Properties in LHD High Beta Plasmas ............
§10. Features of Non-Local Electron Heat Transport in LHD..............................
§11. Heat Pulse Propagation across the Rational Surface in Large Helical
Device Plasma with Counter Neutral Beam Injection ..................................
§12. Edge Transport Barrier Extended to Ergodic Field Layer in a Low Density
Plasma of LHD ..............................................................................................
§13. Comparison of Confinement Degradation in High Density and Particle
Transport between Tokamak and Helical .....................................................
§14. Experimental Study of Turbulence and Particle Transport in LHD .............
§15. Investigation of Micro-turbulence and Particle Transport in LHD from 2d
CO2 Laser Phase Contrast Imaging ...............................................................
§16. Observation of Energetic Particle Mode Fluctuation by Using Microwave
Reflectometer ................................................................................................
§17. Scattering Measurement from Gyrotron .......................................................
§18. Control of the Radial Electric Field Shear by Modification of the Magnetic
Field Configuration in LHD ..........................................................................
§19. Formation of the Radial Electric Field Shear at the Boundary of Magnetic
Island with Repetitive Pellet Injection in LHD .............................................
§20. Characteristics of High -Te Plasmas Related to NBI-Beam-Driven
Current...........................................................................................................
§21. Recent Progress on High Ion Temperature Experiment with High-Z
Discharge in LHD .........................................................................................
§22. Confinement Improvement in High-Ion Temperature Plasmas in LHD .......
§23. Toroidal Rotation in Ar Discharges ..............................................................
§24. Estimation of the Particle Confinement Time of the Helium Ash in LHD ...
§25. Parameter Dependence of Particle Transport in LHD ..................................
§26. Three-dimensional Observation System for Pellet Ablation in LHD
Plasmas ..........................................................................................................
§27. Estimation of the Effect of Fast Ions on Pellet Ablation ..............................
§28. Injection of Repetitive Ice Pellet during ICRF Heating ................................

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§29. Measurement of Inhomogeneous Poloidal Distribution of He Neutral
Atom Flux .....................................................................................................
§30. High-resolution Measurements of Hα Line Spectral Profiles in LHD
Steady State Plasmas .....................................................................................
§31. High-beta Experiments in LHD ....................................................................
§32. Observed Pressure Gradients at a Peripheral Rational Surface in LHD
High Beta Plasma ..........................................................................................
§33. Onset of Pressure Driven Mode ....................................................................
§34. Transport Analysis of High β Plasmas on LHD ...........................................
§35. Observation of Internal Structure of Edge MHD Modes in High Beta
Plasmas on LHD ...........................................................................................
§36. Spatial Structure of the MHD Events Observed in LHD ..............................
§37. MHD Stability of the Current Carrying Plasma with Finite β in LHD .........
§38. Experiment Study of Current Driven MHD Mode in LHD Plasma..............
§39. Comparative Study of MHD Instability in LHD and JT-60U.......................
§40. Quantitative Evaluation of Pressure Anisotropy by Magnetic
Measurements ...............................................................................................
§41. The Effect of the Rotational Transform on Shafranov Shift .........................
§42. Effective Plasma Boundary Behavior in Finite Beta Plasma of LHD ..........
§43. Effects of Magnetic Axis on Formation and Healing of Magnetic Island ....
§44. The Local Island Divertor Experiment .........................................................
§45. Edge Transport Study of LID Configuration in LHD ...................................
§46. Titanium Tracer Impurity Behavior in the LHD Plasma with a Plasma
Detachment ...................................................................................................
§47. Study of ECRH Effect on Impurity Behavior with Tracer-Encapsulated
Solid Pellet Injection on LHD .......................................................................
§48. A New Method on Recycling Coefficient Measurement Using Impurity
Pellet Injection in LHD .................................................................................
§49. Forbidden M1 Transitions Emitted from Argon Discharges in LHD ...........
§50. Sustained Detachment - Serpens Mode.........................................................
§51. Time Evolution of Diverter Particle Flux during Serpense-mode ................
§52. Observation of Rotating Radiation Belt in LHD...........................................
§53. Behavior of Impurity Radiation and Edge Plasma during Radiative
Collapse at the LHD Density Limit ..............................................................
§54. Temperature Measurement of a Vertically Installed Divertor Plate with an
Infrared Radiation Thermometer in Self-sustained Detachment Plasmas ....
§55. CH Band Emission Profile Measurement in Self-sustained Detachment
Plasmas in LHD ............................................................................................
§56. Heat and Particle Deposition Profiles on the Helical Divertor during
Magnetic Axis Swing Operation ...................................................................
§57. Transport Analyses of Carbon Atoms in the LHD Divertor Region ............
§58. Edge Plasma Measurement with Fast Scanning Langmuir Probes ...............
§59. Characterization of the LHD Edge & Divertor Plasma by Ion Sensitive
Probe Measurement (II) ................................................................................
§60. Measurement of Two Dimensional Electron Density Profile in Edge
Plasma Region by Thermal Lithium Beam Sheet .........................................
§61. Evaluation of Heating Efficiency of EC Waves for Discharges of LHD 8thExperimental Campaign ................................................................................
§62. Electron Bernstein Heating Experiment in LHD ..........................................
§63. Study on Electron Heating and Current Drive by Electron Bernstein
Waves ............................................................................................................
§64. Electron Cyclotron Current Drive Experiment in LHD ................................

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§65. Investigation of Polarization and Deposition of EC Wave Beams ............... 69§66. Development of High Beta Plasma Production by Using Higher Harmonic
Fast Wave in ICRF ........................................................................................ 70§67. Dependence of Magnetic Axis on Neutral Beam Driven Current in LHD ... 71§68. Neutral Beam Attenuation Measurement in the High Temperature
Plasma ........................................................................................................... 72§69. Doppler Shift Spectra of Hα Lines from Negative Ion Based Neutral
Beams ............................................................................................................ 73§70. Study of the Loss Cone Feature Using Neutral Particle Analyzer in Large
Helical Device ............................................................................................... 74§71. Local Measurements of Neutral Particle Spectra on LHD by PCX
Method .......................................................................................................... 75§72. Observation of Clump and Hole Pair Creations with TAE-bursts on
LHD............................................................................................................... 76§73. Excitation of High Frequency Fluctuations and Their Effects on HighEnergy Ions in LHD ...................................................................................... 77§74. Erosion of Plasma Facing Materials by Charge Exchange Neutrals............. 78§75. Study on Erosion Mechanism of Materials by High Flux Divertor Leg
Plasma ........................................................................................................... 79§76. Study on Generation Mechanism of Particles in LHD.................................. 80§77. Initial Wall Conditioning in LHD ................................................................. 81§78. The Study of Hydrogen Retention and Existence States in Boron Thin
Film Exposed to Hydrogen Glow Discharge ................................................ 82§79. The Effect of Helium Glow Discharge on Boronized Surface in LHD ........ 83§80. Surface Analysis for Boronized Wall During 7th Experimental Campaign ... 84§81. ICRF Wall Conditioning ............................................................................... 85§82. Development of Integrated Simulation Code for LHD Plasma
Experiments................................................................................................... 86(3) LHD Device Engineering Experiments ................................................................ 87§1. Observation of Coupling Currents with Very-Long Time Constants in
LHD Poloidal Coils Using Hall Sensors ....................................................... 88§2. Evaluation of Residual Magnetic Field by Superconducting Coils of the
LHD............................................................................................................... 89§3. Acoustic Emission (AE) Measurement of the LHD Helical Coils ............... 90§4. Monitoring of the Superconducting Coil System Using Fuzzy Theorem
for the Large Helical Device ......................................................................... 91§5. Strain Measurement of Cryogenic Support Structure of LHD...................... 92§6. Advanced Current Control Scheme Using H-infinity Design for LHD
Superconducting Coils .................................................................................. 93
1-2. Device Engineering and Cooperative Development Research ................................ 94(1) Physics and Engineering of LHD Torus System .................................................. 94§1. Studies on Behavior of Solid Hydrogen Pellets in a Drift Tube ................... 95§2. Characteristics of Hydrogen Absorption in Vanadium Pumping Panel........ 96§3. In-situ Measurements of Secondary Electron Emission Coefficient in
Plasma-Surface Interaction ........................................................................... 97§4. Behavior of Rhenium Interface on Tungsten Coated Carbon by Heat
Load............................................................................................................... 98(2) Applied Superconductivity and Cryogenics ......................................................... 99§1. Study on Long Loops with Long Time Constants in Cable-in-Conduit
Superconductor ............................................................................................. 100§2. Experimental Plan of a 7-T Force-Balanced Helical Coil ............................ 101§3. Study on Electrical Insulation Characteristics of Superfluid Helium ........... 102

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Database Development for He II-cooled Superconducting Magnet System
Design ........................................................................................................... 103§5. Studies on the Mechanical Properties and Fracture Mechanisms of Single
Crystal RE High Tc Bulk Superconductors ................................................... 104§6. Development of a Current-Feed System with Low Heat Load Using a
Pulse Tube Cooler ......................................................................................... 105§7. Fundamental Study on Application of Magnetic Levitation Using YBCO
Bulk Superconductor to Fusion Research ..................................................... 106§8. Fundamental Study on Cryogenic Characteristics of SiC Power Device
and Its Application to AC/DC Converter ...................................................... 107§9. Research and Development of Small General-purpose Pressure Sensor in
Cryogenic Environment ................................................................................ 108§10. Development of Observation and Diagnosis Systems for Superconductingcoil Operations Using the Poynting Vector Method ..................................... 109§11. Basic Research on the Oxide Superconductors for Fusion Reactors ............ 110§12. Effect of the Phase Transition on Heat Transfer in He II ............................. 111§13. Composite Electrical Insulation and its Reliability at Cryogenic
Temperature for LHD ................................................................................... 112§14. Design and Optimization of High Tc Superconductors for Current Lead
Application .................................................................................................... 113§15. Development of Conduction-Cooled LTS Pulse Coil ................................... 114§16. Cryogenic Stability of the Model Coil of the LHD Helical Coil in
Saturated Helium ........................................................................................... 115§17. Elimination of Variable Harmonics on Motor Generator Circuit ................. 116§18. Thermal Contact Conductance between the Bundle and the Conduit in
Cable-in-Conduit Conductors ....................................................................... 117§19. Effective Resistivity of HTS Tapes with Shielding Currents ....................... 118§20. SMES System Designed to Protect from Momentary Voltage Drop ............ 119§21. Development of a Pulse Tube Current Lead ................................................. 120§22. HTS Conical Bulk for Current Lead Use ...................................................... 121§23. Cooldown Performance of the Cryogenic System Applied for the
Cryogenic Target of the FIREX Project........................................................ 122§24. Performance of Cold Compressors in the Cooling System for the R&D
Coil Cooled by Subcooled He I .................................................................... 123§25. Simulation of Electromagnetic Behaviors of Lap Joints for Fusion Magnet
Systems ......................................................................................................... 124§26. Interaction between the Transport Current and Shielding Currents in
Bi-2223/Ag HTS Tapes................................................................................. 125(3) RF Heating Technologies ..................................................................................... 126§1. CW Gyrotron Operation ................................................................................ 127§2. Improvement of ECH Transmission Line for CW Experiments ................... 128§3. Workshop on Generation, Application and Measurement of High PowerMillimeter Waves .......................................................................................... 129§4. Temperature Measurement of ICRF Antennas in LHD ................................ 130§5. Impedance Matching during Long Pulse Discharge in LHD ........................ 131§6. Liquid Stub Multi-computer Control System for ICH on LHD .................... 132§7. Power Circulation System on LHD Combline Antenna ............................... 133§8. Study on High Energy Particles Escaped from LHD Using Lost Ion
Probe ............................................................................................................. 134(4) High Energy Beam Technology ........................................................................... 135§1. Operational Status of Negative-Ion-Based Neutral Beam Injection System
in LHD .......................................................................................................... 136

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Correction of Beam Profile by Modifying Aperture Shape of Steering
Grid II ............................................................................................................ 137§3. Doppler Shift Spectra of Hα Lines from Negative Ion Based Neutral
Beams ............................................................................................................ 138§4. Fundamental Processes in H– Ion Source Plasma ......................................... 139§5. Plasma Injection from Several Cesiated-Hollow Cathodes into the Large
H– Ion Source ................................................................................................ 140§6. Rf Power Performances for Ring Shaped and New Parallel Rod Multiantenna Systems of Rf Ion Source ................................................................ 141§7. Development of RF Plasma Source for Negative Ion NBI ........................... 142(5) Diagnostic Systems .............................................................................................. 143§1. A Convenient Method of Calibrating Relative Sensitivity of MultiChannel Thomson Scattering Diagnostic System ......................................... 144§2. An Estimation of Uncertainties in Electron Density Measurements due tothe Beam Spatial Variations in the LHD YAG Thomson Scattering............ 145§3. Development of Ka-band Ultrashort Pulsed Radar Reflectometer forElectron Density Profile Measurement ......................................................... 146§4. The First Detection of the Secondary Beam of the 6 MeV Heavy Ion
Beam Probe on LHD ..................................................................................... 147§5. Confirmation of Beam Orbit of the Heavy Ion Beam Probe on LHD .......... 148§6. Performance and Development of Au– Beam Source for a Heavy Ion
Beam Probe of the LHD ................................................................................ 149§7. Measurements of Rotational Transform Due to Non-inductive Toroidal
Current Using Motional Stark Effect Spectroscopy in Large Helical
Device ........................................................................................................... 150§8. Argon Transport Obtained with an Assembly of Pulse Height Analyzer in
LHD............................................................................................................... 151§9. Microwave Imaging Reflectometry for the LHD Edge Plasma .................... 152§10. Application of Ultrashort-Pulse Reflectometer to LHD................................ 153§11. Study of High-performance Array Antennas for Millimeter-wave Imaging
Array ............................................................................................................. 154§12. A New Tracer-encapsulated Pellet Injector for Plasma Diagnostics ............ 155§13. Ultra-Wideband Data Acquisition and Real-Time Data Streaming in LHD
Steady-State Experiments ............................................................................. 156§14. Enhancement of the Experimental Database................................................. 157§15. Development of a New Two Color FIR Laser Interferometer (II)................ 158§16. Two Dimensional Ion Temperature and Velocity Measurements by Useof Visible Light Tomography Technique ...................................................... 159§17. Image Reconstruction by Hopfield Neural Network for Bolometer
Tomography of LHD Plasma ........................................................................ 160§18. Bench Testing of New Polarimeter with Use of Photo Elastic Modulator
for 57 & 48 Micron Laser ............................................................................. 161§19. Research and Development of an Extremely Compact Fusion Neutron
Source by Spherically Converging Ion Beams ............................................. 162§20. On the Construction of Databases of Experiment Data ................................ 163
1-3. Theoretical Study ..................................................................................................... 164§1. Effects of Self-Consistent Flow on Island Generation in Interchange
Mode ............................................................................................................. 165§2. Effects of the Resistive Wall on the Growth Rate of Weakly Unstable
External Kink Mode in General 3D Configuration ....................................... 166§3. Properties of the Compressible Pressure-driven Perturbations ..................... 167§4. Nonlinear Simulation of Edge-Localized Mode in Spherical Tokamak ....... 168

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New Theoretical Approach to 3D Equilibrium of the LHD ......................... 169
The Configuration Dependence of Ripple Transport in LHD ....................... 170
Impact of Ion Species on Ambipolar Radial Electric Field in LHD ............. 171
Transport Analysis of Radial Electric Field in Helical Plasmas ................... 172
Non-local Neoclassical Transport Simulation in LHD ................................. 173
Particle Drift in Static Magnetic Fields ......................................................... 174
Strike Point Patterns on the LID Head in Various LHD Configurations ...... 175
Development of a Monte-Carlo Simulation Code for Radial Profiles in
Magnetic Island ............................................................................................. 176§13. Self-consistent Model for Two-dimensional Structures in Tokamak H
Modes ............................................................................................................ 177§14. Two-dimensional Structure and Particle Pinch in Tokamak H Mode .......... 178§15. Coherent Structure of Zonal Flow and Nonlinear Saturation ....................... 179§16. Excitation of Geodesic Acoustic Mode in Toroidal Plasmas........................ 180§17. Periodic Change of Solar Differential Rotation ............................................ 181§18. Life Time of Plasma States Near Transition Boundary ................................ 182§19. A Novel Turbulence Trigger for Neoclassical Tearing Modes inTokamaks ...................................................................................................... 183§20. Collisionless Damping of Geodesic Acoustic Modes ................................... 184§21. Dynamics of Zonal Flows in Helical Systems .............................................. 185§22. A Variational Analysis of Flow-reversal Condition in a Turbulent Swirling
Pipe Flow Using the Bulk-helicity Concept.................................................. 186§23. Effect of Flow Shear on Temperature Gradient Driven Short Wavelength
Modes ............................................................................................................ 187§24. Short Wavelength Ion Temperature Gradient Instability in Toroidal
Plasmas .......................................................................................................... 188§25. Short Wavelength Electron Temperature Gradient Instability in Toroidal
Plasmas .......................................................................................................... 189§26. Emission of Electromagnetic Pulses from Laser Wakefields throughLinear Mode Conversion............................................................................... 190§27. An Equilibrium Equation of a Magnetized Rotating Plasma ........................ 191§28. Dust Plasma Experiments and Collisional Oscillations ................................ 192
LHD Project Research Collaboration ...................................................................... 193§1. Experiment on Charge Separation in a Small-Scale CUSPDEC Device ...... 194§2. Experiment on Direct Energy Conversion in a Small-Scale CUSPDEC
Device ........................................................................................................... 195§3. Characteristics of Single Slanted Cusp-DEC ................................................ 196§4. Numerical Simulation of Large-Scale TWDEC and HelmholtsDEC
Devices .......................................................................................................... 197§5. Suppression of Harmonic Frequencies of Induced Voltages in a
Decelerator of a TWDEC Simulator ............................................................. 198§6. Active Deceleration Experiments in TWDEC Simulators ............................ 199§7. Development of High Beta Plasma Formation Using ICRF High Harmonic
Fast Wave ...................................................................................................... 200§8. Experimental Study of Compatibility of a Transport Barrier and Energetic
Ion Confinement ............................................................................................ 201§9. Study of the Repetitive Fueling Pellet Transportation in the Guiding
Tube............................................................................................................... 202§10. Quasi-Optical Analysis of Output Beam from Remote Steering Antenna ... 203§11. Production Mechanism of D– Ions and Evaluation of D– Ion Current
Extraction ...................................................................................................... 204

§12. Analysis of a Graphite Plate Interacting with a High-density Hydrogen
Plasma ........................................................................................................... 205§13. Development of Continuously Size-Controllable Pellet Injector and
Detailed Study of Passage Properties in Drift Tube...................................... 206§14. Temperature Dependence of Optical Constants of Silicon for 48- and57-μm FIR Lasers ......................................................................................... 207§15. Anisotropy of Proton Velocity Distribution Function in Argon Plasma
Analyzed by Means of Plasma Polarization Spectroscopy ........................... 208§16. Spectroscopy and Atomic Modeling of EUV Light from LHD Plasmas...... 209§17. Development of Wide Band and Compact X-ray Spectrometer ................... 210§18. Development of Laser Thomson Scattering System Applicable to Low
Temperature Recombining Plasmas in Divertor Simulator MAP-II in the
Univ. Tokyo .................................................................................................. 211§19. Diagnostics of Plasma with Negative Ions Using the Eclipse Laser
Photodetachment Method in Divertor Simulator MAP-II in the Univ.
Tokyo ............................................................................................................ 212§20. Study on Effects of Bending Strain to Critical Current Characteristics of
Nb3Al CIC Conductors.................................................................................. 213§21. Change in Properties of Superconducting Magnet Materials by 14 MeV
Neutron Irradiation under Cryogenic Temperature ...................................... 214§22. Development of New High Field and High Current Density
Superconductors for Fusion Devices ............................................................ 215§23. Stability of Superconducting Coil with Various Surface Conditions in
Pressurized He II ........................................................................................... 216§24. Suitability of Boron-titanium as First Wall Material .................................... 217§25. Measurement of the Negative Ion and Control of Recombination Plasma
in the LHD Divertor ...................................................................................... 218§26. Kinetics of Hydrogen Isotopes at Surfaces and Bulks of Plasma Facing
Materials Based on Group 5 Metals .............................................................. 219§27. Heat Removal Enhancement of Plasma-Facing Components by Using
Nano-Particle Porous Layer Method ............................................................. 220§28. Investigation of Tritium Behavior and Tracability in In-vessel Systems of
LHD during D-D Burning ............................................................................. 221§29. Assessment Study on Biological Effects of Radiation in LHD .................... 222§30. Study on Environmental Behavior of Tritium .............................................. 223
2. Collaboration on Fusion Engineering ................................................................................. 224(1) Fusion Engineering Studies .................................................................................. 224§1. Influence of Inner Surface Roughness on Subcooled Flow Boiling CriticalHeat Flux in a Short Vertical Tube ............................................................... 226§2. Development of Low Activation Compound Superconducting Wires for
Fusion Reactor .............................................................................................. 227§3. Development of Strength Evaluation Methods of Cryogenic Material
Systems ......................................................................................................... 228§4. Development of the Fracture Toughness Test Method by Round Bar with
Circumferential Notch ................................................................................... 229§5. Examination of Materials Irradiation Test Program Using Intense Neutron
Source (IFMIF) ............................................................................................. 230§6. Thermal and Mechanical Properties of Composite Materials forSuperconducting Coils .................................................................................. 231§7. Development of Fine-Grained, Particle-Dispersed Vanadium Alloys with
Improved Resistances to High-Temperature Deformation andEmbrittlement by Neutron and Helium Irradiations ..................................... 232

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Development of Simulation Models for Irradiation Performance of Fusion
Materials ........................................................................................................ 233§9. Evaluation of MHD Pressure Drop in Multi Layer Wall Channel................ 234§10. Preparation of Cylindrical Superconductor Composed with Ni Mesh for
Current Lead.................................................................................................. 235§11. Dynamic Behavior of He-vacancy Complex in Highly-purified Vanadium
Alloys ............................................................................................................ 236§12. Joining and Heat Load Test of Tungsten Divertor ........................................ 237§13. Overall Characterization of High Purity Reference Vanadium Alloys
NIFS-HEATs................................................................................................. 238§14. Environmental Effects on Radiation Effects in V-4Cr-4Ti Alloys ............... 239§15. Measurements of Radiation Induced Conductivity of Ceramic Insulators
for Fusion Blanket ......................................................................................... 240§16. Examination of Electrical Degradation of Ceramic Coating Materials
Using Ion Beam Irradiation ........................................................................... 241§17. Development of Joint Technique of SiC/SiC Composites ............................ 242§18. Development of Reduced Activation Ferritic Steels with Improved Heat
Resistance and Elemental Property Characterization for High Cycle
Efficiency Steel-based Blankets .................................................................... 243§19. Crack Length Measurement in Cryogenic Environment Using Unloading
Elastic Compliance........................................................................................ 244§20. Lithium Compatibility of MHD Coatings Fabricated by Arc Source
Plasma Deposition Method ........................................................................... 245§21. Creep Mechanism of NIFS-Heat2 Alloys by Using Pressurized Creep
Tubes ............................................................................................................. 246§22. Negative Longitudinal Magnetoresistance of Bulk Bismuth in Low
Temperature .................................................................................................. 247§23. Development and Synthetic Evaluation of High-Z Plasma Facing
Materials ........................................................................................................ 248§24. Transmutation of High-level Waste in a Spherical-tokamak Reactor .......... 249(2) Helical Reactor Design ......................................................................................... 250§1. Modification of Design Parameters on LHD-type Reactor FFHR2 .............. 250§2. Design Studies on Long-life Breeder Blanket for LHD-type Reactors ........ 251§3. Study of the Burning Plasma Physics Issues in Helical Reactors ................. 252§4. Design Study of Magnets for Heliotron Type Fusion Reactor FFHR .......... 253§5. Effect of Surface Angle on Mechanical Jointing of HTS ............................. 254§6. System Design Study of Hydrogen Isotope Recovery from Molten-Salt
Blanket of Fusion Reactor ............................................................................. 255§7. Study on Heat Transfer Region for Fluid System in a Liquid Blanket ......... 256§8. Development of Heat Transfer Enhancement Technique in High Pr
Number Fluid Blanket ................................................................................... 257§9. Feasibility of Helium Gas Turbine System for Molten Salt Blanket ............ 258§10. Design on New Type First Wall under High Temperature and Particles for
Nuclear Fusion Reactor ................................................................................. 259(3) Fusion Reactor System and Safety ....................................................................... 260§1. Investigation of Tritium Behavior and Tracability in Invessel Systems of
LHD during D-D Burning ............................................................................. 261§2. Studies of Interaction between Cooling Pipe Materials and Tritium, andTheir Chemical Behavior .............................................................................. 262§3. Advancement of Water-Hydrogen Chemical Exchange Apparatus byIntroducing Trickle Bed Reactor ................................................................... 263

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Development of High-power Adsorbents for Hydrogen Isotope Separation
by Pressure Swing Adsorption Method......................................................... 264§5. Studies of Tritiated Water Vapor Removal with a Hollow-filament Type
Polyimide Membrane Dehumidifier .............................................................. 265§6. Development of Advanced Catalyst for Oxidation of Tritium andQuantification of Mass Transfer Coefficient ................................................. 266
3. CHS Experiments ................................................................................................................ 267§1. Study on Parameter Dependences of Power Threshold for Edge Transport
Barrier Formation .......................................................................................... 268§2. Power Threshold for ETB Transition Based on NBI Power Deposition
Calculation .................................................................................................... 269§3. Dependence of Power Threshold on Magnetic Field Configuration ............. 270§4. Time Evolutions of the Ion Temperature in the Edge Transport Barrier(ETB) Operations in CHS ............................................................................. 271§5. Comparison of Impurity Poloidal Rotations in Recent Improved Modes in
CHS ............................................................................................................... 272§6. Radiation Profile Measurements for Edge Transport Barrier Discharges in
the Compact Helical System Using AXUV Photodiode Arrays ................... 273§7. EHO-like Density Fluctuations Measured Using Beam Emission
Spectroscopy in ETB Discharge on CHS...................................................... 274§8. Statistical Analysis of Peripheral Plasma with Edge Transport Barrier in
CHS ............................................................................................................... 275§9. Measurement of Edge Transport Barrier Structure by Langmuir Probe in
the Compact Helical System ......................................................................... 276§10. Discharge Aiming at High Stored Energy in Compact Helical System(CHS) ............................................................................................................ 277§11. Efficient Heating of High Density Plasmas Up to Cut-off Density of
106.4 GHz ECH Power on CHS ................................................................... 278§12. Confinement of Perpendicularly Injected Energetic Ions on Different
Magnetic Configurations in CHS .................................................................. 279§13. Wavelet Analysis on Density and Potential Fluctuation on Internal
Transport Barrier ........................................................................................... 280§14. Magnetic Field Fluctuation Measurement with Heavy Ion Beam Probe in
CHS ............................................................................................................... 281§15. Consideration of a Necessary Condition for Local Density Fluctuation
Measurements with Heavy Ion Beam Probe ................................................. 282§16. A Method to Infer Internal Mode Structure with HIBP and Magnetic
Probes ............................................................................................................ 283§17. Measurements of Electron Density Fluctuations in CHS Plasmas by Using
YAG Laser Imaging Method ........................................................................ 284§18. HCN Laser Scattering Measurement on CHS ............................................... 285§19. 2nd and 3rd Harmonic ECE Measurement on CHS...................................... 286§20. Fast Ion Measurement Using the Hybrid Probe in CHS ............................... 287§21. MHz Range Fluctuation Measurements in Electron Cyclotron ResonanceHeating Plasmas on Compact Helical System .............................................. 288§22. Lithium Beam Probe for Edge Plasma Diagnostic in CHS........................... 289§23. Lithium Beam Probe (LiBP) Imaging Using CCD Camera.......................... 290§24. Neutral Particle Transport in CHS Edge Region .......................................... 291§25. Detailed Dynamics of Internal Transport Barrier Formation in Low
Temperature CHS Plasmas ........................................................................... 292§26. Electron Heating of an Over-Dense Plasma by 2.45 GHz Microwaves in
CHS ............................................................................................................... 293

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Hot Cathode Biasing Experiment in CHS ..................................................... 294
Radial Electric Field Control by Electron Injection in CHS ......................... 295
Radial Density Profiles of Microwave and Whistler Wave Discharges ....... 296
Observation of Space Potential Variation on Magnetic Surfaces on CHS ... 297
Extreme Ultraviolet Spectroscopy of CHS Plasma for Use in Detailed
Atomic Modeling .......................................................................................... 298§32. Trial Production of a Simple Neutral Particle Analyzer ............................... 299§33. CHS Data Acquisition and Analysis System ................................................ 300
4. Basic Research and Development ....................................................................................... 301§1. High Density Plasma Experiment HYPER-I ................................................ 302§2. Observation of Plasma Hole Transition Induced by Microwave Power
Modulation .................................................................................................... 303§3. Measurements of Neutral-gas Flow in High-density Plasma Using a
Tunable Laser Diode ..................................................................................... 304§4. Measurement of Rotational Flow Velocity Using Laser-Induced
Fluorescence Spectroscopy ........................................................................... 305§5. Observation of Neutral Particle Distributions in a Plasma Vortex Using a
Few Lines of Sight of Visual Light ............................................................... 306§6. Spontaneous Magnetic Fluctuation in HYPER-I Plasma.............................. 307§7. A Study of Charge Exchange Processes by Collision with Excited
Atoms ............................................................................................................ 308§8. Ejected Electron Spectroscopy in Electron-Ion Collisions ........................... 309§9. Isotope Effect on Charge Transfer by Slow Hydrogen Ions from Hydrogen
Molecules ...................................................................................................... 310§10. Laser Thompson Scattering Measurement of High Density Plasma
Produced by TPD-II ...................................................................................... 311§11. Period of the Macroscopic Oscillation of Detached Plasma in the
TPD-II ........................................................................................................... 312§12. The Role of H– Energy and Electric Field in the Extraction Region for H–
Extraction Probability of a Negative Ion Source .......................................... 313§13. Determination of Plasma Temperature and Density in Laser Produced Tin
Plasmas .......................................................................................................... 314§14. Ion Heating in a Supersonic Plasma Flowing through a Magnetic Nozzle... 315§15. Physical Mechanism of Self-organization of Novel Density Distribution
in a Pure Electron Plasma Driven by Rotating Wave Field ......................... 316§16. Dynamic Control of Bifurcated Transition in Magnetized Plasma ............... 317§17. Basic Process of Solid Hydrogen Ablation by Plasma ................................. 318§18. Plasma-quenching Efficiency of CO2 by Estimation of C2 Rotational andVibrational Temperatures in High-pressure High-power Ar-CO2 Induction
Plasmas .......................................................................................................... 319§19. Transient Response of the Induction Coil Loading in the Initial Startup
Phase of rf Indiction Thermal Plasmas ......................................................... 320§20. Experimental Study of Current Drive Using Nernst Effect .......................... 321§21. A Solar Wind Simulator Using An Intensive Arc-Jet System ...................... 322§22. Spatial Distribution of Losses of Neutral Beam-injected Fast Ions in Quasiaxisymmetric System .................................................................................... 323§23. Consideration on Scale-up of Quasi-axisymmetric Stellarator with Low
Aspect Ratio .................................................................................................. 324§24. Preliminary Investigation of a Quasi-Axisymmetric Configuration
Optimized for Contours of the Second Adiabatic Invariant.......................... 325§25. The Trial Modular Coil Design for a N=2 Quasi-isodynamic Stellarator .... 326

x§26. A Numerically Robust Formula for Bootstrap Current Coefficients in the
Banana Regime in Boozer Coordinates ........................................................ 327§27. A Method to Eliminate the Logarithmic Singularity in Fourier Series,
Which Appear in Parallel Viscosity Calculations in the Banana Regime .... 328
5. Theory and Computer Simulation Project........................................................................... 329§1. Boundary Modulation by the Finite β Free Boundary Equilibrium Motion
in Heliotrons .................................................................................................. 331§2. Significant Stabilization of Ideal MHD Instabilities by the Boundary
Modulation in Heliotrons .............................................................................. 332§3. The Second Stability of the High-n Ballooning Modes in Heliotrons .......... 333§4. Fourier Mode Anaysis of Numerical Results Obtained by Direct Numerical
Simulation of MHD Under LHD Inward-shifted Configuration..................... 334§5. Nonlocal Energetic Particle Mode in a JT-60U Plasma................................ 335§6. Simulation of Alfvén Eigenmodes and Energetic Particles in an LHD
Plasma ........................................................................................................... 336§7. Nonlinear Evolution of the Fishbone Instability ........................................... 337§8. Velocity-Space Structures of Distribution Function in Toroidal Ion
Temperature Gradient Turbulence ................................................................ 338§9. Linear Analysis of Resistive Wall Mode with Poloidal Rotation ................. 339§10. Effect of Poloidal Rotation on Nonlinear Resistive Wall Mode ................... 340§11. Study of Energy Transport of External MHD Modes in a Cylindrical
Tokamak ........................................................................................................ 341§12. Motion of Ablation Cloud in Torus Plasmas ................................................ 342§13. Three-Dimensional Particle-In-Cell Simulation of Scrape-off-Layer
Plasmas .......................................................................................................... 343§14. Core-SOL-Divertor Model and Application to Operation Space of
EAST ............................................................................................................. 344§15. Edge Plasma Simulation of Stellarator System with UEDGE ...................... 345§16. The Strike Point Pattern on Local Island Divertor in LHD .......................... 346§17. 3-D Rayleigh-Taylor Instability in Spherically Stagnating Systems ............ 347§18. Laser Fusion Research .................................................................................. 348§19. Research on High Energy Density Laser Plasma Physics ............................ 349§20. Structure of Thin Current Layer in Two-dimensional Open System ............ 350§21. Collisionless Driven Reconnection in Three-dimensional Thin Current
Sheet .............................................................................................................. 351§22. Three Dimensional Particle Simulation on Collisionless Driven
Reconnection ................................................................................................. 352§23. Suppression of Hall Term Effects by Gyroviscous Cancellation in
Collisionless Magnetic Reconnection ........................................................... 353§24. Plasma Instabilities and Anomalous Resistivity in the Current Sheet .......... 354§25. Simulation Study of Nonlinear Dynamics in Plasmas with Flows ............... 355§26. Simulation Study of the Formation Mechanism of Sigmoidal Structure in
the Solar Corona ............................................................................................ 356§27. Study on MHD Wall Shear Turbulent Flow on High Reynolds Number via
Paralleled Direct Numerical Simulation ....................................................... 357§28. Low-Frequency Instabilities Due to Flow Velocity Shear in Magnetized
Plasmas .......................................................................................................... 358§29. Self-Organization of Large-Amplitude Waves and Associated Particle
Acceleration .................................................................................................. 359§30. Holistic Simulation – Auroral Arc Formation as the First Trial – ................ 360§31. Intermittency and Transfer Phenomena in NS and MHD Turbulence .......... 361

xi§32. Orthonormal Divergence-free Wavelet Analysis of Nonlinear Interactions
between Coherent Structures......................................................................... 362§33. Yin-Yang Grid and Geodynamo Simulation................................................. 363§34. Development of Exact Charge Conservative Particle Simulation Code withHigh Performance Fortran............................................................................. 364§35. Development of an Electromagnetic Particle Code for Space Propulsion
Application Using ECR Discharge ............................................................... 365§36. Dissipative Particle Dynamics Simulation on Self-assembly ofAmphiphilic Molecules ................................................................................. 366§37. Molecular Dynamics Simulation of Collision between Graphite andHydrogen ....................................................................................................... 367§38. Molecular Dynamics Simulation of Micelle Formation in Amphiphilic
Solution ......................................................................................................... 368§39. Construction of Collaborative and Seamless Virtual Environment for
Numerical Simulation ................................................................................... 369
6. Personal Interchange Joint Research Program .................................................................... 370§1. Life Time of Plasma States Near Transition Boundary ................................ 372§2. Higher-Harmonic Oscillation of Peniotron ................................................... 373§3. Clarification on Cooling Mechanism of Stirling Type Pulse Tube
Cryocooler ..................................................................................................... 374§4. Ion Heating in a Supersonic Plasma Flowing Through a Magnetic
Nozzle ........................................................................................................... 375§5. Electron Bernstein Wave Heating by Long Wavelength Microwave in a
Spherical Tokamak and a Helical Device ..................................................... 376§6. Assessment on Fusion Energy Development from the Socio-Economic
Viewpoint ...................................................................................................... 377§7. Magnetic Island Effect on Radial Particle Flux in TU-Heliac ...................... 378§8. Heating and Current Drive Experiments on the TST-2 Spherical
Tokamak ........................................................................................................ 379§9. ECH Plasma Experiments of an Internal Ring Device with HTS Coil ......... 380§10. Experimental and Theoretical Studies of Startup Methods for Spherical
Tokamak Plasmas.......................................................................................... 381
7. Collaborations Using Super SINET .................................................................................... 382§1. Network Reconstruction of LHD Experiment Remote Participation
System ........................................................................................................... 383§2. Millimeter-Wave Remote Experiment System Using Super-SINET............ 384§3. Statistical Analysis of Density Fluctuation in SOL/Divertor Plasmas of the
LHD with Super-SINET ............................................................................... 385§4. Emission Locations and Influx of Hydrogen Atoms on the Basis of Zeeman
Profile ............................................................................................................ 386§5. Two Dimensional Ion Temperature and Velocity Measurements by Use of
Visible Light Tomography System and Super SINET .................................. 387§6. Remote Participation for Plasma Experiments on the Mini-RT Device by
Use of SuperSINET System .......................................................................... 388
8. Coordination Research Center ............................................................................................ 389§1. Particle Control by Moving-surface PFCs .................................................... 391§2. Activities on ITER Collaboration ................................................................. 392§3. Theoretical Investigation of Molecular Dynamics in Intense Laser
Fields ............................................................................................................. 393§4. First-Principles Molecular Dynamics Studies of Plasma-Surface
Interactions .................................................................................................... 394

xii

§5.

DNA in Nanopores: Strong Electrostatic Interactions in Cellular Dynamics
Processes ....................................................................................................... 395§6. High-Performance Cluster Computer by means of Linux PCs and LowLatency (GAMMA) Communication Software ............................................ 396§7. Microwave Heating of Liquid Water and Ice: Molecular Dynamics
Study ............................................................................................................. 397§8. Microscopically In-situ Investigation for Microwave Processing of Metals.............. 398§9. Time Dependent Electron Temperature and C2+ Ion Density Derived from
CIII Spectra ................................................................................................... 399§10. EUV Spectra of Xe Ions Measured from LHD ............................................. 400§11. X-ray Spectral Analysis on Electron Interatcion with Highly-Charged XeIons ................................................................................................................ 401§12. Dielectronic Recombination of Xe10+ Ions .................................................... 402§13. Satellite line of Xe9+ Ions .............................................................................. 403§14. Radiative Recombination of Xe10+ Ions ........................................................ 404§15. Dielectronic Recombination Rate Coefficients to Excited States ofCarbonlike Oxygen and Dielectronic Satellite Lines .................................... 405§16. Ion Source Development for the Research of High Z Impurity Ions ............ 406§17. Time-dependent Density Functional Study on Excited Hydrogen Atom
Formation via Non-resonant Electron Capture by a Proton from Refractory
Metal Surfaces ............................................................................................... 407§18. Charged and Neutral Particle Behavior at and near Plasma Facing Material
Surfaces ......................................................................................................... 408§19. Cross Section Database for Carbon Ions: Electron-impact Excitation,
Ionization, and Charge Exchange in Collisions with Hydrogen Atoms ....... 409§20. Network of Atomic and Molecular Database Related to the Processing
Plasmas .......................................................................................................... 410§21. Study of Evolutional Data Collecting System for the Atomic and Molecular
Databases ........................................................................................................... 411§22. LAMP Prototype Bibliography Databases .................................................... 412§23. Simulation Experiment of Confinement Improvement of Plasmas forSuper Science Highschool (SSH) Program (Fluid Dynamics Experimentin Kitchen) ..................................................................................................... 413§24. Evaluation of Fusion R&D — Cost Reduction of Fusion Plants — ............. 414§25. Archival Studies on the Nuclear Fusion Research at Universities in Japan— Inter-University Collaboration System in Early Days of Fusion
Science — ..................................................................................................... 415§26. Complementary Study of Nuclear Fusion Archiving by Means of Oral
History ........................................................................................................... 416§27. Foundation of Fusion Science Archives ....................................................... 417
9. Fusion Engineering Research Center .................................................................................. 418§1. Neutronics Investigation into a Test Blanket Module with Li and V
alloys ............................................................................................................. 419§2. Development of 14 MeV Neutron Irradiation Test System forSuperconducting Magnet Materials ............................................................. 420§3. Tensile Properties of Low Activation Vanadium Alloy after Liquid
Lithium Exposure .......................................................................................... 421§4. Fabrication and Superconductivity of V-based Laves Phase Compound
Multifilamentary Wires Synthesized by a RHQ Process to PIT Precursors
Using a V Tube ............................................................................................. 422§5. Neutronics Investigation of Self-cooled Liquid Blanket Systems for
Modified FFHR2 Design ............................................................................... 423

xiii

§6.

Development of Tantalum Matrix RHQT Processed Nb3Al
Superconductors ............................................................................................ 424§7. Helium Retention and Thermal Desorption Properties of V-4Cr-4Ti Alloy(NIFS-HEAT2) ............................................................................................. 425§8. The Growth and Resistivity of In-situ Er2O3 Coating on V-4Cr-4Ti ............ 426§9. Study on Low Cycle Fatigue Behaviors of JLF-1 Steel ................................ 427§10. Experimental Study on Liquid Lithium Flow for IFMIF Target .................. 428§11. Control of Nitrogen Concentration in Liquid Lithium by Iron-Titanium
Alloy .............................................................................................................. 429§12. An Experimental Study to Recover Tritium by Yttrium from IFMIF Li
Loop .............................................................................................................. 430§13. Design Activity of High Flux Irradiation Test Module of IFMIF ................ 431§14. Evaluation of Validity of Master Curve Method to Measure the DBTT Shiftof Ferritic Steels for Blanket Structural Components..................................... 432§15. Experimental Studies on the Neutron Emission Spectra and Activation
Cross-section in IFMIF Accelerator Structural Elements ............................. 433
10. Safety and Environmental Research Center ........................................................................ 434§1. Design of a Portable Directional Neutron Source Finder ............................. 435§2. Environmental Atmospheric Tritium Monitoring with Automatic
Discriminate Sampling of Different Chemical Forms .................................. 436§3. A Simplified Method for Tritium Measurement in the Environmental
Water Samples .............................................................................................. 437§4. Isotopic Separation Analysis Using Improved Hydrogen Analyzer ............. 438§5. Development of Exhaust Gas and Effluent Liquid Treatment System for
LHD............................................................................................................... 439§6. Water-Vapor Decomposition by Using Zirconium-Nickel Alloy ................. 440§7. Performance of Honeycomb Type Catalysts for Oxidation of TritiatedHydrogen and Methane Gases ...................................................................... 441§8. Field Measurement in Hi-Level Multiple Source EM Environment ............ 442§9. Measurements of Static and Variable Magnetic Fields in a Large Plasma
Experimental Facility .................................................................................... 443
11. Computer and Information Network Center ....................................................................... 444
12. Bidirectional Collaborative Research Program ................................................................... 448§1. ICRF Wave Excitation and Propagation in the Axisymmetrized Tandem
Mirror GAMMA 10 ...................................................................................... 449§2. Study of Impurity Ion Radiation Intensity in the GAMMA 10 Plasma ........ 450§3. Anisotropic Electron Velocity Distribution Function in GAMMA10
Tandem Mirror Plasma Analyzed by Means of Plasma Polarization
Spectroscopy ................................................................................................. 451§4. Development of High Performance Antennas for Electron Heating in
GAMMA 10 .................................................................................................. 452§5. Investigation on Applicability of a CUSPDEC to the GAMMA 10 Tandem
Mirror ............................................................................................................ 453§6. Magnetic Configuration of Kobe-Cusp DEC in GAMMA 10 ..................... 454§7. Excitation of RF Waves in GAMMA 10 and in the Local Magnetic Mirror
Configuration on LHD .................................................................................. 455§8. ICRF Heating and Ion Acceleration at the Open End in GAMMA 10 ......... 456§9. Propagation and Radiation of Cyclotron Waves and Excitation ofFluctuations Due to High Power Plug ECRH ............................................... 457§10. Study of Radial Transport of Bounce Ions by Means of Control of Radial
Potential Profile of Core Plasma ................................................................... 458

xiv§11. Study of Potential Confinement Mechanism via Plasma Visualization
Technology ........................................................................................................ 459§12. Analysis of Neutral Particle Transport and Recycling Behavior in Open
Magnetic Field Configuration Plasmas ......................................................... 460§13. Analysis of Edge Fluctuation with ICRF in a Tandem Mirror for the
Purpose of Radial Transport Control ............................................................ 461§14. Progress in Potential Formation and Findings in the Associated Radially
Sheared Electric-Field Effects on the Suppression of Intermittent Turbulent
Vortex-like Fluctuations and Transverse Losses .............................................. 462§15. Study of Relations between the Spatial Structure of Potential-Trapped
Electron Distribution Functions and the Physics Scaling Law of Plasma
Confining Potentials .......................................................................................... 463§16. Study of Heliotron J Peripheral Plasma Using Fast Camera......................... 464§17. ICRF Heating Experiment in Heliotron-J ..................................................... 465§18. Study on Neutral Hydrogen and Impurity Behavior in Heliotron J
Plasmas .......................................................................................................... 466§19. Hard X-ray Diagnostic System Intended to Study Effect of Bumpy Ripple
Control on Plasma Confinement in Heliotron J ............................................ 467§20. Dependence of Poloidal Viscosity on Magnetic Configuration in Heliotron
J and its Implication to H-Mode Quality....................................................... 468§21. Optimization of Helical System Concept ...................................................... 469§22. Study of the Driving Mechanism of Toroidal Current in Heliotron-J .......... 470§23. Interaction of Intense Femtosecond Laser Pulses with Clusters ................... 471§24. X-ray Imaging in Fast Ignition Fusion Experiments — Poisson Noise
Reduction by ICA Filter — ........................................................................... 472§25. X-ray Penumbral Imaging for Laser-produced Plasma — Uniformly
Redundant Penumbral Array — .................................................................... 473§26. Compression and Fast Heating of Liquid Deuterium Targets and Related
Research ........................................................................................................ 474§27. Simulation Study of Chamber Evacuation Dynamics of Laser Fusion
Reactor .......................................................................................................... 475§28. Evaluation of the Stability of SiC/SiC Composites for Inertial Fusion Dry
Wall Chamber to High Temperature Irradiation and Design Study Basedon the Material Properties ............................................................................. 476§29. Study on Tritium Behavior in Liquid Blanket System of Laser Inertial
Fusion Reactor ................................................................................................... 477§30. Design Study on Foam-cryogenic Targets by Integrated Simulations.......... 478§31. Innovative Concepts of Free Surface Cooling System on First Wall of Fusion
Reactor ..................................................................................................................... 479§32. Measurement of Particles Ablated by Intense Laser Irradiation ................... 480§33. Research on Target Heating Processes Using PW-Laser-Driven Intense
Proton Beams ....................................................................................................... 481§34. Physics of High Energy Density Plasma driven by Fast Pulse Power
Discharges ..................................................................................................... 482§35. Measurement of Bremsstrahlung Emission Using SX-CCD Camera ........... 483§36. Natural Diamond Detector for Neutron and γ-ray Measurements in Laser
Fusion Experiments ....................................................................................... 484§37. Aerosol Formation and Its Effects on the Chamber Wall Lifetime andOperation of IFE Power Reactors ................................................................. 485§38. Application of a Fast Video Camera for Study on Triam-2M Peripheral
Plasma and Plasma-surface Interactions ....................................................... 486

xv

§39. Application of the Zeeman Patterns to the Local Plasma Diagnostics in
the TRIAM-1M Tokamak (NIFS04KUTR001) ............................................ 487§40. Design and Fabrication of Compact Plasma Wall Interaction Experimental
Device (CDP) ....................................................................................................... 488§41. Current Startup/Current Drive and Heating Experiments Using RF/mmWaves on the TRIAM-1M Tokamak ............................................................ 489§42. Modeling of Particle Balance in Steady State Plasma Confinement Device:
TRIAM-1M .......................................................................................................... 490§43. Measurement of Two Dimensional Image of Hard X-ray in TRIAM-1M ... 491§44. Integration of PWI Experiments, Diagnostics, Simulation and Modeling in
Steady State Plasma ...................................................................................... 492
13. Research Information Office ............................................................................................... 493
III. International Collaboration ....................................................................................................... 494
1. US - Japan (Universities) Fusion Cooperation Program ..................................................... 496
2. TEXTOR Collaboration ...................................................................................................... 499
3. International Collaboration on Helical Fusion Research— IEA Stellarator Agreement — ........................................................................................ 501
4. JSPS-CAS Core-University Program on Plasma and Fusion ............................................. 511
IV. Department of Engineering and Technical Services ................................................................. 518
V. Department of Administration .................................................................................................. 530
APPENDIX 1. Organization of the Institute.................................................................................. 533
APPENDIX 2. Members of Committees ....................................................................................... 534
APPENDIX 3. List of Staff ........................................................................................................... 535
APPENDIX 4. List of Publications I (NIFS Series) ...................................................................... 541
APPENDIX 5. List of Publications II (Journals, etc.) ................................................................... 543
Author Index ...................................................................................................................................... 562
How to Reach National Institute for Fusion Science ......................................................................... 569

xvi

I. National Institute for Fusion Sciencein April 2004 – March 2005

1

2

II. Research Activities
1. Large Helical Device (LHD) Project1-1. LHD Experiment(1) Overview of LHD Experiment3

(Komori, A.)

4

(2) LHD Physics Experiments§1.

Half Hour Plasma Discharge

Kumazawa, R.

5

§2.

Plasma Collapse in the Long Pulse
Plasma Discharge

Kumazawa, R.

6

§3.

Termination of Steady State Plasmas
Caused by Penetration of Impurity Metal
FlakesNakamura, Y., Sato, K., Mutoh, T., Kumazawa, R.,
LHD Experimental Group

7

§4.

Control of Divertor Heat Load by Realtime Magnetic Axis Swing in Steady State
Operation

Nakamura, Y., Masuzaki, S., Chikaraishi, H.,
Kumazawa, R., Mutoh, T., LHD Experimental Group

8

§5.

Sustainment of keV-order Stable Plasma
by ECH Over One Hour on LHD

Yoshimura, Y., Kubo, S., Shimozuma, T., Igami, H.,
Kobayashi, S., Ito, S., Mizuno, Y., Takita, Y.,
Notake, T., Ohkubo, K., Mutoh, T., Nakamura, Y.,
Inagaki, S., Kojima, M., Tokuzawa, T., Nakanishi, H.,
Miyazawa, J.

9

§6.

Dynamic and Static Properties of Wall
Recycling in the Long Duration Discharges

Sakamoto, M., (Advanced Fusion Research Center,Research Institute for Applied Mechanics,
Kyushu Univ.)
LHD Experimental Group

10

§7.

Characterization of Energy Confinement
Using Extended International Stellarator
Confinement Database

Yamada, H., Yokoyama, M., Watanabe, K.Y., Suzuki,
Y., Harris, J.H. (Australian National Univ., Australia)
Dinklage, A., Beidler, C.D., Kus, A. (Max-Planck-Institut
für Plasmaphysik, EURATOM Association, Germany)
Ascasibar, E., Tribaldos, V. (CIEMAT, Spain)
Sano, F., Murakami, S. (Kyoto Univ.)

11

§8.

New Global Confinement Scaling forHigh-Density LHD Plasmas

Miyazawa J., Yamada H., Funaba H.
Murakami S. (Kyoto Univ.)

12

§9.

Global Energy Confinement Properties in
LHD High Beta Plasmas

Watanabe, K.Y., Funaba, H., Yamada, H.

13

§10. Features of Non-Local Electron Heat
Transport in LHD
Inagaki, S., Nagayama, Y., Kawahata, K.

14

§11. Heat Pulse Propagation across the Rational
Surface in Large Helical Device Plasma
with Counter Neutral Beam Injection
Yakovlev, M., (Graduate University for Advanced Studies)
Inagaki, S., Shimozuma, T., Kubo, S., Morisaki, T.,
Nagayama, Y., Kawahata, K., Komori, A.

15

§12. Edge Transport Barrier Extended to Ergodic
Field Layer in a Low Density Plasma of LHD
Toi, K., Ohdachi, S., Watanabe, F. (Dep. Energy Eng.
Sci., Nagoya Univ.), Narihara, K., Morisaki, T.,
Sakakibara, S., Morita, S., Goto, M., Ida, K.,
Yoshinuma, M., Tanaka, K., LHD Experimental Group16§13. Comparison of Confinement Degradationin High Density and Particle Transport
between Tokamak and Helical
Takenaga, H., Oyama, N., Konoshima, S., Takizuka,T., Fujita, T. (JAERI), Muraoka, K. (Chubu University),
Tanaka, K., Yamada, H., Miyazawa, J., Peterson, B.J.,
Nishimura, K., Sakamoto, R.

17§14. Experimental Study of Turbulence andParticle Transport in LHD
Tanaka, K., Michael, C.A. (JSPS fellow),
Vyacheslavov, L.N. (Budker Institute of Nuclear
Physics), Sanin, A.L. (Budker Institute of Nuclear
Physics), Kawahata, K.

18

§15. Investigation of Micro-turbulence andParticle Transport in LHD from 2d CO2
Laser Phase Contrast Imaging
Michael, C.A. (JSPS fellow), Tanaka, K.,
Vyacheslavov, L.N. (Budker Institute of Nuclear
Physics), Sanin, A.L. (Budker Institute of Nuclear
Physics), Yamagishi, O., Yokoyama, M., Ida, K.,
Kawahata, K.

19

§16. Observation of Energetic Particle Mode
Fluctuation by Using Microwave
Reflectometer
Tokuzawa, T., Yamamoto, S. (Osaka Univ.),
Kawahata, K., Sakakibara, S., Toi, K.

20

§17. Scattering Measurement from Gyrotron
Pshenichnikov, A., Kharchev, N. (General Physics
Institute, Russian Academy of Sciences)
Kubo, S., Shimozuma, T., Yoshimura, Y., Igami, H.,
Notake, T., Ohkubo, K.

21§18. Control of the Radial Electric Field Shearby Modification of the Magnetic Field
Configuration in LHD
Ida, K., Yoshinuma, M., Yokoyama, M., Beidler, C.D.
(Max-Planck Institut fuer Plasmaphysik, Greifswald)22§19. Formation of the Radial Electric Field
Shear at the Boundary of Magnetic Islandwith Repetitive Pellet Injection in LHD
Yoshinuma, M., Ida, K., Sakamoto, R.

23§20. Characteristics of High -Te Plasmas
Related to NBI-Beam-Driven Current
Shimozuma, T., Kubo, S., Inagaki, S., Yoshimura, Y.,
Igami, H., Notake, T., Ohkubo, K.

24§21. Recent Progress on High Ion Temperature
Experiment with High-Z Discharge in LHD
Ikeda, K., Takeiri, Y., Morita, S., Kaneko, O., Ida, K.,
Mutoh, T., Nakamura, Y., Tsumori, K., Oka, Y.,
Nagaoka, K., Ozaki, T., Goncharov, P.

25

§22. Confinement Improvement in High-Ion
Temperature Plasmas in LHD
Takeiri, Y., Morita, S., Ikeda, K., Tsumori, K.,
Oka, Y., Osakabe, M., Nagaoka, K., Kaneko, O.

26§23. Toroidal Rotation in Ar Discharges
Morita, S., Ikeda, K., Takeiri, Y., Yokoyama, M.,
Yamazaki, K. (Dept. Energy Eng. Sci., Nagoya Univ.)
Murakami, S. (Kyoto Univ.)27§24. Estimation of the Particle Confinement
Time of the Helium Ash in LHD
Mitarai, O. (Kyushu Tokai University), Goto, M.,
Morisaki, T., Masuzaki, T, Ashikawa, N. (NIFS)

28§25. Parameter Dependence of Particle
Transport in LHD
Tanaka, K., Michael, C.A. (JSPS fellow), Kawahata, K.

29

§26. Three-dimensional Observation System
for Pellet Ablation in LHD Plasmas
Sakamoto, R., Yamada, H.

30

§27. Estimation of the Effect of Fast Ions on
Pellet Ablation
Hoshino, M. (Nagoya Univ.), Sakamoto, R.,
Yamada, H., Kumazawa, R., Watari, T.

31

§28. Injection of Repetitive Ice Pellet during
ICRF Heating
Seki, T.

32§29. Measurement of Inhomogeneous Poloidal
Distribution of He Neutral Atom Flux
Goto, M., Sawada, K., Morita, S.

33

§30. High-resolution Measurements of HαLine Spectral Profiles in LHD Steady State
PlasmasKondo, K., Arimoto, H. (Kyoto Univ.),
Oda, T. (Hiroshima Kokusai Gakuin Univ.),
Takiyama, K. (Hiroshima Univ.),
Ohgo, T. (Fukuoka Univ. Educ.),
Masuzaki, S., Miyazawa, J., Shoji, M., Kobayashi, M.,
Morisaki, T., Morita, S., Sudo, S., Ohyabu, N.,
Noda, N., Ida, K., Sato, K.

34§31. High-beta Experiments in LHD
Sakakibara, S., Watanabe, K.Y., Yamada, H.

35

§32. Observed Pressure Gradients at
a Peripheral Rational Surface in LHD
High Beta Plasma
Watanabe, K.Y., Sakakibara, S., Narushima, Y.

36§33. Onset of Pressure Driven Mode
Sakakibara, S, Watanabe, K.Y., Yamada, H.

37

§34. Transport Analysis of High β Plasmas on
LHD
Funaba, H., Watanabe, K.Y., Sakakibara, S.,
LHD Experimental Group38§35. Observation of Internal Structure of Edge
MHD Modes in High Beta Plasmas on
LHD
Watanabe, F. (Dep. Energy Eng. Sci., Nagoya Univ.),
Toi, K., Ohdachi, S., Takagi, S., Sakakibara, S.,
Watanabe, K.Y., Morita, S., Narihara, K., Tanaka, K.,
Yamazaki, K.

39

§36. Spatial Structure of the MHD Events
Observed in LHD
Ohdachi, S., Toi, K.

40§37. MHD Stability of the Current Carrying
Plasma with Finite β in LHD
Narushima, Y., Watanabe, K.Y., Sakakibara, S.,
Cooper, W.A. (CRPP Lausanne, Switzerland)41§38. Experiment Study of Current Driven
MHD Mode in LHD Plasma
Narushima, Y., Sakakibara, S., Watanabe, K.Y.

42

§39. Comparative Study of MHD Instability in
LHD and JT-60U
Isayama, A. (Japan Atomic Energy Research Institute)
Inagaki, S.

43§40. Quantitative Evaluation of Pressure
Anisotropy by Magnetic Measurements
Yamaguchi, T. (Grad Univ.), Watanabe, K.Y.,
Sakakibara, S., Narushima, Y.

44§41. The Effect of the Rotational Transform on
Shafranov Shift
Kobuchi, T., Ida, K.

45

§42. Effective Plasma Boundary Behavior in
Finite Beta Plasma of LHD
Watanabe, K.Y., Narihara K., Yamaguchi, T. (Grad Univ.)
Suzuki, Y.

46§43. Effects of Magnetic Axis on Formationand Healing of Magnetic Island
Nagayama, Y., Narihara, K., Narushima, Y.,
Ohyabu, N., Sakamoto, R.

47§44. The Local Island Divertor ExperimentMorisaki, T., Masuzaki, S., Kobayashi, M.,
Ohyabu, N., Komori, A.

48

§45. Edge Transport Study of LID
Configuration in LHD
Kobayashi, M., Feng, Y. (IPP Max-Planck Institute,
Germany), Morisaki, T., Masuzaki, S., Sardei, F. (IPP
Max-Planck Institute, Germany), Reiter, D. (IPP FZJ,
Germany), Ohyabu, N., Komori, A., Motojima, O.,
LHD Experimental Group49§46. Titanium Tracer Impurity Behavior in the
LHD Plasma with a Plasma Detachment
Tamura, N., Kalinina, D.V., Veshchev, E., Sudo, S.,
Matsubara, A., Sato, K., LHD Experimental Group50

§47. Study of ECRH Effect on Impurity
Behavior with Tracer-Encapsulated Solid
Pellet Injection on LHD
Kalinina, D. (Graduate Univ. Advanced Studies),
Sudo, S., Tamura, N., Sato, K., Matsubara, A.,
Muto, S., Ida, K., LHD Experimental Group51§48. A New Method on Recycling Coefficient
Measurement Using Impurity Pellet
Injection in LHD
Nozato, H. (AIST, National Metrology Institute of Japan)
Morita, S., Goto, M.

52§49. Forbidden M1 Transitions Emitted from
Argon Discharges in LHD
Katai, R. (Grad. Univ. Adv. Stud.)
Morita, S., Goto, M.

53§50. Sustained Detachment - Serpens Mode
Miyazawa J., the High-Density Theme Group54

§51. Time Evolution of Diverter Particle Flux
during Serpense-mode
Masuzaki, S.

55

§52. Observation of Rotating Radiation Belt in
LHD
Masuzaki, S., Sakamoto, R., Miyazawa, J.,
Tamura, N., Peterson, B.J.

56

§53. Behavior of Impurity Radiation and Edge
Plasma during Radiative Collapse at the
LHD Density Limit
Peterson, B.J., Miyazawa, J., Masuzaki, S. (NIFS)

57

§54. Temperature Measurement of a Vertically
Installed Divertor Plate with an Infrared
Radiation Thermometer in Self-sustained
Detachment Plasmas
Shoji, M.

58§55. CH Band Emission Profile Measurementin Self-sustained Detachment Plasmas in
LHD
Shoji, M.

59§56. Heat and Particle Deposition Profiles
on the Helical Divertor during Magnetic
Axis Swing Operation
Ogawa, H. (Grad. Univ. Advanced Studies),
Masuzaki, S., Ohyabu, N.

60

§57. Transport Analyses of Carbon Atoms in
the LHD Divertor Region
Shoji, M.

61§58. Edge Plasma Measurement with Fast
Scanning Langmuir Probes
Masuzaki, S.

62

§59. Characterization of the LHD Edge &Divertor Plasma by Ion Sensitive Probe
Measurement (II)Ezumi, N. (Nagano National College of Tech.)Ohno, N. (Ecotopia Sci. Inst., Nagoya Univ.)
Takamura, S. (Dept. Energy Eng. & Sci., Nagoya
Univ.)
Masuzaki, S.

63

§60. Measurement of Two Dimensional
Electron Density Profile in Edge Plasma
Region by Thermal Lithium Beam Sheet
Takahashi, Y. (Dep. Energy Eng. Sci., Nagoya Univ.),
Morisaki, T., Toi, K.

64

§61. Evaluation of Heating Efficiency of EC
Waves for Discharges of LHD 8thExperimental Campaign
Yoshimura, Y., Igami, H., Kubo, S., Shimozuma, T.,
Kobayashi, S., Ito, S., Mizuno, Y., Takita, Y.,
Notake, T., Ohkubo, K., Mutoh, T., Sakakibara, S.

65

§62. Electron Bernstein Heating Experiment in
LHD
Igami, H., Notake, T., Inagaki, S., Yoshimura, Y.,
Shimozuma, T., Kubo, S., Ohkubo, K. (NIFS),
Nagasaki, K. (IAE, Kyoto Univ.)66§63. Study on Electron Heating and Current
Drive by Electron Bernstein Waves
Nagasaki, K. (IAE, Kyoto Univ.), Igami, H. (NIFS),
Murakami, M., Maekawa, T., Tanaka, H., Uchida, M.,
Shidara, H. (Kyoto Univ.), Isayama, A. (JAERI),
Ohkubo, K., Kubo, S., Yanagi, N., Shimozuma, T.,
Yoshimura, Y., Notake, T. (NIFS), Idei, H. (Kyushu Univ.)67§64. Electron Cyclotron Current Drive
Experiment in LHD
Notake, T., Shimozuma, T., Kubo, S., Yoshimura, Y.,
Igami, H., Kobayashi, S., Ito, S., Mizuno, Y.,
Takita, Y., Mutoh, S., Watanabe, K., Sakakibara, S.,
Yamaguchi, T.

68§65. Investigation of Polarization and
Deposition of EC Wave Beams
Shimozuma, T., Notake, T., Kubo, S., Yoshimura, Y.,
Igami, H., Itoh, S., Kobayashi, S., Mizuno, Y.,
Takita, Y., Ohkubo, K.

69§66. Development of High Beta Plasma
Production by Using Higher Harmonic
Fast Wave in ICRF
Takase, Y., Kasahara, H., Taniguchi, T., Kamada, Y.,
Ishii, N., Oosako, T., Tojo, H. (Frontier Sci. and Sci.,
U. Tokyo)
Fukuyama, A. (Eng., Kyoto U.)
Watari, T., Mutoh, T., Kumazawa, R., Seki, T.,
Saito, K., Takeuchi, N.

70§67. Dependence of Magnetic Axis on Neutral
Beam Driven Current in LHD
Nagaoka, K., Watanabe, K.Y.

71

§68. Neutral Beam Attenuation Measurementin the High Temperature Plasma
Ikeda, K.

72§69. Doppler Shift Spectra of Hα Lines from
Negative Ion Based Neutral Beams
Oka, Y., Grisham, L. (PPPL), Umeda, N. (JAERI),
Ikeda, K., Takeiri, Y., Tsumori, K., Honda, A. (JAERI),
Ikeda, Y. (JAERI), Kaneko, O., Nagaoka, K.,
Osakabe, M., Yamamoto, T. (JAERI), Asano, E.,
Kondo, T., Sato, M., Shibuya, M.

73§70. Study of the Loss Cone Feature Using Neutral
Particle Analyzer in Large Helical Device
Ozaki, T.

74

§71. Local Measurements of Neutral Particle
Spectra on LHD by PCX Method
Goncharov, P.R., Ozaki, T.

75

§72. Observation of Clump and Hole Pair
Creations with TAE-bursts on LHD
Osakabe, M., Yamamoto, S. (Osaka Univ.),
Takeiri, Y., Toi, K.

76

§73. Excitation of High Frequency
Fluctuations and Their Effects on HighEnergy Ions in LHD
Higaki, H., Ichimura, M. (Univ. Tsukuba)
Kumazawa, R., Watari, T., Mutoh, T., Seki, T., Saito, K.

77§74. Erosion of Plasma Facing Materials by
Charge Exchange Neutrals
Ono, K., Miyamoto, M. (Dept. Mater. Sci., Shimane
Univ.)
Tokitani, M., Yoshida, N. (RIAM, Kyushu Univ.)
Masuzaki, S., Ashikawa, N.

78§75. Study on Erosion Mechanism of Materials
by High Flux Divertor Leg Plasma
Yoshida, N., Tokunaga, T., Iwakiri, H., Tokitani, M.
(RIAM, Kyushu Univ.)
Masuzaki, S., Ashikawa, N., Komori, A.

79§76. Study on Generation Mechanism ofParticles in LHD
Shiratani, M., Watanabe, Y., Koga, K., Kitaura, Y.
(Dept. Electronics, Kyushu Univ.)
Ashikawa, N., Nishimura, K.

80

§77. Initial Wall Conditioning in LHD
Nishimura, K., Ashikawa, N., Masuzaki, S.

81§78. The Study of Hydrogen Retention andExistence States in Boron Thin Film
Exposed to Hydrogen Glow Discharge
Okuno, K., Yoshikawa, A., Miyauchi, H., Oyaidzu, M.
(Fac. of Sci., Shizuoka Univ.)Oya, Y. (Radioisotope Center, Univ. of Tokyo)
Ashikawa, N., Nishimura, K., Sagara, A.

82

§79. The Effect of Helium Glow Discharge on
Boronized Surface in LHD
Kizu, K., Yagyu, J., Ishimoto, Y., Nakano, T.,
Tsuzuki, K., Miya, N. (JAERI)
Ashikawa, N., Nishimura, K., Sagara, A.

83§80. Surface Analysis for Boronized Wall
During 7th Experimental Campaign
Hino, T., Nobuta, Y. (Hokkaido Univ.)
Ashikawa, N., Sagara, A., Nishimura, K.,
Masuzaki, S., Noda, N., Ohyabu, N., Komori, A.,
Motojima, O., LHD Experimental Group84§81. ICRF Wall Conditioning
Ashikawa, N., Masuzaki, S., Nishimura, K.,
Sagara, A., Seki, T.

85

§82. Development of Integrated Simulation
Code for LHD Plasma Experiments
Nakamura, Y., Suzuki, Y. (Grad. School of Energy
Sci., Kyoto Univ.)
Fukuyama, A., Murakami, S. (Grad. School of Eng.,
Kyoto Univ.)
Nakajima, N., Yokoyama, M., Yamada, H.,
Watanabe, K.Y., Sakakibara, S., Funaba, H.

86

(3) LHD Device Engineering Experiments(Imagawa, S.)
87

§1.

Observation of Coupling Currents with
Very-Long Time Constants in LHD
Poloidal Coils Using Hall Sensors

Takahata, K., Imagawa, S.
Hamajima, T., Tsuda, M. (Tohoku University)

88

§2.

Evaluation of Residual Magnetic Field by
Superconducting Coils of the LHD

Imagawa, S., Takahata, K.

89

§3.

Acoustic Emission (AE) Measurement of
the LHD Helical Coils

Yanagi, N., Seo, K., Sekiguchi, H., Imagawa, S.
Ishigohka, T., Adachi, Y. (Seikei Univ.)

90

§4.

Monitoring of the Superconducting Coil
System Using Fuzzy Theorem for theLarge Helical Device

Ishigohka, T., Uriu, Y., Ninomiya, A. (Seikei Univ.)
Mito, T., Imagawa, S., Yanagi, N., Sekiguchi, H.,
Yamada, S.

91

§5.

Strain Measurement of Cryogenic
Support Structure of LHD

Nishimura, A.

92

§6.

Advanced Current Control Scheme
Using H-infinity Design for LHD
Superconducting Coils

Ise, T. (Osaka Univ.), Chikaraishi, H.

93

1-2. Device Engineering and Cooperative Development Research(1) Physics and Engineering of LHD Torus System(Ohyabu, N.)

94

§1.

Studies on Behavior of Solid Hydrogen
Pellets in a Drift Tube

Yokomine, T. (Kyushu Univ.)

95

§2.

Characteristics of Hydrogen Absorption
in Vanadium Pumping Panel

Nakamura, Y., Livshits, A.I. (Bonch-Bruyevich Uni.),
Hatano, Y. (Toyama Uni.), Ohyabu, N.

96

§3.

In-situ Measurements of Secondary
Electron Emission Coefficient in
Plasma-Surface Interaction

Nakamura, K., Moriguchi, M. (Chubu University)
Kubota, Y.

97

§4.

Behavior of Rhenium Interface on
Tungsten Coated Carbon by Heat Load

Tokunaga, K., Miyamoto, Y., Fujiwara, T., Yoshida,
N. (Res. Inst. Appl. Mech. Kyushu Univ.)
Sogabe, T. (Toyo Tanso Co., Ltd.)
Kato, T. (Nippon Plansee K.K.)
Schedler, B. (Plansee Aktiengesellschaft)
Kubota, Y., Noda, N.

98

(2) Applied Superconductivity and Cryogenics(Mito, T.)

99

§1.

Study on Long Loops with Long Time
Constants in Cable-in-Conduit
Superconductor

Hamajima, T., Yagai, T. (Tohoku University),
Tsuda, M., Nakamura, S. (Yamaguchi Univ.),
Takahata, K.

100

§2.

Experimental Plan of a 7-T
Force-Balanced Helical Coil

Nomura, S., Ohta, Y., Hagita, T., Tsutsui, H., Tsuji-Iio,
S., Shimada, R.

101

§3.

Study on Electrical Insulation
Characteristics of Superfluid HeliumHara, M., Suehiro, J. (Kyushu Univ.)
Yamada, S.

102

§4.

Database Development for He II-cooled
Superconducting Magnet System Design

Haruyama, T., Kimura, N., Nakai, H. (KEK)
Shintomi, T. (Nihon Univ.)
Shiotsu, M., Shirai, Y., Hata, K. (Kyoto Univ.)
Sato, A., Yuyama, M., Maeda, M. (NIMS)
Mito, T., Yanagi, N., Maekawa, R., Iwamoto, A.,
Hamaguchi, S.

103

§5.

Studies on the Mechanical Properties andFracture Mechanisms of Single Crystal RE
High Tc Bulk Superconductors

Katagiri, K., Kasaba, K., Shoji, Y. (Fac. Eng., Iwate
Univ.)
Iwamoto, A., Mito, T.

104

§6.

Development of a Current-Feed Systemwith Low Heat Load Using a Pulse Tube
CoolerMaehata, K., Ishibashi, K. (Kyushu Univ. Eng.)
Matsubara, Y., Maekawa, R., Hamasaki, S., Mito, T.

105

§7.

Fundamental Study on Application ofMagnetic Levitation Using YBCO Bulk
Superconductor to Fusion Research

Tsuda, M. (Yamaguchi Univ.)
Hamajima, T. (Tohoku Univ.)Ishiyama, A. (Waseda Univ.)
Noguchi, S. (Hokkaido Univ.)
Mito, T., Yanagi, N., Iwamoto, A.

106

§8.

Fundamental Study on Cryogenic
Characteristics of SiC Power Device and
Its Application to AC/DC Converter

Matsukawa, T., Ishida, M. (Dept. of Electrical andElectronic Eng., Mie Univ.)
Sato, Y. (Dept. of Electrical and Electronic Eng.,
Daido Inst. of Tech.)
Chikaraishi, H.

107

§9.

Research and Development of Small
General-purpose Pressure Sensor in
Cryogenic Environment

Kimura, N. (High Energy Acc. Research Orga.)108§10. Development of Observation andDiagnosis Systems for Superconductingcoil Operations Using the Poynting
Vector Method
Sumiyoshi, F., Kawabata, S., Kawagoe, A.
(Kagoshima Univ.)
Kawashima, T. (Fukuoka Jo Gakuin Univ.)
Mito, T.

109§11. Basic Research on the Oxide
Superconductors for Fusion Reactors
Iwakuma, M. (Kyushu University)
Mito, T.

110§12. Effect of the Phase Transition on Heat
Transfer in He II
Kobayashi, H. (Inst. Quantum Sci., Nihon Univ.)111§13. Composite Electrical Insulation and its
Reliability at Cryogenic Temperature for
LHD
Nagao, M., Hozumi, N., Murakami, Y.
(Toyohashi University of Technology)
Hara, M., Suehiro, J. (Kyushu University)
Kosaki, M. (Gifu College of Technology)
Shimizu, Y., Muramoto, Y. (Meijo University)
Mizuno, Y. (Nagoya Inst. of Technology)
Minoda, A. (Matsue College of Technology)
Yamada, S. (National Institute of Fusion Science)112§14. Design and Optimization of High Tc
Superconductors for Current Lead
Application
Yamada, Y., Watanabe, M., Ohkubo, J., Tachikawa, K.
(Tokai University)
Tamura, H., Mito, T.

113§15. Development of Conduction-Cooled LTS
Pulse Coil
Mito, T., Chikaraishi, H., Maekawa, R., Baba, T.,
Yokota, M., Morita, Y., Ogawa, H., Yamauchi, K.,
Kawagoe, A., Sumiyoshi, F. (Kagoshima Univ.),
Iwakuma, M. (Kyusyu Univ.),
Henmi, T. (Graduate Univ. for Advanced Study),
Okumura, K. (Technova), Abe, R. (Shibuya Kogyo Co.)114§16. Cryogenic Stability of the Model Coil ofthe LHD Helical Coil in Saturated Helium
Imagawa, S., Yanagi, N., Hamaguchi, S., Mito, T.

115

§17. Elimination of Variable Harmonics on
Motor Generator Circuit
Yamada, S.

116

§18. Thermal Contact Conductance between
the Bundle and the Conduit in Cable-inConduit Conductors
Takahata, K., Tamura, H.

117

§19. Effective Resistivity of HTS Tapes with
Shielding Currents
Yanagi, N., Mito, T., Takahata, K., Seo, K.
Hemmi, T. (Graduate Univ. of Advanced Studies)118§20. SMES System Designed to Protect from
Momentary Voltage Drop
Chikaraishi, H., Mito, T., Abe, R. (Shibuya),
Hayashi, K. (IDX), Okumura, K. (Technova)

119§21. Development of a Pulse Tube Current Lead
Maekawa, R., Matsubara, Y.

120

§22. HTS Conical Bulk for Current Lead Use
Tamura, H., Mito, T.
Yamada, Y., Tachikawa, K. (Tokai Univ.)
Heller, R. (FZK)

121

§23. Cooldown Performance of the Cryogenic
System Applied for the Cryogenic Targetof the FIREX Project
Iwamoto, A., Maekawa, R., Mito, T.
Nakai, M., Norimatsu, T., Nagai, K. (ILE, Osaka Univ.)122§24. Performance of Cold Compressors in the
Cooling System for the R&D Coil Cooled
by Subcooled He I
Hamaguchi, S., Imagawa, S., Yanagi, N., Mito, T.

123§25. Simulation of Electromagnetic Behaviorsof Lap Joints for Fusion Magnet Systems
Seo, K., Mito, T.,
Kawabata, S. (Dept. Elec. Eng. Kagoshima Univ.)124§26. Interaction between the Transport
Current and Shielding Currents in
Bi-2223/Ag HTS Tapes
Hemmi, T. (Graduate Univ. of Advanced Studies)
Yanagi, N., Mito, T., Takahata, K., Seo, K.

125

(3) RF Heating Technologies(Mutoh, T.)

126

§1.

CW Gyrotron Operation

Kubo, S., Shimozuma, T., Yoshimura, Y., Igami, H.,
Notake, T., Kobayashi, S., Ito, S., Mizuno, Y.,
Takita, Y., Ohkubo, K.

127

§2.

Improvement of ECH Transmission Line
for CW Experiments

Kubo, S., Shimozuma, T., Yoshimura, Y., Igami, H.,
Notake, T., Kobayashi, S., Ito, S., Mizuno, Y.,
Takita, Y., Ohkubo, K.

128

§3.

Workshop on Generation, Applicationand Measurement of High PowerMillimeter Waves

Maekawa, T. (Graduate School of Energy Science,
Kyoto Univ), Shimozuma, T.

129

§4.

Temperature Measurement of ICRF
Antennas in LHD

Saito, K.

130

§5.

Impedance Matching during Long Pulse
Discharge in LHD

Saito, K.

131

§6.

Liquid Stub Multi-computer Control
System for ICH on LHD

Takahashi, C., Yokota, M., Saito, K.

132

§7.

Power Circulation System on LHD
Combline Antenna

Takeuchi, N. (Nagoya Univ.), Seki, T., Takase, Y.
(Univ. of Tokyo), Watari, T.

133

§8.

Study on High Energy Particles Escapedfrom LHD Using Lost Ion Probe

Nishiura, M., Isobe, M.
Kubo, N., Sasao, M. (Tohoku Univ.)
Murakami, S. (Kyoto Univ.)
Darrow, D.S. (PPPL)

134

(4) High Energy Beam Technology(Kaneko, O.)

135

§1.

Operational Status of Negative-Ion-Based
Neutral Beam Injection System in LHD

Takeiri, Y., Kaneko, O., Oka, Y., Tsumori, K.,
Osakabe, M., Ikeda, K., Nagaoka, K., Asano, E.,
Kondo, T., Sato, M., Shibuya, M., Komada, S.

136

§2.

Correction of Beam Profile by Modifying
Aperture Shape of Steering Grid II

Tsumori, K., Nagaoka, K., Osakabe, M., Ikeda, K.,
Takeiri, Y., Kaneko, O., Oka, Y., Shibuya, M.,
Asano, E., Sato, M., Kondo, T. (NIFS)
Asano, S., Watanabe, J., Suzuki, Y., Ichihashi, K.,
Okuyama, T. (TOSHIBA Co.)

137

§3.

Doppler Shift Spectra of Hα Lines from
Negative Ion Based Neutral Beams

Oka, Y., Grisham, L. (PPPL), Umeda, N. (JAERI),
Ikeda, K., Takeiri, Y., Tsumori, K., Honda, A.
(JAERI), Ikeda, Y. (JAERI), Kaneko, O.,
Nagaoka, K., Osakabe, M., Yamamoto, T. (JAERI),
Asano, E., Kondo, T., Sato, M., Shibuya, M.

138

§4.

Fundamental Processes in H– Ion Source
PlasmaWada, M. (Doshisha Univ.)
Matsumoto, Y. (Grad. School Adv. Studies)
Yamaoka, H. (RIKEN)
Sasao, M. (Tohoku Univ.)
Tsumori, K.
Nishiura, M.

139

§5.

Plasma Injection from Several CesiatedHollow Cathodes into the Large H– Ion
Source1)Oka, Y., Belchenko, Yu. (BINP, Russia), Davydenko,
V. (BINP, Russia), Ikeda, K., Kaneko, O.,
Nagaoka, K., Osakabe, M., Takeiri, Y., Tsumori, K.,
Asano, E., Kawamoto, T., Kondo, T., Sato, M.

140

§6.

Rf Power Performances for Ring Shaped
and New Parallel Rod Multi-antenna
Systems of Rf Ion Source

Shoji, T. (Dept. Energy Eng. And Sci., Nagoya Univ.)
Oka, Y.

141

§7.

Development of RF Plasma Source for
Negative Ion NBI

Shinohara, S., Mizokoshi, H. (Interdis. Grad. Sch.
Eng. Sci., Kyushu Univ.)
Kaneko, O., Tsumori, K.

142

(5) Diagnostic Systems(Kawahata, K.)

143

§1.

A Convenient Method of Calibrating
Relative Sensitivity of Multi-ChannelThomson Scattering Diagnostic System

Narihara, K., Yamada, I., Hayashi, H.

144

§2.

An Estimation of Uncertainties inElectron Density Measurements due tothe Beam Spatial Variations in the LHD
YAG Thomson Scattering

Yamada, I., Narihara, K., Hayashi, H., Funaba, H.,
LHD Experimental Group

145

§3.

Development of Ka-band Ultrashort
Pulsed Radar Reflectometer for Electron
Density Profile Measurement

Tokuzawa, T., Kawahata, K.

146

§4.

The First Detection of the Secondary
Beam of the 6 MeV Heavy Ion Beam
Probe on LHD

Ido, T., Shimizu, A., Nishiura, M., Katoh, S.,
Nishizawa, A., Tsukada, K., Yokota, M., Ogawa, H.,
Inoue, T., Hamada, Y.

147

§5.

Confirmation of Beam Orbit of the
Heavy Ion Beam Probe on LHD

Shimizu, A., Ido, T., Nishiura, M., Katoh, S.,
Nishizawa, A., Tsukada, K., Yokota, M., Ogawa,
H., Inoue, T., Hamada, Y.

148

§6.

Performance and Development of Au–
Beam Source for a Heavy Ion Beam
Probe of the LHD

Nishiura, M., Matsumoto, Y., Shimizu, A., Ido, T.,
Tsukada, K., Kato, S., Nishizawa, A., Hamada, Y.,
Mendenilla, A. (Doshisha Univ.), Wada, M. (Doshisha
Univ.)

149

§7.

Measurements of Rotational Transform
Due to Non-inductive Toroidal Current
Using Motional Stark Effect Spectroscopyin Large Helical Device

Ida, K., Yoshinuma, M., Watanabe, K.Y., Kobuchi, T.,
Nagaoka, K.

150

§8.

Argon Transport Obtained with an
Assembly of Pulse Height Analyzer in LHD

Muto, S., Morita, S.

151

§9.

Microwave Imaging Reflectometry for the
LHD Edge Plasma

Pavlichenko, R., Nagayama, Y., Kawahata, K., Mase,
A., Ignatenko, M., Kogi, Y. (Adv. Sci. & Tech. C.
Coop. Res., Kyushu Univ.)152§10. Application of Ultrashort-Pulse
Reflectometer to LHD
Mase, A., Kogi, Y., Uchida, K. (KASTEC, Kyushu Univ.)
Ejiri, A. (Frontier Sci., Univ. Tokyo)
Kawahata, K., Tokuzawa, T.

153

§11. Study of High-performance Array Antennasfor Millimeter-wave Imaging Array
Kogi, Y., Kudo, K., Mase, A., Ignatenko, M. (ASTEC
Kyushu Univ.)
Nagayama, Y., Kawahata, K.

154

§12. A New Tracer-encapsulated Pellet
Injector for Plasma Diagnostics
Sudo, S., Viniar, I. (St. Petersburg Univ.), Tamura, N.

155

§13. Ultra-Wideband Data Acquisition andReal-Time Data Streaming in LHD
Steady-State Experiments
Nakanishi, H., Ohsuna, M., Kojima, M., Nonomura,M., Imazu, S. (Pretech Corp.)
LABCOM Group156

§14. Enhancement of the Experimental
Database
Emoto, M., Yoshida, M., Komada, S., Nagayama, Y.

157

§15. Development of a New Two Color FIR
Laser Interferometer (II)Kawahata, K., Akiyama, T., Tanaka, K., Tokuzawa, T.,
Okajima, S., Nakayama, K. (Chubu Univ.)158§16. Two Dimensional Ion Temperature and
Velocity Measurements by Use of Visible
Light Tomography Technique
Ono, Y., Balandin, A.L., Imazawa, R., Kawamori,E., Murata, Y., Itagaki, T., Yamanoue, T., Sato, K.,
Arimoto, K., Timura, T., Tawara, T. (Univ. Tokyo,
High Temperature Plasma Cent./Dept. Electr. Eng.),
Narushima, Y., Nagayama, Y., Yamazaki, K.

159

§17. Image Reconstruction by Hopfield
Neural Network for Bolometer
Tomography of LHD Plasma
Iwama, N. (School of Informatics, Daido Institute ofTech.)
Hosoda, Y. (Dept. of Information Science, Fukui Univ.)
Peterson, B.J.

160

§18. Bench Testing of New Polarimeter with
Use of Photo Elastic Modulator for 57 &48 Micron Laser
Akiyama, T., Kawahata, K. (NIFS)
Tsuji-Iio, S. (TITech)
Okajima, S. (Chubu Uni.)161

§19. Research and Development of an
Extremely Compact Fusion Neutron Sourceby Spherically Converging Ion Beams
Yoshikawa, K., Masuda, K., Yamamoto, Y., Toku, H.
(Inst. Advanced Energy, Kyoto Univ.)
Sudo, S., Tomita, Y.

162

§20. On the Construction of Databases ofExperiment Data
Hochin, T. (Osaka Prefecture Univ.)
Nakanishi, H., Kojima, M.

163

1-3. Theoretical Study(Hayashi, T.)

164

§1.

Effects of Self-Consistent Flow on Island
Generation in Interchange Mode

Ichiguchi, K., Carreras, B.A. (ORNL)

165

§2.

Effects of the Resistive Wall on the Growth
Rate of Weakly Unstable External Kink
Mode in General 3D Configuration

Chu, M.S. (GA), Ichiguchi, K.

166

§3.

Properties of the Compressible
Pressure-driven Perturbations

Nakajima, N.

167

§4.

Nonlinear Simulation of Edge-Localized
Mode in Spherical Tokamak

Mizuguchi, N., Hayashi, T.
Khan, R. (Sokendai)

168

§5.

New Theoretical Approach to 3D
Equilibrium of the LHD

Watanabe, T., Hojo, H. (Plasma Research Center,
Univ. Tsukuba)

169

§6.

The Configuration Dependence of Ripple
Transport in LHD

Yokoyama, M., Watanabe, K.Y., Nakajima, N.

170

§7.

Impact of Ion Species on Ambipolar
Radial Electric Field in LHD

Yokoyama, M., Beidler, C.D. (Max-Planck,
Greifswald)

171

§8.

Transport Analysis of Radial Electric Field
in Helical Plasmas

Toda, S., Itoh, K.
Itoh, S.-I., Yagi, M. (RIAM, Kyushu Univ.)

172

§9.

Non-local Neoclassical Transport
Simulation in LHD

Satake, S., Okamoto, M., Nakajima, N., Sugama, H.,
Yokoyama, M.

173

§10. Particle Drift in Static Magnetic Fields
Oikawa, S. (Hokkaido Univ.)174§11. Strike Point Patterns on the LID Head in
Various LHD Configurations
Kanno, R., Jimbo, S., Satake, S.,
Takamaru, H. (Chubu Univ.),
Nunami, M., Hayashi, T., Okamoto, M.

175§12. Development of a Monte-Carlo
Simulation Code for Radial Profiles in
Magnetic Island
Nunami, M., Kanno, R., Jimbo, S.,
Satake, S., Takamaru, H. (Chubu Univ.),
Hayashi, T., Okamoto, M.

176§13. Self-consistent Model for
Two-dimensional Structures in Tokamak
H ModesKasuya, N., Itoh, K.

177

§14. Two-dimensional Structure and Particle
Pinch in Tokamak H Mode
Kasuya, N., Itoh, K.

178

§15. Coherent Structure of Zonal Flow and
Nonlinear Saturation
Itoh, K., Toda, S., Sanuki, H.
Hallatschek, K. (IPP, Germany)
Itoh, S.-I., Yagi, M. (RIAM, Kyushu Univ.)179§16. Excitation of Geodesic Acoustic Mode in
Toroidal Plasmas
Itoh, K.
Hallatschek, K. (IPP, Germany)
Itoh, S.-I. (RIAM, Kyushu Univ.)180§17. Periodic Change of Solar Differential
Rotation
Itoh, S.-I. (RIAM, Kyushu Univ.)
Itoh, K., Yoshizawa, A.
Yokoi, N. (Univ. Tokyo)

181§18. Life Time of Plasma States Near
Transition Boundary
Itoh, S.-I., Yagi, M. (RIAM, Kyushu Univ.)
Itoh, K.

182

§19. A Novel Turbulence Trigger for
Neoclassical Tearing Modes in Tokamaks
Yagi, M., Yoshida, S., Itoh, S.-I. (RIAM, Kyushu Univ.)
Naitou, H., Nagahara, H. (Yamaguchi Univ.)
Leboeuf, J.-N. (UCLA),
Matsumoto, T., Tokuda, S., Azumi, M. (JAERI)
Itoh, K.

183

§20. Collisionless Damping of Geodesic
Acoustic Modes
Sugama, H., Watanabe, T.-H.

184

§21. Dynamics of Zonal Flows in Helical
Systems
Sugama, H., Watanabe, T.-H.

185

§22. A Variational Analysis of Flow-reversal
Condition in a Turbulent Swirling Pipe
Flow Using the Bulk-helicity Concept
Yokoi, N. (Univ. Tokyo)
Yoshizawa, A., Itoh, K.
Itoh, S.-I. (RIAM, Kyushu Univ.)186§23. Effect of Flow Shear on
Temperature Gradient Driven
Short Wavelength Modes
Gao, Zhe (Tsinghua Univ., China),
Dong, J.Q. (SWIP, China),
Sanuki, H.

187

§24. Short Wavelength Ion Temperature
Gradient Instability in Toroidal
PlasmasGao Zhe (Tsinghua Univ., China),
Sanuki, H., Itoh, K.
Dong J.Q. (SWIP, China)188§25. Short Wavelength Electron
Temperature Gradient Instabilityin Toroidal Plasmas
Gao Zhe (Tsinghua Univ., China),
Sanuki, H., Itoh, K.
Dong J.Q. (SWIP, China)189§26. Emission of Electromagnetic Pulses
from Laser Wakefields throughLinear Mode Conversion
Sheng Zheng-Ming (Lab. of Optical Physics,
IoP, CAS, China and ILE Osaka Univ.),
Mima, K. (ILE, Osaka Univ.)
Zhang, Jie (Lab. of Optical Physics, IoP, CAS,
China)Sanuki, H.

190

§27. An Equilibrium Equation of aMagnetized Rotating Plasma
Saeki, K. (Dept. of Physics, Shizuoka Univ.),
Tsushima, A. (Dept. of Physics, Yokohama
National Univ.)
Sanuki, H.

191

§28. Dust Plasma Experiments andCollisional Oscillations
Taniguchi, S., Nejoh, Y.N. (Dept. of Electricaland Electric Eng., Hachinohe Inst. Of Tech.),Nakamura, Y. (ISAS)
Sanuki, H.

192

1-4. LHD Project Research Collaboration(Mutoh, T., Sagara, A.)

193

§1.

Experiment on Charge Separation in a
Small-Scale CUSPDEC Device

Yasaka, Y., Yamamoto, T., Takeno, H. (Kobe Univ.)
Tomita, Y.
Ishikawa, M., Nakashima, Y., Cho, T. (Univ. Tsukuba)
Ohnishi, M. (Kansai Univ.)
Sato, K. (Hyogo Univ.)

194

§2.

Experiment on Direct Energy Conversion
in a Small-Scale CUSPDEC Device

Yasaka, Y., Takeno, H. (Kobe Univ.)
Tomita, Y.
Ishikawa, M., Nakashima, Y., Cho, T. (Univ. Tsukuba)
Ohnishi, M. (Kansai Univ.)

195

§3.

Characteristics of Single Slanted
Cusp-DEC

Tomita, Y.,
Yasaka, Y., Takeno, H. (Kobe Univ.),
Ishikawa, M., Nemoto, T. (Univ. Tsukuba)

196

§4.

Numerical Simulation of Large-Scale
TWDEC and HelmholtsDEC Devices

Ishikawa, M. (Univ. Tsukuba)
Yasaka, Y., Takeno, H. (Kobe Univ.),
Tomita, Y.

197

§5.

Suppression of Harmonic Frequencies ofInduced Voltages in a Decelerator of a
TWDEC Simulator

Takeno, H., Yasaka, Y. (Kobe Univ.),
Ishikawa, M. (Univ. Tsukuba), Tomita, Y.

198

§6.

Active Deceleration Experiments in
TWDEC Simulators

Takeno, H., Yasaka, Y. (Kobe Univ.),
Ishikawa, M. (Univ. Tsukuba), Tomita, Y.

199

§7.

Development of High Beta Plasma
Formation Using ICRF High Harmonic
Fast Wave

Takase, Y., Kasahara, H., Taniguchi, T., Kamada, Y.,
Ishii, N., Oosako, T., Tojo, H. (Frontier Sci. and Sci.,
U. Tokyo)
Fukuyama, A. (Eng., Kyoto U.)
Watari, T., Mutoh, T., Kumazawa, R., Seki, T.,
Saito, K., Takeuchi, N.

200

§8.

Experimental Study of Compatibility of aTransport Barrier and Energetic Ion
Confinement

Sasao, M., Kitajima, S., Shinto, K., Takahashi, H.,
Tanaka, Y., Utoh, H., Nishimura, H., Kubo, N.
(Tohoku Univ.)
Ogawa, H. (JAERI)
Takayama, M. (Akita Pref. Univ.)
Nishimura, K., Nagayama, Y., Isobe, M., Nishiura, M.,
Inagaki, S., Yokoyama, M.

201

§9.

Study of the Repetitive Fueling Pellet
Transportation in the Guiding Tube

Yoshikawa, M., Kubota, Y., Kobayashi, T., Saito, M.,
Nakashima, Y. (Univ. Tsukuba, PRC)
Yamada, H., Sakamoto, R.

202§10. Quasi-Optical Analysis of Output Beamfrom Remote Steering Antenna
Idei, H. (Kyushu Univ.), Shimozuma, T., Notake, T.
Kubo, S., Zushi, H. (Kyushu Univ.)203§11. Production Mechanism of D– Ions and
Evaluation of D– Ion Current Extraction
Fukumasa, O., Naitou, H., Tauchi, Y., Mori, S. (Dept.
Elect. Electronic Eng., Yamaguchi Univ.)
Sawada, K. (Shinsyu Univ.), Hamabe, M. (Chubu Univ.)
Takeiri, Y., Tsumori, K.

204§12. Analysis of a Graphite Plate Interactingwith a High-density Hydrogen Plasma
Sasaki, K. (Nagoya Univ.)
Shibagaki, K. (Suzuka National College of Tech.)Aramaki, M., Kono, A. (Nagoya Univ.)
Goto, M., Muto, S., Morita, S.

205

§13. Development of Continuously
Size-Controllable Pellet
Injector and Detailed Study of
Passage Properties in Drift Tube
Sato, K.N., Kawasaki, S., TRIAM Exp. G.
(RIAM, Kyushu Univ.)
Ichizono, K., Aoki, A. (IGSES, Kyushu Univ.)
Sakakita, H. (AIST)
Fujita, H., Misawa, T. (Saga Univ.)
Kogoshi, S. (Fac. Sci. Tech., Tokyo Univ. ofSci.)
Yamazaki, K., Yamada, H., Sakamoto, R.

206

§14. Temperature Dependence of Optical
Constants of Silicon for 48- and 57-μm
FIR Lasers
Nakayama, K., Okajima, S. (Chubu Univ.)
Ohkuma, H. (JASRI)
Kawahata, K., Tanaka, K., Tokuzawa, T., Akiyama, T.,
Ito, Y.

207§15. Anisotropy of Proton Velocity Distribution
Function in Argon Plasma Analyzed byMeans of Plasma Polarization Spectroscopy
Iwamae, A., Atake, M., Sakaue, A., Fujimoto, T.*(Dept. Mech. Eng. Sci., Kyoto Univ.) Katai, R. (The
Grad. Univ. for Advanced Studies) Goto, M., Morita, S.

208

§16. Spectroscopy and Atomic Modeling of
EUV Light from LHD Plasmas
Nishimura, H. (Institute of Laser Engineering, Osaka U.)

209§17. Development of Wide Band andCompact X-ray Spectrometer
Tawara, Y., Sakurai, I., Matsumoto, C., Furuzawa, A.
(EcoTopia Sci. Inst. Nagoya Univ.)
Morita, S., Goto, M. (NIFS)

210

§18. Development of Laser Thomson
Scattering System Applicable to Low
Temperature Recombining Plasmas inDivertor Simulator MAP-II in the Univ.
Tokyo (NIFS04KOAB009)
Kado, S., Okamoto, A. (Univ. of Tokyo)

211§19. Diagnostics of Plasma with Negative Ions
Using the Eclipse Laser Photodetachment
Method in Divertor Simulator MAP-II in
the Univ. Tokyo (NIFS04KOAB009)
Kado, S., Kajita, S. (Univ. of Tokyo)

212§20. Study on Effects of Bending Strain to Critical
Current Characteristics of Nb3Al CIC Conductors
Tamai, H., Kizu, K., Tsuchiya, K., Shimada, K.,
Matsukawa, M., Koizumi, N., Okuno, K., Ando, T. (JAERI)
Miura, Y.M. (Osaka Univ.) Nishimura, A., Hishinuma, Y.,
Yamada, S., Takahata, K., Seo, K.

213

§21. Change in Properties of Superconducting
Magnet Materials by 14 MeV Neutron
Irradiation under Cryogenic Temperature
Nishijima, S. (Osaka University)214§22. Development of New High Field andHigh Current Density Superconductors
for Fusion Devices
Tachikawa, K., Koyata, Y., Nakaze, T. (Faculty ofEngr., Tokai Univ.), Mito, T.

215

§23. Stability of Superconducting Coil with
Various Surface Conditions in
Pressurized He II
Shiotsu, M., Shirai, Y., Ohya, M. (Kyoto Univ. Ene. Sci.)
Imagawa, S.

216

§24. Suitability of Boron-titanium as First WallMaterial
Hino, T., Hashiba, Y. (Hokkaido Univ.)
Nishimura, K., Ashikawa, N., Masuzaki, S., Sagara,A., Noda, N., Ohyabu, N., Komori, A.

217

§25. Measurement of the Negative Ion andControl of Recombination Plasma in the
LHD Divertor
Tonegawa, A., Shibuya, T., Kawamura, K. (Dept.
Phys. Tokai Univ.)
Masuzaki, T., Sagara, A., Ohyabu, N.

218§26. Kinetics of Hydrogen Isotopes at Surfaces
and Bulks of Plasma Facing Materials
Based on Group 5 Metals
Hatano, Y., Hara, M. (Toyama Univ.), Hashizume, K.
(Kyushu Univ.), Saito, H., Homma, H. (Muroran Inst.
Tech.), Suzuki A. (U. Tokyo), Hirohata, Y. (Hokkaido
Univ.), Nita, N. (Tohoku U.), Ashikawa, N.,
Nagasaka, T., Sagara, A., Muroga, T., Nakamura, Y.

219

§27. Heat Removal Enhancement of
Plasma-Facing Components by Using
Nano-Particle Porous Layer Method
Kunugi, T., Kawara, Z., Okamoto, Y. (Dept. Nuclear
Eng., Kyoto Univ.)
Shibahara, M. (Dept. Mech. Eng., Osaka Univ.)
Satake, S. (Tokyo Univ. of Sci.)
Hashizume, H., Yuki, K. (Tohoku Univ.),
Sagara, A.

220

§28. Investigation of Tritium Behavior andTracability in In-vessel Systems of LHD
during D-D Burning
Tanabe, T. (Nagoya University), representative ofcooperation program with 24 participants221§29. Assessment Study on Biological Effects ofRadiation in LHD
Ichimasa, Y. (Fac. Sci., Ibaraki Univ.), Komatsu, K.
(Fac. Sci. Rad. Biol. Center, Kyoto Univ.), Kamiya,
K. (Res. Inst. for Radiat. Biol. and Med., Hiroshima
Univ.), Norimura, T. (Univ. Occupational and Environ.
Health, Japan), Tauchi, H. (Fac. Sci., Ibaraki Univ.)
Takeda, H. (NIRS), Ono, T. (Tohoku Univ., Graduate
School Med. & School Med.), Uda, T.

222

§30. Study on Environmental Behavior of Tritium
Momoshima, N. (Fac. Sci. Kumamoto Univ.)
Okai, T. (Fac. Eng. Kyushu Univ.)
Amano, H., Atarashi, M. (JAERI)
Miyamoto, K. (NIRS)Takahashi, T. (Kyoto Univ.)Uda, T., Sakuma, Y., Yamanishi, H., Sugiyama, T.

223

2. Collaboration on Fusion Engineering(1) Fusion Engineering Studies

224

(Noda, N.)

225

§1.

Influence of Inner Surface Roughness on
Subcooled Flow Boiling Critical Heat
Flux in a Short Vertical Tube

Hata, K. (Inst. of Advanced Energy, Kyoto Univ.)
Shiotsu, M. (Dept. of Eng. Sci. and Tech., Kyoto Univ.)
Noda, N.

226

§2.

Development of Low Activation
Compound Superconducting Wires for
Fusion Reactor

Kikuchi, A., Iijima, Y., Takeuchi, T. (NIMS)
Hishinuma, Y., Nishimura, A.

227

§3.

Development of Strength Evaluation
Methods of Cryogenic Material Systems

Shindo, Y., Horiguchi, K., Narita, F., Takeda, T.,
Inamoto, A., Komatsu, T., Takano, S. (Dept. of Mater.
Processing, Graduate School of Engineering, Tohoku
Univ.)
Sanada, K. (Dept. of Mechanical Systems Engineering,
Faculty of Engineering, Toyama Prefectural Univ.)
Kumagai, S. (Dept. of Materials Science andEngineering, Miyagi National College of Technology)
Nishimura, A., Tamura, H.

228

§4.

Development of the Fracture Toughness
Test Method by Round Bar with
Circumferential Notch

Kasaba, K., Katagiri, K., Shoji, Y. (Iwate Univ.)

229

§5.

Examination of Materials Irradiation Test
Program Using Intense Neutron Source(IFMIF)

Matsui, H., Kurishita, H. (Tohoku U), Kimura, A.
(Kyoto U.), Jitsukawa, S. (JAERI)
Muroga, T.

230

§6.

Thermal and Mechanical Properties ofComposite Materials for Superconducting
Coils

Takao, T., Nakamura, K., Watanabe, A. (Sophia
University)

231

§7.

Development of Fine-Grained, ParticleDispersed Vanadium Alloys with Improved
Resistances to High-Temperature
Deformation and Embrittlement by
Neutron and Helium Irradiations

Kurishita, H., Matsui, H. (IMR, Tohoku Univ.)
Oda, S., Kobayashi, S., Nakai, K. (Ehime Univ.)
Nagasaka, T., Muroga, T., Noda, N.

232

§8.

Development of Simulation Models for
Irradiation Performance of Fusion
Materials

Sekimura, N., Abe, H., Okita, T. (Dept. Qua. Eng. andSyst. Sci., Univ. Tokyo)
Morishita, K. (IAE, Kyoto Univ.)
Muroga, T.

233

§9.

Evaluation of MHD Pressure Drop in
Multi Layer Wall Channel

Hashizume, H., Yuki, K., Satake, M. (Tohoku Univ.)
Muroga, T., Sagara, A. (NIFS)

234

§10. Preparation of CylindricalSuperconductor Composed with Ni Meshfor Current Lead
Yoshizawa, S. (Meisei Univ.)235

§11. Dynamic Behavior of He-vacancy
Complex in Highly-purified Vanadium
AlloysNita, N., Miyawaki, K., Matsui, H. (IMR, Tohoku Univ.)
Nagasaka, T.

236

§12. Joining and Heat Load Test of Tungsten
Divertor
Tomota, Y., Kurumada, A., Imamura, Y. (Ibaraki
Univ.), Oku, T. (The Univ. of the Air), Kurishita, H.
(Tohoku Univ.), Kubota, Y., Noda, N.

237

§13. Overall Characterization of High Purity
Reference Vanadium Alloys NIFS-HEATs
Satou, M., Abe, K., Hino, T. (Tohoku Univ.)
Nagasaka, T., Muroga, T.

238

§14. Environmental Effects on Radiation
Effects in V-4Cr-4Ti Alloys
Watanabe, H., Yamasaki, K., Yoshida, N. (RIAM,
Kyushu Univ.)
Nagasaka, T., Muroga, T. (NIFS)

239

§15. Measurements of Radiation Induced
Conductivity of Ceramic Insulators for
Fusion Blanket
Iida, T., Sato, F. (Osaka Univ. Eng.)
Ikeda, T. (Osaka Univ. ISIR)
Tanaka, T., Muroga, T.

240

§16. Examination of Electrical Degradationof Ceramic Coating Materials Using Ion
Beam Irradiation
Shikama, T., Nagata, S., Tsuchiya, B., Toh, K. (IMR,
Tohoku Univ.)
Tanaka, T., Muroga, T.
Suzuki, A., Sawada, A. (Univ. of Tokyo)

241§17. Development of Joint Technique of
SiC/SiC Composites
Hinoki, T., Eiza, N. (Institute of Advanced Energy,
Kyoto University)
Muroga, T.

242

§18. Development of Reduced Activation
Ferritic Steels with Improved Heat
Resistance and Elemental Property
Characterization for High Cycle
Efficiency Steel-based Blankets
Kohyama, A., Kim, S.W., Ogiwara, H. (Institute ofAdvanced Energy, Kyoto University)
Muroga, T.

243

§19. Crack Length Measurement in Cryogenic
Environment Using Unloading Elastic
Compliance
Nishimura, A.

244

§20. Lithium Compatibility of MHD Coatings
Fabricated by Arc Source Plasma
Deposition Method
Terai, T., Suzuki, A. (Nuclear Engineering ResearchLaboratory, Univ. of Tokyo), Sawada, A. (Quantum
Eng. and Systems Sci., Univ. of Tokyo), Muroga, T.

245

§21. Creep Mechanism of NIFS-Heat2 Alloys
by Using Pressurized Creep Tubes
Fukumoto, K. (Univ. Fukui)Matsui, H., Narui, M. (IMR/Tohoku Univ.)
Nagasaka, T., Muroga, T.

246

§22. Negative Longitudinal Magnetoresistanceof Bulk Bismuth in Low Temperature
Hamabe, M., Yamaguchi, S. (Dept. Elec. Eng., Chubu
Univ. Eng.)
Yonenaga, I. (Inst. Mater. Res., Tohoku Univ.)
Sato, M.

247

§23. Development and Synthetic Evaluation ofHigh-Z Plasma Facing Materials
Kurishita, H. (IMR, Tohoku Univ.)
Yoshida, N. (RIAM, Kyushu Univ.)
Tanabe, T. (Nagoya Univ.)
Noda, N.

248

§24. Transmutation of High-level Waste in a
Spherical-tokamak Reactor
Tanaka, Y. (Nagoya Inst. of Tech.), Arita, K. (Nagoya
Inst. of Tech.), Nagayama, Y., Sagara, A.

249

(2) Helical Reactor Design§1.

Modification of Design Parameters on
LHD-type Reactor FFHR2

Sagara, A., Imagawa, S.
Mitarai, O. (Kyushu Tokai University)

250

§2.

Design Studies on Long-life Breeder
Blanket for LHD-type Reactors

Sagara, A., Tanaka, T.

251

§3.

Study of the Burning Plasma Physics
Issues in Helical Reactors

Mitarai, O. (Kyushu Tokai University),
Oda, A. (Yatsushiro National College of Technology),
Matsumoto, Y. (Hokkaido University),
Sagara, A., Imagawa, S., Watanabe, T., Watanabe, K.
Yamazaki, K., Shimizu, A., Tomita, Y.

252

§4.

Design Study of Magnets for Heliotron
Type Fusion Reactor FFHR

Imagawa, S., Sagara, A.

253

§5.

Effect of Surface Angle on MechanicalJointing of HTS

Hashizume, H., Ito, S., Yamamoto, Y. (Tohoku Univ.)
Sagara, A. (NIFS)

254

§6.

System Design Study of Hydrogen
Isotope Recovery from Molten-Salt
Blanket of Fusion Reactor

Fukada, S. (Kyushu University)
Sagara, A.

255

§7.

Study on Heat Transfer Region for Fluid
System in a Liquid Blanket

Satake, S. (Tokyo University of Science), Kunugi,
T. (Kyoto University), Yokomine, T. (Kyushu
University), Kawahara, Z. (Kyoto University),
Yuki, K. (Tohoku University),
Sagara, A.

256

§8.

Development of Heat Transfer
Enhancement Technique in High Pr
Number Fluid Blanket

Yuki, K., Chiba, S., Hashizume, H. (Tohoku Univ.)
Sagara, A.

257

§9.

Feasibility of Helium Gas Turbine System
for Molten Salt Blanket

Shimizu, A., Yokomine, T., Ebara, S. (Interdisciplinary
Grad. Sch. Eng. Sci., Kyushu Univ.),
Imagawa, S., Sagara, A.

258

§10. Design on New Type First Wall underHigh Temperature and Particles for
Nuclear Fusion Reactor
Furukawa, H. (ILT, Osaka), Norimatsu, T., Kozaki, Y.,
Jozaki, T., Mima, K. (ILE, Osaka University)
Sagara, A.

259

(3) Fusion Reactor System and Safety(Asakura, Y.)

260

§1.

Investigation of Tritium Behavior andTracability in Invessel Systems of LHD
during D-D Burning

Tanabe, T. (Nagoya University), representative ofcooperation program with 59 participants

261

§2.

Studies of Interaction between Cooling
Pipe Materials and Tritium, and Their
Chemical Behavior

Oya, Y. (Radioisotope Center, Univ. of Tokyo)
Onishi, Y., Yoshikawa, A., Okuno, K. (Fac. of Sci.,
Shizuoka Univ.)
Tanaka, S. (Dept. Quantum Eng. & Systems Sci.,
Univ. of Tokyo)
Kawano, T., Asakura, Y., Uda, T.

262

§3.

Advancement of Water-Hydrogen
Chemical Exchange Apparatus byIntroducing Trickle Bed Reactor

Yamamoto, I., Enokida, Y., Tsushima, S., Sawada, K.,
Shiozaki, T. (Nagoya Univ.),
Uda, T., Asakura, Y., Sugiyama, T.

263

§4.

Development of High-power Adsorbents
for Hydrogen Isotope Separation by
Pressure Swing Adsorption Method

Kotoh, K., Kudo, K. (Kyushu Univ. Eng.)
Nishida, T. (Kinki Univ. Ind. Eng.)
Sugiyama, T., Asakura, Y., Uda, T., Kawano, T.

264

§5.

Studies of Tritiated Water Vapor Removalwith a Hollow-filament Type Polyimide
Membrane Dehumidifier

Okuno, K., Oyaidzu, M., Yoshikawa, A. (Fac. of Sci.,
Shizuoka Univ.)Oya, Y. (Radioisotope Center, Univ. of Tokyo)
Asakura, Y.

265

§6.

Development of Advanced Catalyst for
Oxidation of Tritium and Quantificationof Mass Transfer Coefficient

Munakata, K., Okabe, Y. (Interdisciplinary Graduate
School of Engineering Sciences Kyushu University),
Kawano, T., Asakura, Y., Uda, T.
Tanaka, M. (Nippon Kucho Service Co., Ltd.)266

3. CHS Experiments(Okamura, S.)

267

§1.

Study on Parameter Dependences ofPower Threshold for Edge Transport
Barrier Formation

Akiyama, T., Okamura, S., Minami, T., Fujisawa, A.,
Isobe, M., Suzuki, C., Nishimura, S., Matsuoka, K.,
Yoshimura, Y., Nagaoka, K., Takahashi, C., Kawahata,
K., CHS Experimental Group (NIFS)
Tsuji-Iio, S. (TITech)
Okajima, S. (Chubu Univ.)

268

§2.

Power Threshold for ETB Transition Basedon NBI Power Deposition Calculation

Minami, T., Akiyama, T., Okamura, S., Nagaoka, K.,
Isobe, M.

269

§3.

Dependence of Power Threshold on
Magnetic Field Configuration

Minami, T., Akiyama, T., Okamura, S., Nagaoka, K.,
Isobe, M.

270

§4.

Time Evolutions of the Ion Temperaturein the Edge Transport Barrier (ETB)
Operations in CHS

Nishimura, S., Okamura, S., Minami, T., Akiyama,T., Nagaoka, K., Yoshimura, Y., Ida, K., Isobe, M.,
Suzuki, C.

271

§5.

Comparison of Impurity Poloidal
Rotations in Recent Improved Modes in
CHS

Nishimura, S., Okamura, S., Nagaoka, K., Yoshimura,Y., Minami, T., Akiyama, T., Ida, K., Isobe, M.,
Suzuki, C., Toi, K.

272

§6.

Radiation Profile Measurements for Edge
Transport Barrier Discharges in the
Compact Helical System Using AXUVPhotodiode Arrays

Suzuki, C., Okamura, S., Minami, T., Akiyama, T.,
Fujisawa, A., Ida, K., Isobe, M., Matsuoka, K.,
Nagaoka, K., Nishimura, S., Peterson, B.J.,
Shimizu, A., Takahashi, C., Toi, K., Yoshimura, Y.

273

§7.

EHO-like Density Fluctuations
Measured Using Beam Emission
Spectroscopy in ETB Discharge on CHS(NIFS02KZPD003)

Kado, S., Oishi, T. (Univ. of Tokyo)
Yoshinuma, M., Ida, K., Okamura, S.

274

§8.

Statistical Analysis of Peripheral Plasma
with Edge Transport Barrier in CHS

Nagaoka, K.

275

§9.

Measurement of Edge Transport Barrier
Structure by Langmuir Probe in the
Compact Helical System

Takeuchi, M. (Dep. of Energy Eng. and Sci., Nagoya Univ.),
Toi, K., Nagaoka, K., Suzuki, C., Minami, T., Akiyama, T.,
Yoshimura, Y., Nishimura, S., Isobe, M., Shimizu, A.,
Takahashi, C., Matsuoka, K., Okamura, S., CHS Group276

§10. Discharge Aiming at High Stored Energy
in Compact Helical System (CHS)
Isobe, M., Yoshimura, Y., Nagaoka, K., Suzuki, C.,
Akiyama, T., Minami, T., Shimizu, A., Nishimura, S.,
Matsuoka, K., Okamura, S., CHS Group (NIFS)

277

§11. Efficient Heating of High Density Plasmas
Up to Cut-off Density of 106.4 GHz ECHPower on CHS
Yoshimura, Y., Akiyama, T., Isobe, M., Shimizu, A.,
Suzuki, C., Takahashi, C., Nagaoka, K., Nishimura, S.,
Minami, T., Matsuoka, K., Okamura, S., CHS Group
Kubo, S., Shimozuma, T., Igami, H., Notake, T.,
Ohkubo, K.

278

§12. Confinement of Perpendicularly Injected
Energetic Ions on Different Magnetic
Configurations in CHS
Matsushita, H., Ida, K., Okamura, S., Isobe, M.,
Akiyama, R., CHS Group279

§13. Wavelet Analysis on Density andPotential Fluctuation on Internal
Transport Barrier
Fujisawa, A., Shimizu, A., Nakano, H., Ohshima, S.,
Okamura, S., Matsuoka, K., Itoh, K., CHS Group

280

§14. Magnetic Field Fluctuation Measurementwith Heavy Ion Beam Probe in CHS
Shimizu, A., Fujisawa, A., Nakano, H. (Univ. Adv.
Study), Ohshima, S. (Nagoya Univ.), Iguchi, H.,
Okamura, S., Matsuoka, K., CHS Group281

§15. Consideration of a Necessary Condition for
Local Density Fluctuation Measurementswith Heavy Ion Beam Probe
Nakano, H., Fujisawa, A., Shimizu, A., Ohshima, S.,
Minami, T., Yoshimura, Y., Okamura, S., Matsuoka, K.

282

§16. A Method to Infer Internal Mode
Structure with HIBP and Magnetic Probes
Ohshima, S. (Dep. Energy Eng. Sci., Nagoya Univ.),
Fujisawa, A., Shimizu, A., Nakano, H., CHS Group283

§17. Measurements of Electron Density
Fluctuations in CHS Plasmas by Using
YAG Laser Imaging Method
Matsuo, K. (Fukuoka Institute of Technology), Hata,
S. (Fukuoka Institute of Technology), Iguchi, H.,
Okamura, S., Matsuoka, K.

284

§18. HCN Laser Scattering Measurement on
CHS
Iio-Tsuji, S., Shimada, R., Tsutsui, H. (Tokyo Tech.)Akiyama, T., Okamura, S., Kawahata, K., Tanaka, K.
(NIFS)Okajima, S. (Chubu Univ.)285

§19. 2nd and 3rd Harmonic ECE
Measurement on CHS
Yoshimura, Y., Takahashi, C., Fujisawa, A., Shimizu,A., Minami, T., Nakano, H., Ohshima, S., Akiyama,T., Isobe, M., Suzuki, C., Nagaoka, K., Nishimura, S.,
Matsuoka, K., Okamura, S., CHS Group
Inagaki, S., Nagayama, Y., Kubo, S., Shimozuma, T.,
Igami, H., Notake, T., Ohkubo, K.

286

§20. Fast Ion Measurement Using the Hybrid
Probe in CHS
Nagaoka, K., Isobe, M.

287

§21. MHz Range Fluctuation Measurements
in Electron Cyclotron Resonance Heating
Plasmas on Compact Helical System
Nagashima, Y. (Research Institute for Applied
Mechanics, Kyushu Univ.)
Isobe, M., Yoshimura, Y., Ida, K., Matsushita, H.,
Okamura, S. (National Institute for Fusion Science)288§22. Lithium Beam Probe for Edge Plasma
Diagnostic in CHS
Nakamura, K., Iguchi, H.

289

§23. Lithium Beam Probe (LiBP) Imaging
Using CCD Camera
Narihiro, Z. (Dep. Energy Eng. Sci., Nagoya Univ.)
Nakamura, K., Iguchi, H.

290

§24. Neutral Particle Transport in CHS Edge
RegionMatsuura, H., Iguchi, S. (Osaka Pref. Univ.)
Okamura, S.

291

§25. Detailed Dynamics of Internal Transport
Barrier Formation in Low Temperature
CHS Plasmas
Toi, K., Takeuchi, M. (Dep. Energy Eng. Sci., Nagoya
Univ.), Ikeda, R. (Dep. Energy Eng. Sci., Nagoya
Univ.), Suzuki, C., CHS Experimental Group292

§26. Electron Heating of an Over-Dense
Plasma by 2.45 GHz Microwaves in CHS
Ikeda, R. (Dep. Energy Eng. Sci., Nagoya Univ.),
Takeuchi, M. (Dep. Energy Eng. Sci., Nagoya Univ.),
Toi, K., Suzuki, C., Matsunaga, G. (JAERI)293§27. Hot Cathode Biasing Experiment in CHS
Takahashi, H., Kitajima, S., Sasao, M. (Tohoku Univ.)
Isobe, M., Okamura, S.

294

§28. Radial Electric Field Control by Electron
Injection in CHS
Kitajima, S., Sasao, M., Shinto, K., Takahashi, H.,
Tanaka, Y., Utoh, H., Takenaga, M., Shinde, J.,
Ogawa, M., Aoyama, H., Iwazaki, K. (Dept. Eng.,
Tohoku Univ.)
Takayama, M. (Akita Prefectural Univ.)
Takeuchi, M., Ikeda, R. (Dept. of Energy Engineeringand Science, Nagoya Univ.)
Okamura, S., Toi, K., Iguchi, H., Fujisawa, A., Isobe,
M., Suzuki, C., Yokoyama, M.

295

§29. Radial Density Profiles of Microwave andWhistler Wave Discharges
Shoji, T., Sakawa, Y. (Dept. Energy Eng. and Sci.,
Nagoya Univ.)
Suzuki, C., Takeuchi, M., Ikeda, R., Toi, K.

296

§30. Observation of Space Potential
Variation on Magnetic Surfaces on
CHS
Wakabayashi, H. (Grad. Sch. Adv. Sci.), Himura,
H. (Kyoto Institute of Technology), Isobe, M.,
Okamura, S., CHS Group297

§31. Extreme Ultraviolet Spectroscopy of CHS
Plasma for Use in Detailed Atomic Modeling
Nishimura, H. (Institute of Laser Engineering, Osaka U.)298

§32. Trial Production of a Simple Neutral
Particle Analyzer
Ishii, K., Kojima, A., Miyata, Y., Yamaguchi, T.
(Tsukuba Univ.)
Iguchi, H.

299

§33. CHS Data Acquisition and Analysis
SystemTakahashi, C., Okamura, S., Ida, K., Fujisawa, A.,
Iguchi, H., Yoshimura, Y., Minami, T., Isobe, M.,
Nishimura, S., Suzuki, C., Nagaoka, K., Matsuoka, K.

300

4. Basic Research and Development(Tanaka, M.Y.)

301

§1.

High Density Plasma Experiment
HYPER-I

Tanaka, M.Y., Yoshimura, S., Tomida, A. (Nagoya
Univ.), Yamaguchi, H. (Nagoya Univ.), Aramaki,
M. (Nagoya Univ.), Okamoto, A. (Tohoku Univ.),
Tsushima, A. (Yokohama National Univ.), Saitou, Y.
(Utsunomiya Univ.)

302

§2.

Observation of Plasma Hole Transition
Induced by Microwave Power
Modulation

Yoshimura, S., Tanaka, M.Y.,
Tomida, A., Yamaguchi, H. (Nagoya Univ.)

303

§3.

Measurements of Neutral-gas Flow in
High-density Plasma Using a Tunable
Laser Diode

Aramaki, M., Kono, A. (Nagoya Univ.)
Okamoto, A. (Tokyo Univ.)
Yoshimura, S., Tanaka, M.Y.

304

§4.

Measurement of Rotational Flow Velocity
Using Laser-Induced Fluorescence
Spectroscopy

Okamoto, A., Kado, S. (Univ. of Tokyo)
Yoshimura, S., Tanaka, M.Y.

305

§5.

Observation of Neutral Particle
Distributions in a Plasma Vortex Usinga Few Lines of Sight of Visual Light

Saitou, Y. (Utsunomiya Univ.)
Tsushima, A. (Yokohama National Univ.)
Yoshimura, S., Tanaka, M.Y.

306

§6.

Spontaneous Magnetic Fluctuation in
HYPER-I Plasma

Tsushima, A. (Yokohama Nat. Univ.),
Yoshimura, S., Tanaka, M.Y.

307

§7.

A Study of Charge Exchange Processes by
Collision with Excited Atoms

Matsuda, W., Sakai, Y., Miyauchi, N., Jin, W.G.
(Dept. of Phys., Toho Univ.)
Sakaue, H.A., Yamada, I.

308

§8.

Ejected Electron Spectroscopy inElectron-Ion Collisions

Sakaue, H.A., Yamada, I.,
Hirayama, T. (Rikkyo Univ.),
Ohtani, S. (Univ. Electro-Communications),
Sakurai, M. (Kobe Univ.)
Takayanagi, T. (Sophia Univ.)

309

§9.

Isotope Effect on Charge Transfer by Slow
Hydrogen Ions from Hydrogen Molecules

Kusakabe, T. (Dept. Phys., Kinki Univ.)
Kimura, M. (Kyushu Univ.)
Pichl, L. (Div. Natural Sci., ICU)
Sakaue, H.A.

310

§10. Laser Thompson Scattering Measurementof High Density Plasma Produced by
TPD-II
Shibuya, T., Wakaki, M., Tada, S., Sumi, T., Kimura,T., Furuya, Y., Ono, M. (Dep. Appl. Sci., Tokai Univ.),
Kawamura, K. (Res. Inst. Sci. Tech., Tokai Univ.),
Tonegawa, A. (Dep. Phys., Tokai Univ.),
Matsubara, A., Sugimoto, T., Sato, K.

311

§11. Period of the Macroscopic Oscillation of
Detached Plasma in the TPD-II
Matsubara, A., Sato, K.
Sugimoto, T. (Dept. of Fusion Sci., Grad. Univ.),
Kawamura, K. (Res. Inst. Sci. Tech., Tokai Univ.),
Shibuya, T. (Dept. Elect. Photo. Opt., Tokai Univ.),
Tonegawa, A. (Dept. Phys. Sci., Tokai Univ.)312§12. The Role of H– Energy and Electric Fieldin the Extraction Region for H– Extraction
Probability of a Negative Ion Source
Matsumoto, Y., Nishiura, M.
Wada, M. (Doshisha Univ.)
Sasao, M. (Tohoku Univ.)
Yamaoka, H. (RIKEN)

313

§13. Determination of Plasma Temperature
and Density in Laser Produced Tin
PlasmasNamba, S., Takiyama, K. (Grad. School Eng.,
Hiroshima Univ.)
Oda, T. (Fac. Eng., Hiroshima Kokusai Gakuin Univ.)
Sato, K.

314

§14. Ion Heating in a Supersonic Plasma
Flowing through a Magnetic Nozzle
Inutake, M., Ando, A., Hattori, K., Tobari, H.,
Hatanaka, M.
Shibata, M. (Dept. Electrical Eng., Tohoku Univ.)315§15. Physical Mechanism of Self-organization ofNovel Density Distribution in a Pure Electron
Plasma Driven by Rotating Wave Field
Kiwamoto, Y., Soga, Y., Aoki, J. (Kyoto Univ.),
Tanaka, M.Y., Yoshimura, S. (NIFS)

316

§16. Dynamic Control of BifurcatedTransition in Magnetized Plasma
Shinohara, S., Horii, S. (Interdis. Grad. Sch. Eng. Sci.,
Kyushu Univ.)
Fujisawa, A., Ida, K., Iguchi, H.

317

§17. Basic Process of Solid Hydrogen Ablation
by Plasma
Fujita, H., Ohtsu, Y., Misawa, T. (Saga Univ.)
Sato, K.N. (Kyushu Univ.)
Yoshimura, S.

318

§18. Plasma-quenching Efficiency of CO2 by
Estimation of C2 Rotational and Vibrational
Temperatures in High-pressure
High-power Ar-CO2 Induction Plasmas
Tanaka, Y., Uchida, T., Uesugi, Y. (Kanazawa Univ.)
Ohno, N. (Nagoya Univ.)319

§19. Transient Response of the Induction Coil
Loading in the Initial Startup Phase of rf
Indiction Thermal Plasmas
Uesugi, Y., Tanaka, Y. (Kanazawa Univ.)
Razzak, M.A., Ohno, N., Takamura, S. (Nagoya Univ.)320§20. Experimental Study of Current Drive
Using Nernst EffectKawamori, E. (High Temperature Plasma Center, The
Univ. of Tokyo),
Tokuzawa, T.

321

§21. A Solar Wind Simulator Using An
Intensive Arc-Jet System
Hirano, K., Fujisawa, A.

322

§22. Spatial Distribution of Losses of Neutral
Beam-injected Fast Ions in
Quasi-axisymmetric System
Isobe, M., Shimizu, A., Okamura, S., Suzuki, C.,
Nishimura, S., Akiyama, T., Matsuoka, K. (NIFS)
Spong, D.A. (ORNL)

323

§23. Consideration on Scale-up of
Quasi-axisymmetric Stellarator with
Low Aspect Ratio
Matsuoka, K., Okamura, S., Nishimura, S., Isobe, M.,
Suzuki, C., Shimizu, A.,
Tanaka, N., Hasegawa, M., Naito, H. (Mitsubishi
Fusion Center),
Urata, K., Suzuki, Y. (Mitsubishi Heavy Industries, Ltd)324

§24. Preliminary Investigation of a
Quasi-Axisymmetric Configuration
Optimized for Contours of the Second
Adiabatic Invariant
Suzuki, C., Okamura, S., Akiyama, T., Isobe, M.,
Matsuoka, K., Nishimura, S., Shimizu, A., Isaev, M.
Yu (Kurchatov Inst.)

325§25. The Trial Modular Coil Design for a N=2
Quasi-isodynamic Stellarator
Shimizu, A., Okamura, S., Akiyama, T., Isobe, M.,
Suzuki, C., Nishimura, S., Matsuoka, K., Yamazaki, K.

326

§26. A Numerically Robust Formula for
Bootstrap Current Coefficients in the
Banana Regime in Boozer Coordinates
Nishimura, S., Sugama, H., Nakamura, Y. (Kyoto
Univ.)

327

§27. A Method to Eliminate the Logarithmic
Singularity in Fourier Series, WhichAppear in Parallel Viscosity Calculationsin the Banana Regime
Nishimura, S., Sugama, H., Nakamura, Y. (Kyoto
Univ.)

328

5. Theory and Computer Simulation Project329

(Okamoto, M.)

330

§1.

Boundary Modulation by the Finite βFree Boundary Equilibrium Motion in
Heliotrons

Nakajima, N., Nakamura, Y. (Kyoto Univ.)

331

§2.

Significant Stabilization of Ideal MHD
Instabilities by the Boundary Modulationin Heliotrons

Nakajima, N.

332

§3.

The Second Stability of the High-n
Ballooning Modes in Heliotrons

Hudson, S.R. (PPPL), Nakajima, N.,
Hegna, C.C. (Univ. Wisconsin)

333

§4.

Fourier Mode Anaysis of Numerical
Results Obtained by Direct Numerical
Simulation of MHD Under LHD
Inward-shifted Configuration

Miura, H., Nakajima, N., Hayashi, T., Okamoto, M.

334

§5.

Nonlocal Energetic Particle Mode in a
JT-60U Plasma

Todo, Y.
Shinohara, K., Takechi, M., Ishikawa, M. (JAERI)

335

§6.

Simulation of Alfvén Eigenmodes andEnergetic Particles in an LHD Plasma

Todo, Y., Nakajima, N.

336

§7.

Nonlinear Evolution of the Fishbone
Instability

Shiozaki, Y. (Graduate Univ. Advanced Studies)Todo, Y.

337

§8.

Velocity-Space Structures of Distribution
Function in Toroidal Ion Temperature
Gradient Turbulence

Watanabe, T.-H., Sugama, H.

338

§9.

Linear Analysis of Resistive Wall Modewith Poloidal Rotation

Sato, M., Nakajima, N.

339

§10. Effect of Poloidal Rotation on Nonlinear
Resistive Wall Mode
Sato, M., Nakajima, N.

340

§11. Study of Energy Transport of External
MHD Modes in a Cylindrical Tokamak
Sato, M., Nakajima, N.

341

§12. Motion of Ablation Cloud in Torus
PlasmasIshizaki, R., Nakajima, N., Okamoto, M., Parks, P.B.
(General Atomics)342

§13. Three-Dimensional Particle-In-Cell
Simulation of Scrape-off-Layer Plasmas
Ishiguro, S.

343

§14. Core-SOL-Divertor Model andApplication to Operation Space of EAST
Hiwatari, R. (CRIEPI: Central Research Institute ofElectric Power Industry), Hatayama, A. (Keio Univ.),
Okano, K. (CRIEPI), Asaoka, Y. (CRIEPI), Zhu, S.
(Institute of Plasma Physics, China), Tomita, Y. (NIFS)

344

§15. Edge Plasma Simulation of Stellarator
System with UEDGE
Takayama, A., Tomita, Y., Ishiguro, S.,
Pigarov, A.Yu., Krasheninnikov (UCSD), Rognlien,
T.D. (LLNL)

345

§16. The Strike Point Pattern on Local Island
Divertor in LHD
Jimbo, S. (Grad. Univ. Adv. Studies)
Takamaru, H. (Chubu Univ.)
Kanno, R., Satake, S., Okamoto, M.

346

§17. 3-D Rayleigh-Taylor Instability inSpherically Stagnating Systems
Sakagami, H.
Okamoto, T. (Sanyo Electric Co. Ltd.)
Horikoshi, M., Nishihara, K. (Institute of Laser
Engineering, Osaka University)347§18. Laser Fusion Research
Mima, K. (Institute of Laser Engineering, Osaka
University)348§19. Research on High Energy Density Laser
Plasma Physics
Mima, K., Theory and Simulation Group (Institute ofLaser Engineering, Osaka University)349

§20. Structure of Thin Current Layer in
Two-dimensional Open System
Horiuchi, R., Kawakita, T. (Nagoya U.), Ohtani, H.,
Ishizawa, A.

350

§21. Collisionless Driven Reconnection in
Three-dimensional Thin Current Sheet
Horiuchi, R., Ohtani, H., Ishizawa, A.

351

§22. Three Dimensional Particle Simulation
on Collisionless Driven Reconnection
Ohtani, H., Horiuchi, R., Ishizawa, A.

352

§23. Suppression of Hall Term Effects by
Gyroviscous Cancellation in Collisionless
Magnetic Reconnection
Ishizawa, A., Horiuchi, R.

353

§24. Plasma Instabilities and Anomalous
Resistivity in the Current Sheet
Moritaka, T. (Nagoya Univ.), Horiuchi, R., Ohtani,
H., Ishizawa, A.

354

§25. Simulation Study of Nonlinear Dynamics
in Plasmas with Flows
Yoshida, Z., Numata, R., Furukawa, M., Hori, D.,
Ohsaki, S. (Graduate School of Frontier Sciences, The
University of Tokyo), Hayashi, T.

355

§26. Simulation Study of the Formation
Mechanism of Sigmoidal Structure in
the Solar Corona
Kusano, K. (The Earth Simulator Center, JAMSTEC)

356

§27. Study on MHD Wall Shear Turbulent
Flow on High Reynolds Number via
Paralleled Direct Numerical Simulation
Satake, S. (Tokyo University of Science)357

§28. Low-Frequency Instabilities Due to Flow
Velocity Shear in Magnetized Plasmas
Kaneko, T., Saito, H., Hatakeyama, R. (Dept.
Electronic Eng., Tohoku Univ.)
Ishiguro, S.

358

§29. Self-Organization of Large-Amplitude
Waves and Associated Particle
Acceleration
Ohsawa, Y., Toida, M., Kato, K., Sato, M. (Nagoya
Univ.)
Ishiguro, S., Hasegawa, H., Usami, S.

359

§30. Holistic Simulation – Auroral Arc
Formation as the First Trial –Kageyama, A., Sugiyama, T., Kusano, K., Ohno, N.,
Watanabe, K., Sato, T. (Earth Simulator Center)360§31. Intermittency and Transfer Phenomena
in NS and MHD Turbulence
Gotoh, T. (Nagoya Inst. of Tech.)361

§32. Orthonormal Divergence-free
Wavelet Analysis of Nonlinear
Interactions between Coherent
Structures
Araki, K. (Okayama Univ. Sci.)
Miura, H. (TCSC, NIFS)

362

§33. Yin-Yang Grid and Geodynamo
Simulation
Kageyama, A. (Earth Simulator Center, JAMSTEC)

363

§34. Development of Exact Charge
Conservative Particle Simulation Codewith High Performance FortranHasegawa, H., Ishiguro, S., Okamoto, M.

364

§35. Development of an Electromagnetic
Particle Code for Space Propulsion
Application Using ECR Discharge
Nakashima, H., Masui, M. (Kyushu University)365§36. Dissipative Particle Dynamics
Simulation on Self-assembly ofAmphiphilic Molecules
Nakamura, H.

366

§37. Molecular Dynamics Simulation ofCollision between Graphite andHydrogenIto, A. (Nagoya Univ.)
Nakamura, H.

367

§38. Molecular Dynamics Simulation ofMicelle Formation in Amphiphilic
Solution
Fujiwara, S., Hashimoto, M., Itoh, T. (Kyoto Inst. Tech.)368

§39. Construction of Collaborative andSeamless Virtual Environment for
Numerical Simulation
Tamura, Y., Nakamura, H.,
Kageyama, A. (Earth Simulator Center),Sato, S. (Earth Simulator Center)369

6. Personal Interchange Joint Research Program
Personal Interchange Joint Research Program

Different from other collaboration programs of
NIFS, where the university researchers come and join the
research activities held at NIFS, this “personal interchange
joint research program” supports financially that the staff of
NIFS goes out to join the collaboration research inuniversities. Although NIFS provides many types of joint
research programs that cover a variety of researches on
nuclear fusion or plasma physics, many original ideas andthe extensive studies are also carried out in university
laboratories and other institutes. Sometimes, they arecomplementary to the specific projects of NIFS, and worth
to be supported by NIFS. This program is for this purpose.

[P 3]:"Investigation of refrigeration mechanism for theStiring type pulse tube cryocooler"
This collaboration was carried out between NIFS
cryogenic group and the Institute of Quantum Science of
Nihon University. The purpose of this project is to clarify
the mechanism of Stirling type pulse tube cryocooler whichis expected to be reliable due to its low level mechanicalvibration. In this year, the relation between the phase
controller and the pressure oscillator has been widely
studied experimentally, and the results are explained wellby numerical calculations.
[P 4]:

Two categories are prepared for collaboration;
one is "project type" where the collaboration is madebetween two facilities; one is at NIFS and the other is at theuniversity. A systematic research on the common subjects isdone at both facilities by the researchers of bothorganizations to obtain a comprehensive knowledge on thesubjects. The other is "detach type" where the researchersof NIFS take part in the study using the facility or
experimental device at the university with a new idea orwith an expert knowledge to explore a new field.
In this year, six subjects were carried out as"project (P) type" and five for "dispatch (D) type". All the
programs have been done successfully, and brief summaryof each subject are listed below.

"Ion heating in a supersonic plasma flowing
through a magnetic nozzle"
This is a collaboration research program between
NIFS HYPER-I group and Tohoku Univ. on studying fastplasma flow. The present study is on efficient heating of
MPD arcjet plasma. When the RF of 15kW, 236 kHz isapplied by a right-handed helically-wounded antenna,
which is located downstream along plasma flow, the stored
energy and ion temperature of plasma are clearly increased.
Since hot plasma flow is obtained, next step will be aconversion experiment from thermal energy to flow energy
by using a magnetic nozzle to realize fast plasma flow.

"Theoretical study of plasma turbulence"
This subject has been carried out between NIFS
theory group and the group of Kyushu University. A methodof statistical analysis on the transition between two
turbulent states has been developed. An example is an onsetof neoclassical tearing mode in the L-mode plasma, the life
time of which is shown to be strongly related to the plasmabeta, and the life time reduces much when the beta value
increases.

"Electron Bernstein wave heating by longwavelength microwave"
This program is the collaboration between Kyoto
university LATE group and the NIFS CHS group on
developing electron Bernstein wave (EBW) heating, whichis crucial to produce high density plasma in both devices.
The main purpose of the study is to study the coupling
processes and to develop the effective launching method for
efficient coupling. In LATE spherical tokamak, plasma andtoroidal current are initiated successfully by ECH, which isconsidered to be heated by mode-converted EBW. In CHS,
over-dense plasma is successfully generated using various
working gas, and the results suggests that ECH is mode
converted to EBW near the upper hybrid resonance layer.

[P 2]:[P 6]:[P 1]:"Higher-harmonic oscillation of Peniotron"
This subject was carried out between NIFS ECHgroup and the group of Tohoku University on thedevelopment of high frequency microwave power sourcefor plasma diagnostics. In order to develop a THz-range
power source, they study a peniotron oscillator that has
good conversion efficiency for higher harmonic waves.
Then it is possible to produce high frequency wave using
low magnetic field. An oscillator with 18 vanes was
designed and set up this year, and will be tested next year. A
simulation of output power and efficiency of this system
was also done.

370[P 5]:"Assessment on fusion reactors from thesocio-economic viewpoint"
This subject was carried out between Univ. ofTokyo and NIFS on the assessment of nuclear fusion as a
future energy source. This assessment was done from theview point of socio-economics. The evaluation was carries
out on which characteristics people require for futureenergy source. For example, people are asked which is
better, A: the source has an inexhaustible but localized, B:
the source is widely distributed but the amount is limited.
The questionnaires are prepared for ordinary people and forspecialists, and Delphi method is applied.

[D 1]:"Proof-of-Principle experiments on the concept ofmoving-surface plasma-facing component"
In this program, a researcher of NIFS visited the
Osaka University and carried out the experiment using the
MS-PFC (Moving-Surface Plasma-Facing Component) test
unit integrated in Vehicle facility there. The effect of Li
coating on the recycling of the surface was studied. It isfound that a thin coating of Li reduces hydrogen recycling
level. It is noticed that helium plasmas also exhibit
noticeable reduction in recycling, although it apparently
require higher Li deposition rate.
[D 2]:"Magnetic island effect on radial particle flux in
TU-Heliac"
This is a program that was carried out in thesmall helical axis stellerator of Tohoku University(TU-Heliac). In TU-Heliac magnetic islands of (n,m) =(3,2), (5,3) can be produced by adding vertical field
externally, and the effect of magnetic island on the radial
particle flux was studied. In TU-Heliac, the improved mode
appears when the hot cathode is inserted into the plasma
and the current is induced. It is found that the threshold
amount of current depends on the width of magnetic island.
[D 3]:"Heating and current drive experiments on the
TST-2 Spherical Tokamak"
This research program is on developing methodsof current startup and sustainment in small sphericaltokamak of university of Tokyo (TST-2). In order to carryout the experiment, TST-2 was temporally moved to
Kyushu University to integrate their high power RF system
in 2003. The data were analyzed this year, while TST-2
moved to Kashiwa Campus. The obtained results are (1)electron Bernstein wave heating and current drive wereobserved, (2) current startup by ramping poloidal field was
successfully carried out, and (3) current ramp-up andsustainment by RF alone was also demonstrated.
[D 4]:"Development and plasma experiments of aninternal ring device with HTS coil"
Mini-RT is a magnetically levitated internal coildevice in university of Tokyo, where the magnetic dipole
field is utilized for plasma confinement. For internal coil,an advanced high temperature super conducting wire isadopted. NIFS cryogenic group supported technically torealize this unique device. In this year, the plasma wasproduced with inner coil levitating, and it is found that theelectron density becomes high and that the plasma islocated around the inner coil compared with the case theinner coil is mechanically supported, which may show thata separatrix is made.
[D 5]:"Experimental and theoretical studies of CS-lessstartup for spherical tokamaks"
In this program, the optimum startup method of
spherical tokamak (ST) without central solenoid wasstudied experimentally and theoretically. Using TS-3 of
University of Tokyo, merging experiments of two ST
plasmas were carried out. Two ST plasmas were made byfour PF coils separately, and they were merged in axial
direction successfully. A two-dimensional MHD simulationof this process was also carried out.

LIST OF REPORT
1.

Life time of plasma states near transition, Itoh S-I, etal., Kyushu Univ.
2. Higher-Harmonic Oscillation of Peniotron, Ando A. et al.,
Tohoku Univ.
3. Clarification on cooling mechanism of Stirling type pulse
cryocooler, Yasohama K. et al., Nihon Univ.
4. Ion heating in a supersonic plasma flowing through amagnetic nozzle, Inutake M. et al., Tohoku Univ.
5. Electron Bernstein wave heating by long wavelength
microwave in a spherical tokamak and a helical device,
Maekawa T. et al., Kyoto Univ.
6. Assessment on Fusion Energy Development from theSocio-Economic Viewpoint, Ogawa Y. et al., Univ.
Tokyo.
7. Magnetic Island Effect on Radial Particle Flux in
TU-Heliac, Kitajima S. et al., Tohoku Univ.
8. Heating and Current Drive Experiments on the TST-2
Spherical Tokamak, Takase Y. et al., Univ. Tokyo.
9. ECH Plasma Experiments of an Internal Ring Device
with HTS Coil, Ogawa Y. et al., Univ. Tokyo.
10. Experimental and Theoretical Studies of Startup
Methods for Spherical Tokamak Plasmas, Ono Y. et al.,Univ. Tokyo.

(Kaneko,(Kaneko O.)
O.)

371

§1.

Life Time of Plasma States Near
Transition Boundary

Itoh, S.-I., Yagi, M. (RIAM, Kyushu Univ.)
Itoh, K.

372

§2.

Higher-Harmonic Oscillation of
Peniotron

Ando, A. (Dept. Electrical Eng., Tohoku Univ.),
Sato, N. (RIEC, Tohoku Univ.), Shimozuma, T.,
Inutake, M., Hattori, K. (Dept. Electrical Eng., Tohoku
Univ.)

373

§3.

Clarification on Cooling Mechanism of
Stirling Type Pulse Tube Cryocooler

Yasohama, K. (Nihon Univ., Inst. Quantum Sci.)
Yamamoto, H. (Nihon Univ., Sci. Tech.)
Matsubara, Y. (Musashi Inst. Tech.)
Mito, T., Iwamoto, A., Hamaguchi, S., Maekawa, R.

374

§4.

Ion Heating in a Supersonic Plasma
Flowing Through a Magnetic Nozzle

Inutake, M., Ando, A., Hattori, K., Tobari, H.,
Hatanaka, M., Shibata, M. (Dept. Electrical Eng.,
Tohoku Univ.)

375

§5.

Electron Bernstein Wave Heating byLong Wavelength Microwave in a
Spherical Tokamak and a Helical Device

Maekawa, T., Tanaka, H., Uchida, M., Yoshinaga, T.
(Kyoto Univ.)
Ikeda, R., Takeuchi, M., Ito, T. (Nagoya Univ.)
Toi, K., Suzuki, C.

376

§6.

Assessment on Fusion Energy Developmentfrom the Socio-Economic Viewpoint

Ogawa, Y. (The University of Tokyo)
Okano, K., Asaoka, Y., Hiwatari, R. (CRIEPI)
Konishi, S. (Kyoto University)
Tobita, K. (JAERI)
Norimatsu, T. (Osaka University)
Sagara, A.

377

§7.

Magnetic Island Effect on Radial Particle
Flux in TU-Heliac

Kitajima, S., Sasao, M., Shinto, K., Takahashi, H.,
Tanaka, Y., Utoh, H., Takenaga, M., Shinde, J.,
Ogawa, M., Aoyama, H., Iwazaki, K. (Dept. Eng.,
Tohoku Univ.)
Takayama, M. (Akita Prefectural Univ.)
Komori, A., Nishimura, K., Inagaki, S., Suzuki, Y.

378

§8.

Heating and Current Drive Experimentson the TST-2 Spherical Tokamak

Takase, Y., Ejiri, A., Shiraiwa, S. (Frontier Sci., U.
Tokyo)
Zushi, H., Hanada, K. (RIAM, Kyushu U.)
Sasaki, K., Hoshika, H. (Eng. Sci., Kyushu U.)
Mitarai, O. (IISTR, Kyushu Tokai U.)
Nishino, N. (Eng., Hiroshima U.)
Watari, T., Kumazawa, R., Seki, T.

379

§9.

ECH Plasma Experiments of an Internal
Ring Device with HTS CoilOgawa, Y., Morikawa, J. (The University of Tokyo)
Iwakuma, M. (Kyushu University)
Mito, T., Yanagi, N.

380

§10. Experimental and Theoretical Studies ofStartup Methods for Spherical Tokamak
PlasmasOno, Y., Nagayama, Y., Takase, Y., Mekawa, T.,
Nishio, S., Nagata, M. (Univ. Tokyo, NIFS, Kyoto
Univ., JAERI, Hyogo State Univ.)381

7. Collaborations Using Super SINET(Nagayama, Y.)

382

§1.

Network Reconstruction of LHD
Experiment Remote Participation System

Tsuda, K., Nagayama, Y., Yamamoto, T.,
Hasegawa, H. (INTEC Solution Power Inc.)

383

§2.

Millimeter-Wave Remote Experiment
System Using Super-SINET

Mase, A., Kogi, Y., Uchida, K. (KASTEC, Kyushu
Univ.)
Nagayama, Y., Kawahata, K.

384

§3.

Statistical Analysis of Density Fluctuationin SOL/Divertor Plasmas of the LHD with
Super-SINET

Takamura, S., Ohno, N., Miyoshi, H. (Nagoya Univ.),
Budaev, V. (Kurchatov Institute)Masuzaki, S., Komori, A.

385

§4.

Emission Locations and Influx of Hydrogen Atoms on the Basis of Zeeman Profile

Iwamae, A., Atake, M., Sakaue, A., Fujimoto, T.* (Dept.
Mech. Eng. Sci., Kyoto Univ.) Katai, R. (The Grad.
Univ. for Advanced Studies) Goto, M., Morita, S.

386

§5.

Two Dimensional Ion Temperature and
Velocity Measurements by Use of Visible
Light Tomography System and Super
SINET

Ono, Y., Balandin, A.L., Imazawa, R., Kawamori, E.,
Murata, Y., Itagaki, T., Yamanoue, T., Sato, K.,
Arimoto, K., Timura, T., Tawara, T. (Univ. Tokyo,
High Temperature Plasma Cent./Dept. Electr. Eng.),
Narushima, Y., Nagayama, Y., Yamazaki, K.

387

§6.

Remote Participation for Plasma
Experiments on the Mini-RT Device by
Use of SuperSINET System

Ogawa, Y., Morikawa, J., Goto, T., Yatsuka, E. (The
University of Tokyo)
Yanagi, N., Mito, T.

388

8. Coordination Research Center

389

(Sato, M.)

390

§1.

Particle Control by Moving-surface PFCs

Hirooka, Y. (NIFS), Hosaka, S., Ohgaki, H.,
Nishikawa, M. (Osaka Univ.)

391

§2.

Activities on ITER Collaboration

Nakamura, Y., Tohdo, Y., Seo, K.

392

§3.

Theoretical Investigation of Molecular
Dynamics in Intense Laser Fields

Kono, H., Nakai, K. (Dept. of Chem., Graduate Schoolof Sci., Tohoku Univ.), Tanaka, M.

393

§4.

First-Principles Molecular Dynamics
Studies of Plasma-Surface Interactions

Koga, T., Tanaka, M.

394

§5.

DNA in Nanopores: Strong ElectrostaticInteractions in Cellular Dynamics
Processes

Tanaka, M.
Rabin, Y. (Bar Ilan University, Israel)

395

§6.

High-Performance Cluster Computer bymeans of Linux PCs and Low-Latency(GAMMA) Communication Software

Tanaka, M.

396

§7.

Microwave Heating of Liquid Water andIce: Molecular Dynamics Study

Tanaka, M., Sato, M.

397

§8.

Microscopically In-situ Investigation
for Microwave Processing of Metals

Sato, M., Motojima, O., Agrawal, D. (The
Pennsylvania State University), Roy, R.
(The Pennsylvania State University)

398

§9.

Time Dependent Electron Temperature
and C2+ Ion Density Derived from CIII
SpectraKato, T., Goto, M., Morita, S., Sato, K., Funaba, H.,
Murakami, I., Peterson, B.

399

§10. EUV Spectra of Xe Ions Measured from
LHD
Kato, T., Obara, T., Sato, K., Funaba, H., Suzuki, C.
Yamamoto, N. (Nagoya Univ.)
Nishimura, H., Nishihara, K. (Osaka Univ.)400

§11. X-ray Spectral Analysis on ElectronInteratcion with Highly-Charged Xe Ions
Kato, D., Nakamura, N. (Univ. of Electro-Commun.),Ohtani, S. (Univ. of Electro-Commun.)401

§12. Dielectronic Recombination of Xe10+ Ions
Mi-Young Song, Kato, T.

402§13. Satellite line of Xe9+ Ions
Mi-Young Song, Kato, T.

403

§14. Radiative Recombination of Xe10+ Ions
Mi-Young Song, Kato, T.

404§15. Dielectronic Recombination Rate
Coefficients to Excited States ofCarbonlike Oxygen and Dielectronic
Satellite Lines
Safronova, U.I. (Univ. of Nevada, Reno, USA)
Ralchenko, Yu (NIST, USA)
Murakami, I., Kato, T., Kato, D.

405

§16. Ion Source Development for the
Research of High Z Impurity Ions
Ohtani, S., Nakamura, N.
(Univ. Electro-Communications)
Sakaue, H.A., Kato, D.

406

§17. Time-dependent Density Functional
Study on Excited Hydrogen Atom
Formation via Non-resonant Electron
Capture by a Proton from Refractory
Metal Surfaces
Kato, D., Suno, H.*, Kimura, M. (Kyushu Univ.),
Tanabe, T. (Kyushu Univ.), Kato, T.

407§18. Charged and Neutral Particle Behavior atand near Plasma Facing Material Surfaces
Ohya, K. (Tokushima Univ.),
Tanabe, T. (Kyushu Univ.),
Asakura, N., Kubo, H., Simizu, K., Takizuka, T.,
Takenaga, H., Nakano, T., Higashijima, S. (JAERI),
Itoh, A., Imai, M. (Kyoto Univ.),
Ohno, N., Chen, A. (Nagoya Univ.),
Kado, S., Tsuneyuki, S., Yoshimoto, Y. (Tokyo Univ.),
Ono, T. (Okayama Univ. Sci.),
Kawata, J. (Takuma Natonal College of Tech.),Hatakeyama, A. (Keio Univ.),
Sawada, K. (Shinshu Univ.),
Shouji, M., Tomita, Y., Nakamura, H., Masuzaki, S.,
Kato, D., Kato, T.

408

§19. Cross Section Database for Carbon Ions:
Electron-impact Excitation, Ionization,
and Charge Exchange in Collisions with
Hydrogen Atoms
Suno, H. (Earth Simulator Center, JAMSTEC)
Kato, T.

409

§20. Network of Atomic and Molecular
Database Related to the Processing
PlasmasIinuma, K. (Tohoku Univ.),
Samukawa, S. (Tohoku Univ.),
Ito, H. (Chiba Inst. Tech.),Sugai, H. (Nagoya Univ.),
Nakamura, Y. (Keio Univ.),
Hatano, Y. (Tokyo Inst. Tech.),Kono, A. (Nagoya Univ.),
Sato, T. (Muroran Inst. Tech.),Tanaka, M. (Pegasus Soft),
Tanaka, H. (Sophia Univ.),
Tsumori, K., Kato, T., Kato, D.

410

§21. Study of Evolutional Data Collecting System
for the Atomic and Molecular Databases
Sasaki, A., Kubo, H. (Japan Atomic Energy ResearchInstitute)Joe, K. (Nara Women’s University)
Pichl, Lukas (The Aizu University)
Ohishi, M. (National Astronomical Observatory)
Kato, D., Kato, M., Murakami, I., Kato, T. (National
Institute for Fusion Science)411

§22. LAMP Prototype Bibliography Databases
Pichl, L., Suzuki, M. (Univ. of Aizu)
Kimura, M. (Grad. Sch. of Sci., Kyushu Univ.)
Kato, D., Kato, T. (Nat. Inst. Fusion Sci.)

412

§23. Simulation Experiment of Confinement
Improvement of Plasmas for Super
Science Highschool (SSH) Program(Fluid Dynamics Experiment in Kitchen)
Ida, K., Yoshinuma, M., Nagaoka, K.

413

§24. Evaluation of Fusion R&D— Cost Reduction of Fusion Plants —Tazima, T., Iguchi, H.

414

§25. Archival Studies on the Nuclear Fusion
Research at Universities in Japan— Inter-University Collaboration System
in Early Days of Fusion Science —Nisio, S., Uematsu, E. (Nihon Univ., College of
Science & Technology),
Kawakami, I. (Nihon Univ., Professor Emeritus),
Kojima, C. (Nihon Univ., College of Commerce),
Takaiwa, Y. (KEK),
Takeda, T. (Univ. Electro-Communications),
Sato, N. (Tohoku Univ., Professor Emeritus),
Sato, K.N. (Kyushu Univ., RIAM),
Terashima, Y. (Nagoya Univ., Professor Emeritus),
Fujita, J., Obayashi, H. (NIFS, Professor Emeritus),
Kitsunezaki, A. (Research Organization for
Information Science, RIST),
Matsuoka, K., Namba, C., Kimura, K.

415

§26. Complementary Study of Nuclear Fusion
Archiving by Means of Oral History
Fujita, J. (Professor-Emeritus, NIFS),
Terashima, Y. (Professor-Emeritus, Nagoya Univ.),
Obayashi, H. (Professor-Emeritus, NIFS),
Namba, C., Kimura, K.,
Sato, N. (Professor-Emeritus, Tohoku Univ.),
Matsuoka, K.

416

§27. Foundation of Fusion Science Archives
Matsuoka, K., Namba, C., Kimura, K.,
Terashima, Y. (Professor-Emeritus, Nagoya Univ.),
Obayashi, H., Fujita, J. (Professor-Emeritus, NIFS)

417

9. Fusion Engineering Research Center(Noda, N.)

418

§1.

Neutronics Investigation into a Test
Blanket Module with Li and V alloys

Muroga, T., Tanaka, T.

419

§2.

Development of 14 MeV Neutron
Irradiation Test System forSuperconducting Magnet Materials

Nishimura, A.

420

§3.

Tensile Properties of Low Activation
Vanadium Alloy after Liquid Lithium
Exposure

Nagasaka, T., Muroga, T.
Li, M., Hoelzer, D.T., Zinkle, S.J. (ORNL)
Grossbeck, M.L. (Univ. Tennessee, USA)
Matsui, H. (IMR, Tohoku Univ.)

421

§4.

Fabrication and Superconductivityof V-based Laves Phase Compound
Multifilamentary Wires Synthesized by a
RHQ Process to PIT Precursors Using a V
Tube

Hishinuma, Y., Nishimura, A.
Kikuchi, A., Iijima, Y., Takeuchi, T. (NIMS)
Inoue, K. (Dept. Electrical and Electronic Eng.,
Tokushima Univ.)

422

§5.

Neutronics Investigation of Self-cooled
Liquid Blanket Systems for Modified
FFHR2 Design

Tanaka, T., Muroga, T., Sagara, A.

423

§6.

Development of Tantalum Matrix RHQT
Processed Nb3Al Superconductors

Takeuchi, T., Banno, N., Kikuchi, A., Iijima, Y.,
Noda, T. (Nat. Inst. Mater. Sci.)
Nishimura, A., Hishinuma, Y.

424

§7.

Helium Retention and Thermal
Desorption Properties of V-4Cr-4Ti Alloy(NIFS-HEAT2)

Hirohata, Y., Yamauchi, Y., Hino, T. (Hokkaido Univ.),
Nagasaka, T., Muroga, T. (NIFS)

425

§8.

The Growth and Resistivity of In-situ
Er2O3 Coating on V-4Cr-4Ti

Yao, Z. (Grad. Univ. Advanced Studies)
Suzuki, A. (Univ. Tokyo)
Muroga, T., Tanaka, T.

426

§9.

Study on Low Cycle Fatigue Behaviors of
JLF-1 Steel

Li, H. (Grad. Univ. Advanced Studies)
Nishimura, A., Nagasaka, T., Muroga, T.

427

§10. Experimental Study on Liquid Lithium
Flow for IFMIF Target
Horiike, H., Kondo, H., Ida, M.*, Iida, T., Inoue, S.,
Kukita, Y.**, Miyamoto, S., Muroga, T.+,
Nakamura, Hideo*, Nakamura, Hiroo*, Sato, H.,
Suzuki, A.++, Tanaka, T.+, Yamanaka, S., Yamaoka, N.
Graduate School of Osaka Univ., *JAERI,**Graduate School of Nagoya Univ., +NIFS,++
Graduate School of Tokyo Univ.

428

§11. Control of Nitrogen Concentration in
Liquid Lithium by Iron-Titanium Alloy
Tanaka, S., Hirakane, S., Yoneoka, T. (Univ. of Tokyo),
Muroga, T.

429

§12. An Experimental Study to Recover
Tritium by Yttrium from IFMIF Li Loop
Fukada, S. (Kyushu University)
Muroga, T.

430

§13. Design Activity of High Flux Irradiation
Test Module of IFMIF
Shimizu, A., Yokomine, T., Ebara, S. (Kyushu Univ.),
Nakamura, H., Yutani, Y. (JAERI), Muroga, T.,
Noda, N. (NIFS)

431

§14. Evaluation of Validity of Master Curve
Method to Measure the DBTT Shift of Ferritic
Steels for Blanket Structural Components
Kimura, A., Kasada, R., Ono, T. (Inst. of Advanced
Energy, Kyoto University)432§15. Experimental Studies on the Neutron
Emission Spectra and Activation Crosssection in IFMIF Accelerator Structural
Elements
Itoga, T., Hagiwara, M., Baba, M., Oishi, T., Kamata, S.
(Cyclotron and Radioisotope Center, Tohoku Univ.),
Sugimoto, M. (JAERI), Muroga, T.

433

10. Safety and Environmental Research Center(Uda, T.)

434

§1.

Design of a Portable Directional Neutron
Source Finder

Yamanishi, H.

435

§2.

Environmental Atmospheric Tritium
Monitoring with Automatic Discriminate
Sampling of Different Chemical Forms

Sugiyama, T., Uda, T.,
Momoshima, N. (Kumamoto Univ.),
Munakata, K. (Kyushu Univ.),
Tanaka, M., Tsuji, N. (Nippon Kucho Service Co. Ltd.)

436

§3.

A Simplified Method for Tritium
Measurement in the Environmental
Water Samples

Sakuma, Y.
Iida, T. (Graduate School of Eng., Nagoya Univ.)
Ogata, Y. (School of Health Sciences, Nagoya Univ.)
Kakiuchi, M. (Faculty of Science, Gakushuin Univ.)
Torikai, Y. (HRC, Toyama-Univ.)
Satake, H. (Faculty of Science, Toyama-Univ.)

437

§4.

Isotopic Separation Analysis Using
Improved Hydrogen Analyzer

Kawano, T., Yamato, A., Uda, T.
Tuboi, N., Tsuji, H. (GTR Tec)

438

§5.

Development of Exhaust Gas and Effluent
Liquid Treatment System for LHD

Asakura, Y., Kawano, T., Sugiyama, T., Uda, T.

439

§6.

Water-Vapor Decomposition by Using
Zirconium-Nickel Alloy

Kawano, T.

440

§7.

Performance of Honeycomb Type
Catalysts for Oxidation of TritiatedHydrogen and Methane Gases

Uda, T., Sugiyama, T., Asakura, Y.
Munakata, K. (Interdisciplinary Graduate School ofEngineering Sciences, Kyushu University)
Tanaka, M. (Nippon Kucho Service Co. Ltd)

441

§8.

Field Measurement in Hi-Level Multiple
Source EM Environment

Kamimura, Y. (Dept. Engin., Utsunomiya Univ.)

442

§9.

Measurements of Static and Variable
Magnetic Fields in a Large Plasma
Experimental Facility

Uda, T., Obayashi, H.
Kamimura, Y. (Utsunomiya University)443

11. Computer and Information Network Center444

1. General Purpose Computer System

445

(Horiuchi, R.)

446

447

12. Bidirectional Collaborative Research Program(Komori, A.)

448

§1.

ICRF Wave Excitation and Propagationin the Axisymmetrized Tandem Mirror
GAMMA 10

Fukuyama, A. (Kyoto University)
Yamaguchi, Y., Ichimura, M., Higaki, H. (Universityof Tsukuba)

449

§2.

Study of Impurity Ion Radiation Intensity
in the GAMMA 10 Plasma

Yoshikawa, M., Kubota, Y., Kobayashi, T., Saito, M.,
Nakashima, Y. (Univ. Tsukuba, PRC)
Kato, T., Murakami, I., Goto, M.

450

§3.

Anisotropic Electron Velocity Distribution
Function in GAMMA10 Tandem Mirror
Plasma Analyzed by Means of Plasma
Polarization Spectroscopy

Iwamae, A., Atake, M., Fujimoto, T.* (Dept. Mech.
Eng. Sci., Kyoto Univ.)
Kobayashi, T., Kubota, Y., Matama, K., Yoshikawa, M.
(Plasma Research Center, Univ. of Tsukuba)

451

§4.

Development of High Performance
Antennas for Electron Heating in
GAMMA 10

Saito, T., Tatematsu, Y., Hojo, H. (Univ. Tsukuba, PRC)
Ohkubo, K., Kubo, S., Shimozuma, T., Yoshimura, Y.
Saigusa, M. (Faculty of Engineering, Ibaraki Univ.)
Notake, T. (Graduate School of Engineering, Nagoya
Univ.)
Nagai, D., Nozaki, K. (Graduate School of Pure andAppl. Sci. Univ. Tsukuba)

452

§5.

Investigation on Applicability of a
CUSPDEC to the GAMMA 10 Tandem
MirrorYasaka, Y., Takeno, H. (Kobe Univ.)
Tomita, Y.
Ishikawa, M., Nakashima, Y., Saito, T., Hirata, M.,
Cho, T. (Univ. Tsukuba)

453

§6.

Magnetic Configuration of Kobe-Cusp
DEC in GAMMA 10

Tomita, Y.,
Yasaka, Y., Takeno, H. (Kobe Univ.),
Ishikawa, M. (Univ. Tsukuba),
Nakashima, Y., Katanuma, I., Saito, T., Hirata, M.,
Cho, T. (PRC, Univ. Tsukuba)

454

§7.

Excitation of RF Waves in GAMMA 10
and in the Local Magnetic Mirror
Configuration on LHD

Ichimura, M., Higaki, H., Kakimoto, S., Yamaguchi, Y.,
Inoue, D., Ide, K., Nakagome, K., Nemoto, K.
(University of Tsukuba)
Watari, T., Kumazawa, R., Mutoh, T., Seki, T., Saito, K.

455

§8.

ICRF Heating and Ion Acceleration at theOpen End in GAMMA 10

Ando, A., Tobari, H., Shibata, M., Hattori, K., Inutake, M.
(Dept. Electrical Eng., Tohoku Univ.)
Ichimura, M., Higaki, H. (Plasma Research Center,
Tsukuba Univ.)

456

§9.

Propagation and Radiation of Cyclotron
Waves and Excitation of Fluctuations
Due to High Power Plug ECRH

Hatakeyama, R., Kaneko, T., Takahashi, K.
(Dept. Electronic Eng., Tohoku Univ.)
Saito, T., Tatematsu, Y., Itakura, A.
(Plasma Res. Center, Univ. Tsukuba)457

§10. Study of Radial Transport of Bounce
Ions by Means of Control of Radial
Potential Profile of Core Plasma
Ishii, K., Saito, T., Katanuma, I., Yoshikawa, M.,
Kojima, A., Miyata, Y., Yamaguchi, T.,
Fujimoto, S. (Tsukuba Univ.)
Iguichi, H.

458

§11. Study of Potential Confinement Mechanism
via Plasma Visualization Technology
Mase, A., Kogi, Y., Ignatenko, M. (KASTEC, Kyushu Univ.)
Yoshikawa, M., Itakura, A., Nakahara, A., Hojo, H.,
Cho, T. (PRC, Univ. Tsukuba)
Nagayama, Y.

459

§12. Analysis of Neutral Particle Transport andRecycling Behavior in Open Magnetic
Field Configuration Plasmas
Nakashima, Y., Yoshikawa, M., Islam, Md. K. (Univ.
Tsukuba, P.R.C.)
Nishino, N. (Hiroshima Univ., Eng.)
Kobayashi, S. (Kyoto Univ., I.A.E.)
Shoji, M.,
Sawada, K. (Shinshu Univ., Eng.)
Ishimoto, Y. (JAERI, Naka)
Kubota, Y., Higashizono, Y. (Univ. Tsukuba, Graduate
School of Pure and Appl. Sci.)
Tomita, Y., Sagara, A., Masuzaki, T., Morisaki, T.

460

§13. Analysis of Edge Fluctuation with ICRF
in a Tandem Mirror for the Purpose of
Radial Transport Control
Takeno, H., Yasaka, Y. (Kobe Univ.), Hojo, H.,
Ichimura, M., Higaki, H., Cho, T. (Univ. Tsukuba)461

§14. Progress in Potential Formation andFindings in the Associated Radially ShearedElectric-Field Effects on the Suppressionof Intermittent Turbulent Vortex-like
Fluctuations and Transverse Losses
Cho, T., GAMMA 10 Group (Plasma Research Center,
University of Tsukuba),
Pastukhov, V.P. (Russian Research Center “Kurchatov
Institute”, Moscow, Russia),
61 Collaborators from Japanese Universities and Institutes462

§15. Study of Relations between the Spatial
Structure of Potential-Trapped Electron
Distribution Functions and the Physics
Scaling Law of Plasma Confining Potentials
Hirata, M., Cho, T., Kohagura, J., Numakura, T.,
Fukai, T., Yokoyama, N., Tokioka, S., Tomii, Y.,
Miyake, Y. (Plasma Research Center, University ofTsukuba)Ogura, K., Suzuki, Y., Komiyama, K., Saito, H.
(Niigata Univ.)463

§16. Study of Heliotron J Peripheral Plasma
Using Fast Camera
Nishino, N. (Hiroshima Univ.), Takahashi, K.,
Fukagawa, Y., Kawazome, H., Mizuuchi, T.,
Sano, F., Kondo, K., Nagasaki, K., Okada, H.,
Kobayashi, S., Yamamoto, S. (Kyoto Univ.)464

§17. ICRF Heating Experiment in Heliotron-J
Mutoh, T., Kumazawa, R., Seki, T., Saito, K. (NIFS)
Okada, H., Torii, Y., Sano, F., Hanatani, K.,
Mizuuchi, T., Kobayashi, S., Nagasaki, K. (IAE,
Kyoto Univ.)
Kondo, K., Nakamura, Y. (Grad. School, Energy Sci.,
Kyoto Univ.)465

§18. Study on Neutral Hydrogen and Impurity
Behavior in Heliotron J Plasmas
Kondo, K. (G. School of Energy Science, Kyoto
Univ.), Arimoto, H. (G. School of Energy Science,
Kyoto Univ.), Mizuuchi, T. (IAE, Kyoto Univ.),
Sano, F. (IAE, Kyoto Univ.), Nishino, N. (Hiroshima
Univ.), Nagasaki, K. (IAE, Kyoto Univ.), Okada, H.
(IAE, Kyoto Univ.), Kobayashi, S. (IAE, Kyoto Univ.)466

§19. Hard X-ray Diagnostic System Intended
to Study Effect of Bumpy Ripple Control
on Plasma Confinement in Heliotron J
Isobe, M., Okamura, S., Yoshimura,Y., Matsushita, H.
(NIFS)
Kobayashi, S., Kaneko, M., Okada, H., Sano, F.
(Kyoto Univ.)467

§20. Dependence of Poloidal Viscosity on
Magnetic Configuration in Heliotron J
and its Implication to H-Mode Quality
Yokoyama, M., Suzuki, Y.,
Nakamura, Y., Mizuuchi, T., Sano, F., Heliotron J
Experimental Team (Kyoto Univ.)468

§21. Optimization of Helical System Concept
Sano, F. (Institute of Advanced Energy, Kyoto University)469

§22. Study of the Driving Mechanism of
Toroidal Current in Heliotron-J
Watanabe, K.Y.
Motojima, G., Okada, H., Nakamura, Y., Sano, F.
(Kyoto Univ.)470

§23. Interaction of Intense Femtosecond Laser
Pulses with Clusters
Sakabe, S., Hashida, M., Shimizu, S. (Kyoto Univ. ICR)
Iida, T., Sato, F. (Grad. Sch. Eng., Osaka Univ.)471

§24. X-ray Imaging in Fast Ignition Fusion
Experiments— Poisson Noise Reduction by ICA
Filter —Chen, Y.-W. (Ritsumeikan Univ.)Han, X. (Univ. of the Ryukyus)472

§25. X-ray Penumbral Imaging for Laserproduced Plasma— Uniformly Redundant Penumbral
Array —
Chen, Y.-W. (Ritsumeikan Univ.)
Nozaki, S. (Okinawa National College of Technology)473

§26. Compression and Fast Heatingof Liquid Deuterium Targets andRelated Research
Azechi, H., Shiraga, H., Shigemori, K.,
Tanaka, K.A., Kodama, R., Norimatsu, T.,
Mima, K. (ILE, Osaka University)
Okamoto, M.

474

§27. Simulation Study of Chamber Evacuation
Dynamics of Laser Fusion Reactor
Furukawa, H., Norimatsu, T., Kozaki, Y., Azechi, H.,
Mima, K. (ILE, Osaka University)
Ishizaki, R., Sagara, A.

475

§28. Evaluation of the Stability of SiC/SiC
Composites for Inertial Fusion Dry
Wall Chamber to High Temperature
Irradiation and Design Study Based on
the Material Properties
Kohyama, A. (Institute of Advanced Energy, Kyoto
University), Hinoki, T. (Institute of Advanced
Energy, Kyoto University), Kondo, S. (Graduate
School of Energy Science, Kyoto University),
Norimatsu, T. (Institute of Laser Engineering,Osaka University), Kozaki, Y. (Institute of Laser
Engineering, Osaka University)476§29. Study on Tritium Behavior in Liquid Blanket
System of Laser Inertial Fusion Reactor
Nishikawa, M. (Graduate School of Eng. Sci., Kyushu U.)
Fukada, S. (Graduate School of Eng., Kyushu U.)
Katayama, K. (Graduate School of Eng. Sci., Kyushu U.)477

§30. Design Study on Foam-cryogenic Targets
by Integrated Simulations
Nakao, Y. (Kyushu Univ.), Mima, K., Nagatomo, H.,
Johzaki, T., Sunahara, A. (Osaka Univ.),
Sakagami, H. (Univ. of Hyogo), Taguchi, T. (Setsunan
Univ.), Nishiguchi, A. (Osaka Inst. Technol.),Okamoto, M., Horiuchi, R., Ishiguro, S.

478

§31. Innovative Concepts of Free Surface Cooling
System on First Wall of Fusion Reactor
Kunugi, T., Kino, C. (Kyoto Univ.)
Sagara, A.

479

§32. Measurement of Particles Ablated by
Intense Laser Irradiation
Konishi, S., Yamamoto, Y. (Kyoto Univ.)
Nishimura, H., Norimatsu, T. (ILE, Osaka Univ.)480§33. Research on Target Heating Processes Using
PW-Laser-Driven Intense Proton Beams
Ogawa, M., Hasegawa, J., Oguri, Y., Nakajima, M.,
Horioka, K. (Tokyo Institute of Technology)481

§34. Physics of High Energy Density Plasma
driven by Fast Pulse Power Discharges
Horioka, K., Nakajima, M., Sasaki, T. (Tokyo Instituteof Technology)
Mima, K. (Osaka Uiniversity)482§35. Measurement of Bremsstrahlung Emission
Using SX-CCD Camera
Ida, K., Kobuchi, T., Shiraga, H. (Osaka Univ.),
Azechi, H. (Osaka Univ.)483

§36. Natural Diamond Detector for Neutronand γ-ray Measurements in Laser Fusion
Experiments
Isobe, M. (NIFS)
Azechi, H., Kodama, R. (I.L.E., Osaka Univ.)
Krasilnikov, A.V. (TRINITI, Russia)

484

§37. Aerosol Formation and Its Effects on the
Chamber Wall Lifetime and Operation of
IFE Power Reactors
Hirooka, Y. (NIFS)
Tanaka, K.A. (Osaka Univ.)485§38. Application of a Fast Video Camera forStudy on Triam-2M Peripheral Plasma
and Plasma-surface Interactions
Nishino, N. (Grad. Sch. Mec. Eng., Hiroshima Univ.)
Zushi, H., Hanada, K., Sasaki, K., Sato, K. (Dept.,
Kyushu Univ.)486

§39. Application of the Zeeman Patterns to the
Local Plasma Diagnostics in the TRIAM1M Tokamak (NIFS04KUTR001)
Kado, S., Shikama, T. (The Univ. of Tokyo)
Zushi, H. (RIAM, Kyushu Univ.)487

§40. Design and Fabrication of Compact Plasma
Wall Interaction Experimental Device (CDP)
Hanada, K., Sato, K.N., Zushi, H., Yoshida, N.
(Kyushu University)
Mitarai, O. (Kyushu Tokai University)
Maekawa, T. (Kyoto University)
Takase, Y., Ejiri, A., Shiraiwa, S. (University of Tokyo)
Nagata, M. (University of Hyogo)
Nagayama, Y.

488

§41. Current Startup/Current Drive andHeating Experiments Using RF/mmWaves on the TRIAM-1M Tokamak
Idei, H. (Research Institute for Applied Mechanics,
Kyushu Univ.)489

§42. Modeling of Particle Balance in Steady State
Plasma Confinement Device: TRIAM-1M
Hirooka, Y. (NIFS)
Zushi, H. (Kyushu Univ.)490

§43. Measurement of Two Dimensional Imageof Hard X-ray in TRIAM-1M
Ida, K., Kobuchi, T., Zushi, H. (Kyushu Univ.),
Hanada, K. (Kyushu Univ.)491

§44. Integration of PWI Experiments,
Diagnostics, Simulation and Modeling in
Steady State Plasma
Sakamoto, M. (RIAM, Kyushu Univ.) on behalf ofcollaborators492

13. Research Information Office(Imagawa, S.)

493

III. International Collaboration(Matsuoka, K.)

494

495

1. US - Japan (Universities) Fusion Cooperation Program

496

497

(Sudo, S.)498

2. TEXTOR Collaboration

499

(Noda, N.)

500

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

501

502

503

504

505

506

507

508

509

(Komori, A.)510

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

511

512

513

514

515

516

(Watari, T., Namba, C.)

517

IV. Department of Engineering and Technical Services

518

519

520

521

522

523

524

525

526

527

528

529

V.
V. Department
Department ofof Administration
Administration
The Department of Administration principally handles general affairs and accounting work. In the very firstfiscal year of the new institute, the effort has been made on the establishment of its organization and the preparation of facilities. Especially, intensive work has been done for the planning of construction in the new sitewhich is urgently needed for promoting the Large Helical Device Project.
The Department consists of 4 divisions, namely, General Affairs, Joint Research, Financial Affairs, and Facilities, details of which will be described in the following.
General Affairs Division
The General Affairs Division consists of 4 units: General Affairs, Documents and Legal Affairs, Personnel,
and Science Information and Library. Major responsibilities of this division are to provide administrative support
for the activities of the Board of Councilors and the Advisory Council for Research and Management, preparation of various ceremonies and events, documents and public information services, enactment of rules and regulations, general personnel administration and library services.
㩿2004 Fiscal Year㪀

Staff Members
Director-General

1

Professors

42

Associate Professors

36

Research Associates

59

Administrative Staff

43

Technical & Engineering Staff

47

Visiting Scientists

22
Total

251
㩿2004 Fiscal Year㪀

Books and Journals
Japanese Books

13,160Books in Other Languages

43,211

Total 㩿 vols㪀

56,371

Japanese Journals

270

Journals in Other Languages

775

Total 㩿 titles㪀

530

1,045

Financial Affairs Division
The Financial Affairs Division has 3 sections and 2 special members: Financial Affairs, Accounting, Contract,and 2 expert staff members in charge of Budget and Government Procurement. The sections and expert staff
members are responsible for the office work relating to budget, revenue/ expenditure, settlement of accounts,
payment of allowance, supply of articles, national property, official residence, and guard of government officebuilding.
㩿2004 Fiscal Year㪀㩿in million of Yen㪀

Settlement
Salaried Wages

2,081

Operating Cost

8,792

Equipment

0Site & Buildings

23

Grant-in-Aid for Scientific Research

226

Total

11,122

Facilities Division
The Facilities Division consists of 4 units: General Affairs Section of Facilities Division, Planning
Section of Facilities Division, Control and Maintenance Section of Facilities Division and The Building
and Repairs Section of Facilities Division. They are responsible for the office work relating to the budget,
planning and designing, contract, supervision of the work of construction and maintenance for office building,campus road, equipment of lighting, telephone, power station, air conditioning, water service, gas service, elevator, crane etc. Recently, they have promoted Facility Management. 㩿 Facility Management combines provenmanagement practices with most current technical knowledge to provide human and effective work
environments. It is the business practice of planning, providing and managing productive work environments.㪀
Research stuff Building, Administration Building, the Library, the Guest House, the Central Work-shops, andsix main laboratories; Cryogenics and Superconductivity Laboratories, the Plasma Heating Laboratories, thePlasma Diagnostics Laboratories, the Computer Center and Simulation Laboratories, the R & D Laboratories andLarge Helical Devices Building, were constructed from 1990 to 2000.
㩿2004 Fiscal Year㪀

Site and Buildings
Toki
Site

464,445 䋛

Buildings
Total Building Area
Total Floor Space

39,235 䋛69,759 䋛

531

Research Cooperation Division
The Research Cooperation Division consists of three units, #I, #II and #III, which are in charge of arranging
international cooperation, and inter university coodination, respectively. The latter deals with subsidy for scientific research and support the graduate school program.
㩿2004 Fiscal Year㪀

Joint Research
LHD Joint Planning Research

Joint ResearchWorkshop

Joint Research Using Computer

Total

Applications Applications Researchers Applications Applications Researchers Applications Applications Researchers Applications Applications Researchers Applications Applications Researchers
Accepted

Accepted

3

221

36

234

Accepted

Accepted

234

1,892

Accepted

Accepted

52

136

53

Accepted

Accepted

16

444

16

339

Number of Graduate School Students(Research Students)

Accepted

Accepted

333

2693

(2004 Fiscal Year)

Degree/Year
Affiliation
Nagoya Univ. Graduate School
Tokyo Univ. Graduate School
Others
Total

Master's Course

Doctor' s Course

Total

6
0
9
15

3
4
9
16

9
4
18
31

(The Graduate University for Advanced Studies Students)(2004 Fiscal Year)

Doctor's Course
Grade 15

Grade 28

Grade 3

Total
24

11

International Exchange
Number of Foreign Researchers(2004 Fiscal Year)

Invited by Ministry of
Education, Science,

Invited by Japan
Workshop

Joint Research

Visitors

Society for theParticipantsSports and Culture

20

68

Others

Total

3

167

Promotion of Science

73

3

0

Foreign Researchers to NIFS

(2004 Fiscal Year)

P.R.China

U.S.A.

RussiaIndia

F.R.G.

Ukraina

R.Korea

Spain

Others

Total

44

31

27

4

15

3

11

0

32

167

NIFS Researchers to Overseas(2004 Fiscal Year)

U.S.A.

F.R.G

P.R.China

RussiaFranceR.Korea

Italy

Switzerland

U.K.

Others

Total

60

14

25

3

9

17

8

1

4

58

199

532

APPENDIX 1. Organization of the Institute533

APPENDIX 2. Members of Committees
APPENDIX2.

Members of Committees

Advisory Council for Research and Management
IZAWA, Yasukazu

OHSAWA, Yukiharu
OKAJIMA, Shigeki
OGAWA, Yuichi
SASAO, Mamiko
CHO, Teruji
HINO, Tomoaki

FUKUYAMA,
Atsushi
MATSUDA,
Shinzaburo
YOSHIDA, Naoaki

SUDO, Shigeru
KOMORI, Akio
OKAMOTO, Masao

OHYABU, Nobuyoshi
KAWAHATA, Kazuo
OHKUBO, Kunizo

HAYASHI, Takaya

MITO, Toshiyuki
SATO, Motoyasu

534

Director,
Institute of Laser Engineering,Osaka University
Professor,
Graduate School of Science,
Nagoya University
Professor,
School of Engineering,
Chubu University
Director,
High Temperature PlasmaCenter, The University of Tokyo
Professor,
Graduate School of Engineering,Tohoku University
Director,
Plasma Research Center,
University of Tsukuba
Professor,
Graduate School of Engineering,
Hokkaido University
Professor,
Graduate School of Engineering,
Kyoto University
Executive Director,
Japan Atomic Energy ResearchInstitute 㩿 JAERI㪀
Professor,
Research Institute for Applied
Mechanics, Kyusyu University
Deputy Director-General,
NIFS
Director of
Department of Large Helical
Device Project, NIFS
Director of
Theory and Computer
Simulation Center, NIFS
Director of
Research Operations
Division, NIFS
Director of High-Temperature
Plasma Physics
Research Division, NIFS
Director of Radio Frequency
Plasma Heating
Research Division, NIFS
Director of
Theory and Data Analysis
Division, NIFS
Director of Fusion andAdvanced Technology
Systems Division,NIFS
Director ofCoo䌲dination ResearchCenter, NIFS

NODA, Nobuaki
UDA, TatsuhikoDirector of
Fusion Engineering ResearchCenter, NIFS
Director of
Safty and Environmental
Research Center, NIFSAPPENDIX 3. List of Staff
APPENDIX 3.

List of Staff

Director-General
MOTOJIMA, Osamu
Deputy Director-General
SUDO, Shigeru
Department of Large Helical Device ProjectProf. KOMORI, Akio 㩿 Executive Director㪀㩿Research Operations Division㪀
Prof. OHYABU, Nobuyoshi 㩿 Director 㪀Prof. KOMORI, Akio
Prof. YAMAZAKI, Kozo
Prof. OKAMURA, Shoichi
Prof. NAGAYAMA, Yoshio
Assoc. Prof. IGUCHI, Harukazu
Assoc. Prof. PETERSON, Byron Jay
Assoc. Prof. MORISAKI, Tomohiro
Assoc. Prof. KUBOTA, Yusuke
Assoc. Prof. MORITA, Shigeru
Res. Assoc. SAKAMOTO, Ryuichi
䋨 High-Temperature Plasma Physics Research Division 䋩
Prof. KAWAHATA, Kazuo 㩿 Director㪀
Prof. SUDO, Shigeru
Prof. YAMADA, Hiroshi
Prof. NARIHARA, Kazumichi
Prof. TOI, Kazuo
Assoc. Prof. TANAKA, Kenji
Assoc. Prof. SAKAKIBARA, Satoru
Assoc. Prof. WATANABE, Kiyomasa
Assoc. Prof. SATO, Kuninori
Assoc. Prof. TANAKA, MasayoshiRes. Assoc. TOKUZAWA, TokihikoRes. Assoc. ISOBE, Mitsutaka
Res. Assoc. MASUZAKI, Suguru
Res. Assoc. KOBAYASHI, Masahiro
Res. Assoc. SHOJI, Mamoru
Res. Assoc. GOTO, Motoshi
Res. Assoc. MIYAZAWA, Jun-ichi
Res. Assoc. SUZUKI, Chihiro
Res. Assoc. ASHIKAWA, Naoko
Res. Assoc. INAGAKI, Shigeru
Res. Assoc. YOSHIMURA, Shinji

Res. Assoc. AKIYAMA, TsuyoshiRes. Assoc, EMOTO, MasahikoRes. Assoc. NARUSHIMA, Yoshiro
Res. Assoc. NAKANISHI, Hideya
Res. Assoc. NISHIMURA, ShinRes. Assoc. MUTO, Sadatsugu
Res. Assoc. TAMURA, Naoki
Res. Assoc. YAMADA, Ichihiro
Res. Assoc. MINAMI, Takashi
Res. Assoc. FUNABA, Hisamichi
Res. Assoc. OHDACHI, Satoshi

㩿Radio Frequency Plasma Heating Research Division㪀
Prof. OHKUBO, Kunizo 㩿 Director㪀
Prof. MUTOH, Takashi
Prof. NAKAMURA, Yukio
Prof. KUMAZAWA, Ryuhei
Assoc. Prof. KUBO, Shin
Assoc. Prof. SIMOZUMA, Takashi

Res. Assoc. YOSHIMURA, Yasuo
Res. Assoc. IGAMI, Hiroe
Res. Assoc. NISHIURA, Masaki
Res. Assoc. SEKI, Tetsuo
Res. Assoc. SAITO, Kenji

㩿Theory and Data Analysis Division㪀
Prof. HAYASHI, Takaya 㩿 Director㪀
Prof. SANUKI, HeijiProf. ITOH, Kimitaka
Prof. SUGAMA, Hideo
Prof. NAKAJIMA, Noriyoshi㩿 Additional Post㪀
Assoc. Prof. KANNO, Ryutaro
Assoc. Prof. ICHIGUCHI, Katsuji

Res. Assoc. YOKOYAMA, Masayuki
Res. Assoc. MIZUGUCHI, Naoki
Res. Assoc. SATAKE, Shinsuke
Res. Assoc. SUZUKI, Yasuhiro
Res. Assoc. TODA, Shin-ichiro
Res. Assoc. YAMAGISHI, Osamu

㶎 This list was made up as of March 31, 2005.

535

㩿Fusion and Advanced Technology Systems Division㪀
Prof. MITO, Toshiyuki 㩿 Director㪀
Prof. SATO, Motoyasu
Prof. IMAGAWA, Shinsaku
Prof. SAGARA, Akio
Prof. NODA, Nobuaki 㩿 Additional Post㪀
Assoc. Prof. TAKAHATA, Kazuya
Assoc. Prof. YANAGI, Nagato
㩿Particle Beam Heated Plasma Research Division㪀
Prof. KANEKO, Osamu 㩿 Director㪀
Prof. IDA, Katsumi
Prof. TAKEIRI, YasuhikoProf. HAMADA 䋬 Yasuji
Assoc. Prof. OKA 䋬 Yoshihide
Assoc. Prof. OZAKI 䋬 Tetsuo
Assoc. Prof. FUJISAWA, Akihide
Res. Assoc. OSAKABE, Masaki
Theory and Computer Simulation Center
Prof. OKAMOTO, Masao 㩿 Director㪀
Prof. HORIUCHI, Ritoku
Prof. NAKAJIMA, Noriyoshi
Prof. ISHIGURO, Seiji
Prof. SAKAGAMI, Hitoshi
Assoc. Prof. TODO, Yasushi
Assoc. Prof. TOMITA, Yukihiro
Assoc. Prof. WATANABE, Tomohiko

Assoc. Prof. CHIKARAISHI, Hirotaka
Assoc. Prof. YAMADA, Syuichi
Assoc. Prof. MAEKAWA, Ryuji
Res. Assoc. HAMAGUCHI, Shinji
Res. Assoc. TAMURA, Hitoshi
Res. Assoc. IWAMOTO, Akifumi
Res. Assoc. SEO, Kazutaka
Res. Assoc. NAGAOKA, Ken-ichi
Res. Assoc. TSUMORI, KatsuyoshiRes. Assoc. YOSHINUMA, Mikirou
Res. Assoc. IKEDA, Katsunori
Res. Assoc. SHIMIZU, Akihiro
Res. Assoc. NISHIZAWA, Akimitsu
Res. Assoc. IDO, Takeshi

Assoc. Prof. NAKAMURA, Hiroaki
Assoc. Prof. MIURA, Hideaki
Res. Assoc. ISHIZAWA, Akihiro
Res. Assoc. OHTANI, Hiroaki
Res. Assoc. ITO, Atsushi
Res. Assoc. TAKAYAMA, Arimichi
Res. Assoc. ISHIZAKI, Ryuichi
Res. Assoc. TAMURA, Yuichi

Coodination Research Center
Prof. SATO, Motoyasu 㩿 Director, Additional Post㪀䋨 Division of Academic Research Coordination 䋩
Prof. SUDO, Shigeru 㩿 Chief, Additional Post㪀[International Research Collaboration Group]
Prof. MATSUOKA, Keisuke 㩿 Group Chief 㪀Prof. YAMAZAKI, Kozo 㩿 Additional Post 㪀Prof. WATARI, Tetsuo[Laser Research Coordination Group]

Prof. OKAMOTO, Masao 㩿 Group Chief, Additional Post㪀
Prof. SAKAGAMI, Hitoshi 㩿 Additional Post 㪀
Assoc. Prof. TAJIMA, TeruhikoProf. NODA, Nobuaki 㩿 Additional Post 㪀
Assoc. Prof. NAMBA, Chusei
Assoc. Prof. HIROOKA, Yoshihiko
Assoc. Prof. OZAKI, Tetsuo 㩿 Additional Post 㪀Res. Assoc. IWAMOTO, Akifumi
㩿Additional Post 㪀[ITER Research Coordination Group]

Prof. NAKAMURA, Yukio 㩿 Group Chief, Additional Post㪀
Assoc. Prof. TODO, Yasushi 㩿 Additional Post 㪀Res. Assoc. SEO, Kazutaka 㩿 Additional Post 㪀[Inter-Institutional Research Coordination Group]

Prof. YAMADA, Hiroshi 㩿 Group Chief, Additional Post㪀
Prof. SUGAMA, Hideo 㩿 Additional Post 㪀
Assoc. Prof. TANAKA, Motohiko䋨 Division of Industrial-Academic Research Coordination 䋩
Prof. SATO, Motoyasu 㩿 Director, Additional Post㪀
Prof. MITO, Toshiyuki 㩿 Additional Post㪀
Assoc. Prof. YANAGI, Nagato 㩿 Additional Post㪀
Assoc. Prof. SHIMOZUMA, Takashi 㩿 Additional Post㪀

536

Assoc. Prof. CHIKARAISHI, Hirotaka
㩿Additional Post 㪀
Assoc. Prof. YAMADA,Shuichi
㩿Additional Post 㪀
Assoc. Prof. MAEKAWA, Ryuji
㩿Additional Post 㪀䋨 Atomic and Molecular Data Research Center 䋩Prof. KATO, Takako 㩿 Chief㪀
Prof. MORE, Richard
Assoc. Prof. MURAKAMI, Izumi
Fusion Engineering Research Center
Prof. NODA, Nobuaki 㩿 Director㪀
Prof. NISHIMURA, Arata
Prof. MUROGA, Takeo
Prof. SAGARA, Akio 㩿 Additional Post㪀
Prof. IMAGAWA, Shinsaku 㩿 Additional Post㪀
Safety and Environmental Research Center
Prof. UDA, Tatsuhiko 㩿 Director㪀
Prof. ASAKURA, Yamato
Prof. NISHIMURA, Kiyohiko
Assoc. Prof. SAKUMA, Yoichi
Computer and Information Network Center
Prof. HORIUCHI, Ritoku 㩿 Director, Additional Post㪀
Prof. DEN, Mitsue

Res. Assoc. SAKAUE, Hiroyuki
Res. Assoc. KATO, Daiji

Assoc. Prof. NAGASAKA, Takuya
Assoc. Prof. KUBOTA, Yusuke
㩿Additional Post㪀
Res. Assoc. HISHINUMA, Yoshimitsu
Res. Assoc. TANAKA, Teruya
Res. Assoc. KATO, Daiji 㩿 Additional Post㪀
Assoc. Prof. KAWANO, Takao
Res. Assoc. YAMANISHI, Hirokuni
Res. Assoc. SUGIYAMA, Takahiko

Assoc. Prof. TSUDA, Kenzo
Res. Assoc. YAMAMOTO, Takashi

Guest Professor
Prof. KUSAMA, Yoshinori
㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿Japan Atomic Energy Research Institute 㩿 JAERI㪀㪀
Prof. SASAO, Mamiko㩿Apr. 1, '04㪄 Mar. 31, '05 㪀㩿Tohoku University㪀
Prof. MATSUBARA, Youichi
㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿Musashi Institute of Technology㪀
Prof. MATSUOKA, Mamoru
㩿Apr. 1, '04㪄 Mar. 31, '05 㪀㩿Mie University㪀
Prof. YOSHIZAWA, Akira
㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿The University of Tokyo 㪀Prof. MIMA, Kunioki
㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿Osaka University㪀
Prof. WATANABE, Kunihiko㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿Japan Agency for Marine - Earth Science and Technology 㪀Prof. OHSAWA, Yukiharu
㩿Apr. 1, '04㪄 Mar. 31, '05 㪀㩿Nagoya University㪀
Prof. NISHIHARA, Motohisa
㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿Hitach Ltd.㩿 retired㪀㪀Prof. IKEDA, Tetsuo
㩿Apr. 1, '04㪄 Mar. 31, '05㪀
㩿Nagoya Institute of Technology㪀
Prof. OKUNO, Kenji㩿Apr. 1, '04㪄 Mar. 31, '05 㪀㩿Shizuoka University㪀
Prof. OGAWA, Yuichi
㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿The University of Tokyo 㪀Prof. TAKEUCHI, Takao㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿Superconducting Materials Center, National Institute for Materials Science㪀
Assoc. Prof. MURAKAMI, Sadayoshi
㩿Apr. 1, '04㪄 Mar. 31, '05 㪀㩿Kyoto University㪀
Assoc. Prof. ISHII, Kameo㩿Apr. 1, '04㪄 Mar. 31, '05㪀
㩿University of Tsukuba 㪀Assoc. Prof. IWAKUMA, Masataka
㩿Apr. 1, '04㪄 Mar. 31, '05 㪀㩿Kyushu University㪀
Assoc. Prof. KOIZUMI, Norikiyo
㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿Japan Atomic Energy Research Institute 㩿 JAERI㪀㪀
Assoc. Prof. OIKAWA, Shun-ichi
㩿Apr. 1, '04㪄 Mar. 31, '05㪀
㩿Hokkaido University㪀
Assoc. Prof. TAKAMARU, Hisanori
㩿Apr. 1, '04㪄 Mar. 31, '05㪀
㩿Chubu University㪀

537

Assoc. Prof. KOHNO, Hirohiko㩿Apr. 1, '04㪄 Mar. 31, '05㪀㩿Tohoku University㪀
Assoc. Prof. SHIRAGA, Hiroyuki
㩿Apr. 1, '04㪄 Mar. 31, '05 㪀㩿Osaka University㪀
Assoc.Prof. HIROHATA, Yuko
㩿Apr. 1, '04 㪄 Mar. 31, '05 㪀㩿Hokkaido University㪀
Prof. DOLAN, Thomas J.
㩿Oct. 6, '03㪄 Apr. 30, '04㪀㩿Idaho National Engineering & Environmental Laboratory㪀
Prof. HORACEK, Jiri
㩿Jan. 10, '04㪄 Apr. 10, '04㪀㩿Charles University㪀
Prof. CHUTOV, Yuri.
㩿Jan. 9, '04㪄 Apr 14, '04㪀
㩿Taras Shevchenko Kiev University㪀
Prof. VYACHWSLAVOV, Leonid N.
㩿Jan. 12, '04㪄 May. 12, '04&
㩿Budker Institute of Nuclear Physics㪀
Jan.10, '05㪄 May. 10, '05㪀Prof. HAMEIRI, Eliezer
㩿June 2, '04 㪄 Sept. 2, '04 㪀㩿New York University㪀
Prof. YELISEYEVA, Olha
㩿 Aug. 2, '04㪄 Nov. 2, '04㪀
㩿Karpenko Physico- Mechanical Institute, National Academy of science Ukraine㪀Prof. ECKSTEIN, Wolfgang
㩿Aug. 26, '04㪄 Dec.2 '04㪀㩿Max-Planck-Institute for Plasma Physics㪀
Prof. CHU, Ming-Sheng㩿Sept 1, '04㪄 Nov. 30, '04㪀㩿General Atomics㪀
Prof. YU, Wei
㩿Sept 1, '04㪄 Dec. 28, '04㪀
㩿Shanghai Institute of Optics and Fine Mechanism㪀
Prof. RHEE, Yong-Joo
㩿Oct 1, '04㪄 Dec. 31, '04㪀㩿Korea Atomic Energy Research Institute㪀Prof. LIVSHITS, Alexander I.
㩿Dec. 1, '04㪄 Mar. 31, '05㪀㩿Bonch-Bruevich University of Electrotechnical Communications㪀Prof. WELLER, Arthur㩿Jan. 5, '05㪄 Apr. 4, '05㪀㩿Max-Planck-Institute for Plasma Physics㪀
Prof. TSKHAKAYA, David㩿Jan. 6, '05㪄 Apr. 15, '05㪀㩿Institute of Theoretical Physics, University of Innsbruck㪀
Assoc. Prof. VRANJES, Jovo
㩿Mar. 2, '04㪄 Jun. 1, '04 㪀㩿Centre for Plasma Astrophysics㩿 CPA㪀㪀
Assoc. Prof. GAO, Zhe㩿Apr. 13, '04㪄 July 16, '04㪀㩿Tsinghua University㪀
Assoc. Prof. RALCHENKO, Yuri
㩿July 24, '04㪄 Oct. 24, '04 㪀㩿Maryland University, College Park㪀
Assoc. Prof. KLEIBER, Ralf A.
㩿Sep. 3, '04㪄 Dec. 6, '04㪀㩿Max-Planck-Institute for Plasma Physics㪀
Assoc. Prof. KHARCHEV, Nikolay K
㩿Dec. 1, '04㪄 Feb. 28, '05㪀㩿General Physics Institute of Russian Academy of Sciences㪀
Assoc. Prof. NEUDATCHIN, Sergei
㩿Jan. 12, '05㪄 Apr. 15, '05 㪀㩿Kurchatov Institute㪀

538

COE Research Fellow
HASEGAWA, Hiroki
TAKAGI, Shoji
GONCHAROV, Pavel
KASUYA, Naohiro
MATSUMOTO, Yoshikatsu
ISHIZAWA, Akihiro
ISHIHARA, Norio
SUNO, Hiroya
SONG, Mi-yong
NAKAMURA, Ki-ichiro
MICHAEL, Clive Alvin
NUNAMI, Masanori

㩿Apr. 1, '04 㪄 Mar. 31, '05 㪀㩿Apr. 1, '04㪄 Oct. 30, '04㪀㩿Oct 1, '04㪄 Mar. 31, '05 㪀㩿Apr. 1, '04 㪄 Mar. 31, '05 㪀㩿Apr. 1, '04 㪄 Mar. 31, '05㪀
㩿Apr. 1, '04 㪄 Sep. 30, '04㪀
㩿Apr. 1, '04 㪄 Apr. 30, '04 㪀㩿Apr. 16, '04 㪄 Mar. 31, '05 㪀㩿Jun. 2, '04㪄 Mar. 31, '05㪀㩿Jun. 16, '04㪄 Mar. 31, '05㪀㩿 July 1, '04㪄 Mar. 31, '05㪀㩿Dec. 1, '04 㪄 Mar. 31, '05 㪀

Research Fellow 㩿 Science research 㪀
MATSUBARA, Akihiro
KOBUCHI, Takashi
GONCHAROV, Pavel
NAGASHIMA, Yoshihiko
TAKAGI, Shoji㩿Apr. 1, '04 㪄 Mar. 31, '05㪀
㩿 Apr. 1, '04㪄 Mar. 31, '05㪀
㩿Apr. 1, '04 㪄 Sep. 30, '04 㪀㩿Apr. 16, '04㪄 Mar. 31, '05 㪀㩿Nov. 1, '04 㪄 Mar. 15, '05 㪀

JSPS Research Fellow
KOBAYASHI, Masahiro
SATO, Masahiko
YAMAGISHI, Osamu㩿Postdoctoral Fellowships for Foreign Researchers㪀
PAVLICHENKO, R.O.
LENNAERT, V.V.
㩿Invitation Fellowship Programs for Research in Japan㪀
McCORMICK, G.K

㩿Apr. 1, '02 㪄 Sep. 30, '04 㪀㩿Apr. 1, '04 㪄 Mar. 31, '05 㪀㩿 Apr. 1, '03㪄 Dec. 31, '04㪀
㩿Apr. 1, '03 㪄 Mar. 31, '05 㪀㩿Apr. 10, '03㪄 Jan. 9, '04 㪀㩿Nov. 17, '04㪄 Dec. 3, '04㪀Department of Administration
ARAI, Akio
㩿 Department Director 㪀
General Affairs Division
YAMAMOTO, Yoshio
Director
DEGUCHI, Hidenori
Deputy Director
General Affairs Section
MUTO, Hideyuki
ChiefDocuments and Legal Affairs Section
HIRANO, Keiji
Chief
Personnel Section
ICHIOKA, Akihiro
Chief
Science Information and Library Section
HIRANO, Keiji
Chief,
Additinal Post
Financial Affairs Division
FUJINAMI, Toyohiko
Director
TAKEDA, Minoru
Deputy Director
DOHMAE, Hiroki
Chief
SHIROSHIMA, Toshiaki
Chief
Financial Affairs Section
MORIKAWA, Harunori
Chief
Accounting Section
YAMADA, Kenji
ChiefContract Section
KITOH, Yumiko
Chief

Joint Research Division
KOKUDAI, Masatoshi
Director
MIYAKE, Ryouichi
Deputy Director
Research Planning Section
TAKEUCHI, Shoji
Chief
Research Promotion Section
TAKEICHI, Masahiro
Chief
International Academic Section
MATSUURA, Katsunori
Chief
Facilities Division
ARAKI, Kazuo
Director
WATANABE, Yasuo
Deputy Director
Planning Section
AKAGAWA, Yasuhiro
Chief
Construction Section
NAKAGAWA, Shin-ichi
Chief
Equipments Section I
HAYASHI, Hidenori
Chief
Equipments Section II
OHTA, Tsuyoshi
Chief

539

Department of Engineering and Technical Services
YAMAUCHI, Kenji
Department Director
㩿 Fabrication Technology Division 㪀
TANIGUCHI, Yoshiyuki
Director
Parts and Material Section
㩿Device Technology Division 㪀
BABA, Tomosumi
Chief
IIMA, Masashi
Director
Electronic Engineering Section
Device System Engineering Section
ITO, Yasuhiko
Chief
YONEZU, Hiroaki
Chief
Mechanical Engineering Section
Power Supply Engineering Section
SUGITO, Syoji
Chief
YASUI, Koji
Chief
Glass and Ceramics Engineering Section
Cryogenic Engineering Section
OKADA, Kohji
Chief
MORIUCHI, Sadatomo
Chief
㩿 Plasma Heating Technology Division 㪀
Vacuum Engineering Section
TAKITA, Yasuyuki
Director
HAYASHI, Hiromi
Chief
Heating System Engineering Section
㩿 Diagnostics Technology Division 㪀
KATOH, Akemi
Chief
MIYAKE, Hitoshi
Director
Particle Heating Engineering Section
Radiation Measurement Engineering Section
ASANO, Eiji
Chief
KONDO, Tomoki
ChiefElectron Heating Engineering Section
Electron Density Measurement Engineering
KOBAYASHI, Sakuji
Chief
SectionIon Heating Engineering Section
KATOH, Shinji
Chief
SHIMPO, Fujio
Chief
Electron Temperature Measurement Engineering㩿 Control Technology Division 㪀
SectionKODAIRA, Jun-ichi
Director
KOJIMA, Mamoru
Chief
Integrated Control Technology Section
Ion
Temperature
Measurement
Engineering
TSUKADA, Kiwamu
Chief
SectionPower Control Engineering Section
KOMOTO, Takeo
Chief
TAKAHASHI, Chihiro
Chief
Data Communication Engineering Section
YOKOTA, Mitsuhiro
Chief
Plasma Control Engineering Section
KATOH, Takeo
Chief

This list was made up as of March 31,2005

540

APPENDIX 4. List of Publications I (NIFS Series)

541

542

APPENDIX 5. List of Publications II (Journals, etc.)

543

544

545

546

547

548

549

550

551

552

553

554

555

556

557

558

559

560

561

Author IndexA
Abe, H. .....................................................................233
Abe, K. .....................................................................238
Abe, R. .............................................................114, 119
Adachi, Y. ..................................................................90
Agrawal, D. .............................................................398
Akiyama, R. .............................................................279
Akiyama, T. ...................158, 161, 207, 268, 269, 270,
271, 272, 273, 276, 277,
278, 285, 286, 323, 325, 326
Amano, H. ...............................................................223
Ando, A. ......................................... 315, 373, 375, 456
Ando, T. ...................................................................213
Aoki, A. ...................................................................206
Aoki, J. .....................................................................316
Aoyama, H. ......................................................295, 378
Araki, K. ..................................................................362
Aramaki, M. ............................................ 205, 302, 304
Arimoto, H. ........................................................34, 466
Arimoto, K. ......................................................159, 387
Arita, K. ...................................................................249
Asakura, N. ..............................................................408
Asakura, Y. .... 260, 262, 263, 264, 265, 266, 439, 441
Asano, E. .................................. 73, 136, 137, 138, 140
Asano, S. ..................................................................137
Asaoka, Y. .......................................................344, 377
Ascasibar, E. ..............................................................11
Ashikawa, N. .......................28, 78, 79, 80, 81, 82, 83,
84, 85, 217, 219
Atake, M. ................................................ 208, 386, 451
Atarashi, M. .............................................................223
Azechi, H. ....................................... 474, 475, 483, 484
Azumi, M. ................................................................183

B
Baba, M. ..................................................................433
Baba, T. ...................................................................114
Balandin, A.L. .................................................159, 387
Banno, N. .................................................................424
Beidler, C.D. ............................................... 11, 22, 171
Belchenko, Yu. ........................................................140
Budaev, V. ...............................................................385

C
Carreras, B.A. ..........................................................165
Chen, A. ...................................................................408
Chiba, S. ..................................................................257
Chikaraishi, H. .............................. 8, 93, 107, 114, 119
Cho, T. ........... 194, 195, 453, 454, 459, 461, 462, 463
CHS Experimental Group.................................268, 292
CHS Group ............................. 276, 277, 278, 279, 280,
281, 283, 286, 297
Chu, M.S. .................................................................166
Cooper, W.A. .............................................................41

D
Darrow, D.S. ............................................................134
Davydenko, V. .........................................................140
Dinklage, A. ...............................................................11
Dong, J.Q. ............................................... 187, 188, 189

E
Ebara, S. ...........................................................258, 431
Eiza, N. ....................................................................242
Ejiri, A. ................................................... 153, 379, 488
Emoto, M. ................................................................157

562

Enokida, Y. ..............................................................263
Ezumi, N. ...................................................................63F
Feng, Y. .....................................................................49
Fujimoto, S. .............................................................458
Fujimoto, T. ............................................ 208, 386, 451
Fujisawa, A. ...................268, 273, 280, 281, 282, 283,
286, 295, 300, 317, 322
Fujita, H. ..........................................................206, 318
Fujita, J. .................................................. 415, 416, 417
Fujita, T. ....................................................................17
Fujiwara, S. ..............................................................368
Fujiwara, T. ...............................................................98
Fukada, S. ............................................... 255, 430, 477
Fukagawa, Y. ...........................................................464
Fukai, T. ...................................................................463
Fukumasa, O. ...........................................................204
Fukumoto, K. ...........................................................246
Fukuyama, A. ..................................... 70, 86, 200, 449
Funaba, H. ......................12, 13, 38, 86, 145, 399, 400
Furukawa, H. ...................................................259, 475
Furukawa, M. ...........................................................355
Furuya, Y. ................................................................311
Furuzawa, A. ...........................................................210GGAMMA 10 Group .................................................462
Gao, Zh. .................................................. 187, 188, 189
Goncharov, P. ............................................................25
Goncharov, P.R. ........................................................75
Goto, M. ...................................16, 28, 33, 52, 53, 205,
208, 210, 386, 399, 450
Goto, T. ....................................................................388
Gotoh, T. ..................................................................361
Grisham, L. ........................................................73, 138
Grossbeck, M.L. ......................................................421

H
Hagita, T. .................................................................101
Hagiwara, M. ...........................................................433
Hallatschek, K. ................................................179, 180
Hamabe, M. .....................................................204, 247
Hamada, Y. ............................................. 147, 148, 149
Hamaguchi, S. ................................ 103, 115, 123, 374
Hamajima, T. ............................................ 88, 100, 106
Hamasaki, S. ............................................................105
Han, X. .....................................................................472
Hanada, K. ...................................... 379, 486, 488, 491
Hanatani, K. .............................................................465
Hara, M. .................................................. 102, 112, 219
Harris, J.H. .................................................................11
Haruyama, T. ...........................................................103
Hasegawa, H. .......................................... 359, 364, 383
Hasegawa, J. ............................................................481
Hasegawa, M. ..........................................................324
Hashiba, Y. ..............................................................217
Hashida, M. .............................................................471
Hashimoto, M. .........................................................368
Hashizume, H. ................................ 220, 234, 254, 257
Hashizume, K. .........................................................219
Hata, K. ............................................................103, 226
Hata, S. ....................................................................284
Hatakeyama, A. .......................................................408
Hatakeyama, R. ...............................................358, 457
Hatanaka, M. ...................................................315, 375
Hatano, Y. ................................................. 96, 219, 410

Hatayama, A. ...........................................................344
Hattori, K. ....................................... 315, 373, 375, 456
Hayashi, H. ......................................................144, 145
Hayashi, K. ..............................................................119
Hayashi, T. ......................164, 168, 175, 176, 334, 355
Hegna, C.C. .............................................................333
Heliotron J Experimental Team ...............................468
Heller, R. .................................................................121
Hemmi, T. ........................................................118, 125
Henmi, T. .................................................................114
Higaki, H. ................................. 77, 449, 455, 456, 461
Higashijima, S. ........................................................408
Higashizono, Y. .......................................................460
High-Density Theme Group .......................................54
Himura, H. ...............................................................297
Hino, T. ............................................. 84, 217, 238, 425
Hinoki, T. .........................................................242, 476
Hirakane, S. .............................................................429
Hirano, K. ................................................................322
Hirata, M. ................................................ 453, 454, 463
Hirayama, T. ............................................................309
Hirohata, Y. .....................................................219, 425
Hirooka, Y. ............................................. 391, 485, 490
Hishinuma, Y. ................................. 213, 227, 422, 424
Hiwatari, R. .....................................................344, 377
Hochin, T. ................................................................163
Hoelzer, D.T. ...........................................................421
Hojo, H. .......................................... 169, 452, 459, 461
Homma, H. ..............................................................219
Honda, A. ...........................................................73, 138
Hori, D. ....................................................................355
Horiguchi, K. ...........................................................228
Horii, S. ...................................................................317
Horiike, H. ...............................................................428
Horikoshi, M. ...........................................................347
Horioka, K. ......................................................481, 482
Horiuchi, R. ............350, 351, 352, 353, 354, 444, 478
Hosaka, S. ................................................................391
Hoshika, H. ..............................................................379
Hoshino, M. ...............................................................31
Hosoda, Y. ...............................................................160
Hozumi, N. ..............................................................112
Hudson, S.R. ............................................................333

I
Ichiguchi, K. ....................................................165, 166
Ichihashi, K. .............................................................137
Ichimasa, Y. .............................................................222
Ichimura, M. ............................. 77, 449, 455, 456, 461
Ichizono, K. .............................................................206
Ida, K. ...16, 19, 22, 23, 25, 34, 45, 51, 150, 271, 272,
273, 274, 279, 288, 300, 317, 413, 483, 491
Ida, M. .....................................................................428
Ide, K. ......................................................................455
Idei, H. ...................................................... 67, 203, 489
Ido, T. ..................................................... 147, 148, 149
Igami, H. ......................... 9, 21, 24, 65, 66, 67, 68, 69,
127, 128, 278, 286
Ignatenko, M. .......................................... 152, 154, 459
Iguchi, H. ............................... 281, 284, 289, 290, 295,
299, 300, 317, 414
Iguchi, S. ..................................................................291
Iguichi, H. ................................................................458
Iida, T. ............................................ 240, 428, 437, 471
Iijima, Y. ................................................. 227, 422, 424
Iinuma, K. ................................................................410
Iio-Tsuji, S. ..............................................................285
Ikeda, K. .......... 25, 26, 27, 72, 73, 136, 137, 138, 140
Ikeda, R. .................................. 292, 293, 295, 296, 376
Ikeda, T. ...................................................................240
Ikeda, Y. ............................................................73, 138

Imagawa, S. .....................87, 88, 89, 90, 91, 115, 123,
216, 250, 252, 253, 258, 493
Imai, M. ...................................................................408
Imamura, Y. .............................................................237
Imazawa, R. .....................................................159, 387
Imazu, S. ..................................................................156
Inagaki, S. ............ 9, 14, 15, 24, 43, 66, 201, 286, 378
Inamoto, A. ..............................................................228
Inoue, D. ..................................................................455
Inoue, K. ..................................................................422
Inoue, S. ...................................................................428
Inoue, T. ...........................................................147, 148
Inutake, M. ...................................... 315, 373, 375, 456
Isaev, M. Yu ............................................................325
Isayama, A. ..........................................................43, 67
Ise, T. .........................................................................93
Ishibashi, K. .............................................................105
Ishida, M. .................................................................107
Ishigohka, T. ........................................................90, 91
Ishiguro, S. ......................343, 345, 358, 359, 364, 478
Ishii, K. ............................................................299, 458
Ishii, N. ..............................................................70, 200
Ishikawa, M. .......................... 194, 195, 196, 197, 198,
199, 335, 453, 454
Ishimoto, Y. .......................................................83, 460
Ishiyama, A. .............................................................106
Ishizaki, R. .......................................................342, 475
Ishizawa, A. ............................ 350, 351, 352, 353, 354
Islam, Md. K. ...........................................................460
Isobe, M. ................134, 201, 268, 269, 270, 271, 272,
273, 276, 277, 278, 279, 286,
287, 288, 294, 295, 297, 300,
323, 324, 325, 326, 467, 484
Itagaki, T. .........................................................159, 387
Itakura, A. ........................................................457, 459
Ito, A. .......................................................................367
Ito, H. .......................................................................410
Ito, S. ......................................9, 65, 68, 127, 128, 254
Ito, T. .......................................................................376
Ito, Y. .......................................................................207
Itoga, T. ...................................................................433
Itoh, A. .....................................................................408
Itoh, K. ...................172, 177, 178, 179, 180, 181, 182,
183, 186, 188, 189, 280, 372
Itoh, S. .......................................................................69
Itoh, S.-I. ........ 172, 179, 180, 181, 182, 183, 186, 372
Itoh, T. .....................................................................368
Iwakiri, H. ..................................................................79
Iwakuma, M. ........................................... 110, 114, 380
Iwama, N. ................................................................160
Iwamae, A. .............................................. 208, 386, 451
Iwamoto, A. ............................ 103, 104, 106, 122, 374
Iwazaki, K. .......................................................295, 378

J
Jimbo, S. ................................................. 175, 176, 346
Jin, W.G. ..................................................................308
Jitsukawa, S. ............................................................230
Joe, K. ......................................................................411
Johzaki, T. ...............................................................478
Jozaki, T. .................................................................259

K
Kado, S. ..........................211, 212, 274, 305, 408, 487
Kageyama, A. ..................................................363, 369
Kajita, S. ..................................................................212
Kakimoto, S. ............................................................455
Kakiuchi, M. ............................................................437
Kalinina, D. ...............................................................51
Kalinina, D.V. ............................................................50
Kamada, Y. ........................................................70, 200

563

Kamata, S. ...............................................................433
Kamimura, Y. ..................................................442, 443
Kamiya, K. ...............................................................222
Kaneko, M. ..............................................................467
Kaneko, O. ...........................25, 26, 73, 135, 136, 137,
138, 140, 142, 370
Kaneko, T. .......................................................358, 457
Kanno, R. ................................................ 175, 176, 346
Kasaba, K. .......................................................104, 229
Kasada, R. ................................................................432
Kasahara, H. ......................................................70, 200
Kasuya, N. .......................................................177, 178
Katagiri, K. ......................................................104, 229
Katai, R. .................................................... 53, 208, 386
Katanuma, I. ....................................................454, 458
Katayama, K. ...........................................................477
Kato, D. ......... 401, 405, 406, 407, 408, 410, 411, 412
Kato, K. ...................................................................359
Kato, M. ...................................................................411
Kato, S. ....................................................................149
Kato, T. ....................98, 399, 400, 402, 403, 404, 405,
407, 408, 409, 410, 411, 412, 450
Katoh, S. ..........................................................147, 148
Kawabata, S. ....................................................109, 124
Kawagoe, A. ....................................................109, 114
Kawahara, Z. ...........................................................256
Kawahata, K. .... 14, 15, 18, 19, 20, 29, 143, 146, 152,
153, 154, 158, 161, 207, 268, 285, 384
Kawakami, I. ...........................................................415
Kawakita, T. ............................................................350
Kawamori, E. .......................................... 159, 321, 387
Kawamoto, T. ..........................................................140
Kawamura, K. ......................................... 218, 311, 312
Kawano, T. .....................262, 264, 266, 438, 439, 440
Kawara, Z. ...............................................................220
Kawasaki, S. ............................................................206
Kawashima, T. .........................................................109
Kawata, J. ................................................................408
Kawazome, H. .........................................................464
Khan, R. ...................................................................168
Kharchev, N. ..............................................................21
Kikuchi, A. ............................................. 227, 422, 424
Kim, S.W. ................................................................243
Kimura, A. .......................................................230, 432
Kimura, K. .............................................. 415, 416, 417
Kimura, M. ............................................. 310, 407, 412
Kimura, N. .......................................................103, 108
Kimura, T. ...............................................................311
Kino, C. ...................................................................479
Kitajima, S. ..................................... 201, 294, 295, 378
Kitaura, Y. .................................................................80
Kitsunezaki, A. ........................................................415
Kiwamoto, Y. ..........................................................316
Kizu, K. .............................................................83, 213
Kobayashi, H. ..........................................................111
Kobayashi, M. .............................................. 34, 48, 49
Kobayashi, S. ...................9, 65, 68, 69, 127, 128, 232,
460, 464, 465, 466, 467
Kobayashi, T. .......................................... 202, 450, 451
Kobuchi, T. ....................................... 45, 150, 483, 491
Kodama, R. ......................................................474, 484
Koga, K. .....................................................................80
Koga, T. ...................................................................394
Kogi, Y. .................................. 152, 153, 154, 384, 459
Kogoshi, S. ..............................................................206
Kohagura, J. .............................................................463
Kohyama, A. ....................................................243, 476
Koizumi, N. .............................................................213
Kojima, A. .......................................................299, 458
Kojima, C. ...............................................................415
Kojima, M. .................................................. 9, 156, 163
Komada, S. ......................................................136, 157

564

Komatsu, K. .............................................................222
Komatsu, T. .............................................................228
Komiyama, K. .........................................................463
Komori, A. ...................................3, 15, 48, 49, 79, 84,
217, 378, 385, 448, 501
Kondo, H. ................................................................428
Kondo, K. ......................................... 34, 464, 465, 466
Kondo, S. .................................................................476
Kondo, T. .................................. 73, 136, 137, 138, 140
Konishi, S. .......................................................377, 480
Kono, A. ................................................. 205, 304, 410
Kono, H. ..................................................................393
Konoshima, S. ...........................................................17
Kosaki, M. ...............................................................112
Kotoh, K. .................................................................264
Koyata, Y. ................................................................215
Kozaki, Y. ............................................... 259, 475, 476
Krasheninniko. .........................................................345
Krasilnikov, A.V. ....................................................484
Kubo, H. ..........................................................408, 411
Kubo, N. ..........................................................134, 201
Kubo, S. .................... 9, 15, 21, 24, 65, 66, 67, 68, 69,
127, 128, 203, 278, 286, 452
Kubota, Y. ..................97, 98, 202, 237, 450, 451, 460
Kudo, K. ..........................................................154, 264
Kukita, Y. ................................................................428
Kumagai, S. .............................................................228
Kumazawa, R. .............................5, 6, 7, 8, 31, 70, 77,
200, 379, 455, 465
Kunugi, T. ............................................... 220, 256, 479
Kurishita, H. ................................... 230, 232, 237, 248
Kurumada, A. ..........................................................237
Kus, A. .......................................................................11
Kusakabe, T. ............................................................310
Kusano, K. .......................................................356, 360

L
LABCOM Group ......................................................156
Leboeuf, J.-N. ..........................................................183
LHD Experimental Group ..............7, 8, 10, 16, 38, 49,
50, 51, 84, 145
Li, H. ........................................................................427
Li, M. .......................................................................421
Livshits, A.I. ..............................................................96

M
Maeda, M. ................................................................103
Maehata, K. .............................................................105
Maekawa, R. ...................103, 105, 114, 120, 122, 374
Maekawa, T. ..................................... 67, 129, 376, 488
Mase, A. .................................. 152, 153, 154, 384, 459
Masuda, K. ...............................................................162
Masui, M. .................................................................365
Masuzaki, S. ....... 8, 34, 48, 49, 55, 56, 57, 60, 62, 63,
78, 79, 81, 84, 85, 217, 385, 408
Masuzaki, T. ............................................. 28, 218, 460
Matama, K. ..............................................................451
Matsubara, A. ..................................... 50, 51, 311, 312
Matsubara, Y. ......................................... 105, 120, 374
Matsuda, W. .............................................................308
Matsui, H. ............................... 230, 232, 236, 246, 421
Matsukawa, M. ........................................................213
Matsukawa, T. .........................................................107
Matsumoto, C. .........................................................210
Matsumoto, T. .........................................................183
Matsumoto, Y. ................................ 139, 149, 252, 313
Matsunaga, G. ..........................................................293
Matsuo, K. ...............................................................284
Matsuoka, K. .................268, 273, 276, 277, 278, 280,
281, 282, 284, 286, 300, 323,
324, 325, 326, 415, 416, 417, 494

Matsushita, H. ......................................... 279, 288, 467
Matsuura, H. ............................................................291
Mekawa, T. ..............................................................381
Mendenilla, A. .........................................................149
Michael, C.A. ............................................... 18, 19, 29
Mima, K. ........ 190, 259, 348, 349, 474, 475, 478, 482
Minami, T. .....................268, 269, 270, 271, 272, 273,
276, 277, 278, 282, 286, 300
Minoda, A. ...............................................................112
Misawa, T. .......................................................206, 318
Mitarai, O. ................................ 28, 250, 252, 379, 488
Mito, T. ............. 91, 99, 103, 104, 105, 106, 109, 110,
113, 114, 115, 118, 119, 121, 122,
123, 124, 125, 215, 374, 380, 388
Miura, H. .........................................................334, 362
Miura, Y.M. .............................................................213
Miya, N. .....................................................................83
Miyake, Y. ...............................................................463
Miyamoto, K. ...........................................................223
Miyamoto, M. ............................................................78
Miyamoto, S. ...........................................................428
Miyamoto, Y. .............................................................98
Miyata, Y. ........................................................299, 458
Miyauchi, H. ..............................................................82
Miyauchi, N. ............................................................308
Miyawaki, K. ...........................................................236
Miyazawa, J. ...........................9, 12, 17, 34, 54, 56, 57
Miyoshi, H. ..............................................................385
Mi-Young Song ....................................... 402, 403, 404
Mizokoshi, H. ..........................................................142
Mizuguchi, N. ..........................................................168
Mizuno, Y. ........................9, 65, 68, 69, 112, 127, 128
Mizuuchi, T. ................................... 464, 465, 466, 468
Momoshima, N. ...............................................223, 436
Mori, S. ....................................................................204
Moriguchi, M. ............................................................97
Morikawa, J. ....................................................380, 388
Morisaki, T. ................. 15, 16, 28, 34, 48, 49, 64, 460
Morishita, K. ............................................................233
Morita, S. ................ 16, 25, 26, 27, 33, 34, 39, 52, 53,
151, 205, 208, 210, 386, 399
Morita, Y. ................................................................114
Moritaka, T. .............................................................354
Motojima, G. ...........................................................470
Motojima, O. .......................................... 1, 49, 84, 398
Munakata, K. .......................................... 266, 436, 441
Murakami S. ..............................................................12
Murakami, I. ................................... 399, 405, 411, 450
Murakami, M. ............................................................67
Murakami, S. ........................................ 11, 27, 86, 134
Murakami, Y. ...........................................................112
Muramoto, Y. ..........................................................112
Muraoka, K. ...............................................................17
Murata, Y. ........................................................159, 387
Muroga, T. .............219, 230, 232, 233, 234, 238, 239,
240, 241, 242, 243, 245, 246, 419, 421,
423, 425, 426, 427, 428, 429, 430, 431, 433
Muto, S. .................................................... 51, 151, 205
Mutoh, S. ...................................................................68
Mutoh, T. ...................................7, 8, 9, 25, 65, 70, 77,
126, 193, 200, 455, 465

NNagahara, H. ............................................................183
Nagai, D. ..................................................................452
Nagai, K. ..................................................................122
Nagao, M. ................................................................112
Nagaoka, K. ...................25, 26, 71, 73, 136, 137, 138,
140, 150, 268, 269, 270, 271, 272, 273,
275, 276, 277, 278, 286, 287, 300, 413
Nagasaka, T. .......................... 219, 232, 236, 238, 239,
246, 421, 425, 427

Nagasaki, K. ............................... 66, 67, 464, 465, 466
Nagashima, Y. .........................................................288
Nagata, M. .......................................................381, 488
Nagata, S. .................................................................241
Nagatomo, H. ...........................................................478
Nagayama, Y. ..... 14, 15, 47, 152, 154, 157, 159, 201,
249, 286, 381, 382, 383, 384, 387, 459, 488
Naito, H. ..................................................................324
Naitou, H. ........................................................183, 204
Nakagome, K. ..........................................................455
Nakahara, A. ............................................................459
Nakai, H. ..................................................................103
Nakai, K. ..........................................................232, 393
Nakai, M. .................................................................122
Nakajima, M. ...................................................481, 482
Nakajima, N. ....................86, 167, 170, 173, 331, 332,
333, 334, 336, 339, 340, 341, 342
Nakamura, H. .......................... 366, 367, 369, 408, 431
Nakamura, Hideo ......................................................428
Nakamura, Hiroo ......................................................428
Nakamura, K. .................................... 97, 231, 289, 290
Nakamura, N. ...................................................401, 406
Nakamura, S. ...........................................................100
Nakamura, Y. .................. 7, 8, 9, 25, 86, 96, 192, 219,
327, 328, 331, 392, 410, 465, 468, 470
Nakanishi, H. .............................................. 9, 156, 163
Nakano, H. .............................. 280, 281, 282, 283, 286
Nakano, T. .........................................................83, 408
Nakao, Y. .................................................................478
Nakashima, H. .........................................................365
Nakashima, Y. ........194, 195, 202, 450, 453, 454, 460
Nakayama, K. ..................................................158, 207
Nakaze, T. ................................................................215
Namba, C. ....................................... 415, 416, 417, 511
Namba, S. ................................................................314
Narihara, K. ............................16, 39, 46, 47, 144, 145
Narihiro, Z. ..............................................................290
Narita, F. ..................................................................228
Narui, M. .................................................................246
Narushima, Y. ...................36, 41, 42, 44, 47, 159, 387
Nejoh, Y.N. ..............................................................192
Nemoto, K. ..............................................................455
Nemoto, T. ...............................................................196
Ninomiya, A. .............................................................91
Nishida, T. ...............................................................264
Nishiguchi, A. ..........................................................478
Nishihara, K. ....................................................347, 400
Nishijima, S. ............................................................214
Nishikawa, M. .................................................391, 477
Nishimura, A. .......................... 92, 213, 227, 228, 244,
420, 422, 424, 427
Nishimura, H. ......................... 201, 209, 298, 400, 480
Nishimura, K. ......................17, 80, 81, 82, 83, 84, 85,
201, 217, 378
Nishimura, S. .........268, 271, 272, 273, 276, 277, 278,
286, 300, 323, 324, 325, 326, 327, 328
Nishino, N. .............................. 379, 460, 464, 466, 486
Nishio, S. .................................................................381
Nishiura, M. ............134, 139, 147, 148, 149, 201, 313
Nishizawa, A. ......................................... 147, 148, 149
Nita, N. ............................................................219, 236
Nobuta, Y. .................................................................84
Noda, N. ...............................34, 84, 98, 217, 224, 226,
232, 237, 248, 418, 431, 499
Noda, T. ...................................................................424
Noguchi, S. ..............................................................106
Nomura, S. ...............................................................101
Nonomura, M. .........................................................156
Norimatsu, T. ..........122, 259, 377, 474, 475, 476, 480
Norimura, T. ............................................................222
Notake, T. ....................... 9, 21, 24, 65, 66, 67, 68, 69,
127, 128, 203, 278, 286, 452

565

Nozaki, K. ................................................................452
Nozaki, S. ................................................................473
Nozato, H. ..................................................................52
Numakura, T. ...........................................................463
Numata, R. ...............................................................355
Nunami, M. ......................................................175, 176

O
Obara, T. ..................................................................400
Obayashi, H. ................................... 415, 416, 417, 443
Oda, A. .....................................................................252
Oda, S. .....................................................................232
Oda, T. ...............................................................34, 314
Ogata, Y. ..................................................................437
Ogawa, H. ................................. 60, 114, 147, 148, 201
Ogawa, M. .............................................. 295, 378, 481
Ogawa, Y. ............................................... 377, 380, 388
Ogiwara, H. .............................................................243
Ogura, K. .................................................................463
Oguri, Y. ..................................................................481
Ohdachi, S. ................................................... 16, 39, 40
Ohgaki, H. ...............................................................391
Ohgo, T. .....................................................................34
Ohishi, M. ................................................................411
Ohkubo, J. ................................................................113
Ohkubo, K. ............................9, 21, 24, 65, 66, 67, 69,
127, 128, 278, 286, 452
Ohkuma, H. .............................................................207
Ohnishi, M. ......................................................194, 195
Ohno, N. ...........................63, 319, 320, 360, 385, 408
Ohsaki, S. .................................................................355
Ohsawa, Y. ..............................................................359
Ohshima, S. ............................ 280, 281, 282, 283, 286
Ohsuna, M. ..............................................................156
Ohta, Y. ...................................................................101
Ohtani, H. ....................................... 350, 351, 352, 354
Ohtani, S. ................................................ 309, 401, 406
Ohtsu, Y. ..................................................................318
Ohya, K. ...................................................................408
Ohya, M. ..................................................................216
Ohyabu, N. ..... 34, 47, 48, 49, 60, 84, 94, 96, 217, 218
Oikawa, S. ...............................................................174
Oishi, T. ...........................................................274, 433
Oka, Y. ................. 25, 26, 73, 136, 137, 138, 140, 141
Okabe, Y. .................................................................266
Okada, H. ................................ 464, 465, 466, 467, 470
Okai, T. ....................................................................223
Okajima, S. ............................. 158, 161, 207, 268, 285
Okamoto, A. ................................... 211, 302, 304, 305
Okamoto, M. .......................... 173, 175, 176, 329, 334,
342, 346, 364, 474, 478
Okamoto, T. .............................................................347
Okamoto, Y. ............................................................220
Okamura, S. ...................267, 268, 269, 270, 271, 272,
273, 274, 276, 277, 278, 279, 280,
281, 282, 284, 285, 286, 288, 291, 294,
295, 297, 300, 323, 324, 325, 326, 467
Okano, K. .........................................................344, 377
Okita, T. ...................................................................233
Oku, T. .....................................................................237
Okumura, K. ....................................................114, 119
Okuno, K. ......................................... 82, 213, 262, 265
Okuyama, T. ............................................................137
Onishi, Y. .................................................................262
Ono, K. ......................................................................78
Ono, M. ....................................................................311
Ono, T. .................................................... 222, 408, 432
Ono, Y. ................................................... 159, 381, 387
Oosako, T. .........................................................70, 200
Osakabe, M. ..................26, 73, 76, 136, 137, 138, 140
Oya, Y. ...................................................... 82, 262, 265
Oyaidzu, M. .......................................................82, 265

566

Oyama, N. ..................................................................17
Ozaki, T. ....................................................... 25, 74, 75

P
Parks, P.B. ...............................................................342
Pastukhov, V.P. .......................................................462
Pavlichenko, R. ........................................................152
Peterson, B. ..............................................................399
Peterson, B.J. ................................ 17, 56, 57, 160, 273
Pichl, L. ...........................................................310, 412
Pichl, Lukas ..............................................................411
Pigarov, A.Yu. .........................................................345
Pshenichnikov, A. ......................................................21

R
Rabin, Y. ..................................................................395
Ralchenko, Yu. ........................................................405
Razzak, M.A. ...........................................................320
Reiter, D. ...................................................................49
Rognlien, T.D. .........................................................345
Roy, R. .....................................................................398

S
Saeki, K. ..................................................................191
Safronova, U.I. ........................................................405
Sagara, A. ..... 82, 83, 84, 85, 193, 217, 218, 219, 220,
234, 249, 250, 251, 252, 253, 254, 255, 256,
257, 258, 259, 377, 423, 460, 475, 479
Saigusa, M. ..............................................................452
Saito, H. .................................................. 219, 358, 463
Saito, K. ............. 70, 77, 130, 131, 132, 200, 455, 465
Saito, M. ..........................................................202, 450
Saito, T. .................................. 452, 453, 454, 457, 458
Saitou, Y. .........................................................302, 306
Sakabe, S. ................................................................471
Sakagami, H. ...................................................347, 478
Sakai, Y. ..................................................................308
Sakakibara, S. ......................16, 20, 35, 36, 37, 38, 39,
41, 42, 44, 65, 68, 86
Sakakita, H. .............................................................206
Sakamoto, M. .....................................................10, 492
Sakamoto, R. ............. 17, 23, 30, 31, 47, 56, 202, 206
Sakaue, A. ........................................................208, 386
Sakaue, H.A. ................................... 308, 309, 310, 406
Sakawa, Y. ...............................................................296
Sakuma, Y. ......................................................223, 437
Sakurai, I. .................................................................210
Sakurai, M. ..............................................................309
Samukawa, S. ..........................................................410
Sanada, K. ................................................................228
Sanin, A.L. ...........................................................18, 19
Sano, F. ............ 11, 464, 465, 466, 467, 468, 469, 470
Sanuki, H. ......................179, 187, 188, 189, 191, 192,
Sardei, F. ....................................................................49
Sasaki, A. .................................................................411
Sasaki, K. ................................................ 205, 379, 486
Sasaki, T. .................................................................482
Sasao, M. ................134, 139, 201, 294, 295, 313, 378
Satake, H. .................................................................437
Satake, M. ................................................................234
Satake, S. ................173, 175, 176, 220, 256, 346, 357
Sato, A. ....................................................................103
Sato, F. .............................................................240, 471
Sato, H. ....................................................................428
Sato, K. ....................................7, 34, 50, 51, 159, 194,311, 312, 314, 387, 399, 400, 486
Sato, K.N. ....................................... 206, 318, 415, 488
Sato, M. ...........................73, 136, 137, 138, 140, 247,
339, 340, 341, 359, 389, 397, 398
Sato, N. ................................................... 373, 415, 416

Sato, S. .....................................................................369
Sato, T. .............................................................360, 410
Sato, Y. ....................................................................107
Satou, M. .................................................................238
Sawada, A. .......................................................241, 245
Sawada, K. ................................ 33, 204, 263, 408, 460
Schedler, B. ...............................................................98
Seki, T. ........... 32, 70, 77, 85, 133, 200, 379, 455, 465
Sekiguchi, H. .......................................................90, 91
Sekimura, N. ............................................................233
Seo, K. ..............................90, 118, 124, 125, 213, 392
Sheng Zheng-Min. ...................................................190
Shibagaki, K. ...........................................................205
Shibahara, M. ...........................................................220
Shibata, M. .............................................. 315, 375, 456
Shibuya, M. ...................................... 73, 136, 137, 138
Shibuya, T. .............................................. 218, 311, 312
Shidara, H. .................................................................67
Shigemori, K. ...........................................................474
Shikama, T. ......................................................241, 487
Shimada, K. .............................................................213
Shimada, R. .....................................................101, 285
Shimizu, A. ............................ 147, 148, 149, 252, 258,
273, 276, 277, 278, 280, 281, 282,
283, 286, 323, 324, 325, 326, 431
Shimizu, S. ...............................................................471
Shimizu, Y. ..............................................................112
Shimozuma, T. .......... 9, 15, 21, 24, 65, 66, 67, 68, 69,
127, 128, 129, 203, 278, 286, 373, 452
Shinde, J. .........................................................295, 378
Shindo, Y. ................................................................228
Shinohara, K. ...........................................................335
Shinohara, S. ....................................................142, 317
Shinto, K. ................................................ 201, 295, 378
Shintomi, T. .............................................................103
Shiotsu, M. .............................................. 103, 216, 226
Shiozaki, T. ..............................................................263
Shiozaki, Y. .............................................................337
Shiraga, H. .......................................................474, 483
Shirai, Y. ..........................................................103, 216
Shiraiwa, S. ......................................................379, 488
Shiratani, M. ..............................................................80
Shoji, M. ......................................... 34, 58, 59, 61, 460
Shoji, T. ...........................................................141, 296
Shoji, Y. ...........................................................104, 229
Shouji, M. ................................................................408
Simizu, K. ................................................................408
Soga, Y. ...................................................................316
Sogabe, T. ..................................................................98
Spong, D.A. .............................................................323
Sudo, S. .................................34, 50, 51, 155, 162, 496
Suehiro, J. ........................................................102, 112
Sugai, H. ..................................................................410
Sugama, H. .....................173, 184, 185, 327, 328, 338
Sugimoto, M. ...........................................................433
Sugimoto, T. ....................................................311, 312
Sugiyama, T. ...........223, 263, 264, 360, 436, 439, 441
Sumi, T. ...................................................................311
Sumiyoshi, F. ...................................................109, 114
Sunahara, A. ............................................................478
Suno, H. ...........................................................407, 409
Suzuki, A. ............................... 219, 241, 245, 426, 428
Suzuki, C. ......................268, 271, 272, 273, 276, 277,
278, 286, 292, 293, 295, 296, 300,
323, 324, 325, 326, 376, 400
Suzuki, M. ...............................................................412
Suzuki, Y. ............ 11, 46, 86, 137, 324, 378, 463, 468

TTachikawa, K. ......................................... 113, 121, 215
Tada, S. ....................................................................311
Taguchi, T. ...............................................................478

Takagi, S. ...................................................................39
Takahashi, C. ..........132, 268, 273, 276, 278, 286, 300
Takahashi, H. .................................. 201, 294, 295, 378
Takahashi, K. ...................................................457, 464
Takahashi, T. ...........................................................223
Takahashi, Y. .............................................................64
Takahata, K. ................88, 89, 100, 117, 118, 125, 213
Takaiwa, Y. .............................................................415
Takamaru, H. .......................................... 175, 176, 346
Takamura, S. ............................................. 63, 320, 385
Takano, S. ................................................................228
Takao, T. ..................................................................231
Takase, Y. .........................70, 133, 200, 379, 381, 488
Takayama, A. ...........................................................345
Takayama, M. ......................................... 201, 295, 378
Takayanagi, T. .........................................................309
Takechi, M. ..............................................................335
Takeda, H. ...............................................................222
Takeda, T. ........................................................228, 415
Takeiri, Y. ...25, 26, 27, 73, 76, 136, 137, 138, 140, 204
Takenaga, H. ......................................................17, 408
Takenaga, M. ...................................................295, 378
Takeno, H. ............................. 194, 195, 196, 197, 198,
199, 453, 454, 461
Takeuchi, M. ...................276, 292, 293, 295, 296, 376
Takeuchi, N. ............................................. 70, 133, 200
Takeuchi, T. ............................................ 227, 422, 424
Takita, Y. ..................................9, 65, 68, 69, 127, 128
Takiyama, K. .....................................................34, 314
Takizuka, T. .......................................................17, 408
Tamai, H. .................................................................213
Tamura, H. ...................................... 113, 117, 121, 228
Tamura, N. ............................................ 50, 51, 56, 155
Tamura, Y. ...............................................................369
Tanabe, T. ............................... 221, 248, 261, 407, 408
Tanaka, H. ................................................ 67, 376, 410
Tanaka, K. ......... 16, 17, 18, 19, 29, 39, 158, 207, 285
Tanaka, K.A. ....................................................474, 485
Tanaka, M. ............................. 266, 393, 394, 395, 396,
397, 410, 436, 441
Tanaka, M.Y. .....301, 302, 303, 304, 305, 306, 307, 316
Tanaka, N. ...............................................................324
Tanaka, S. ........................................................262, 429
Tanaka, T. ...............240, 241, 251, 419, 423, 426, 428
Tanaka, Y. ......................201, 249, 295, 319, 320, 378
Taniguchi, S. ............................................................192
Taniguchi, T. .....................................................70, 200
Tatematsu, Y. ...................................................452, 457
Tauchi, H. ................................................................222
Tauchi, Y. ................................................................204
Tawara, T. ........................................................159, 387
Tawara, Y. ...............................................................210
Terai, T. ...................................................................245
Terashima, Y. ......................................... 415, 416, 417
Theory and Simulation Group ..................................349
Timura, T. ........................................................159, 387
Tobari, H. ................................................ 315, 375, 456
Tobita, K. .................................................................377
Toda, S. ............................................................172, 179
Todo, Y. .................................................. 335, 336, 337
Toh, K. .....................................................................241
Tohdo, Y. .................................................................392
Toi, K. ....................... 16, 20, 39, 40, 64, 76, 272, 273,
276, 292, 293, 295, 296, 376
Toida, M. .................................................................359
Tojo, H. ..............................................................70, 200
Tokioka, S. ...............................................................463
Tokitani, M. .........................................................78, 79
Toku, H. ...................................................................162
Tokuda, S. ................................................................183
Tokunaga, K. .............................................................98
Tokunaga, T. ..............................................................79567

Tokuzawa, T. ................9, 20, 146, 153, 158, 207, 321
Tomida, A. .......................................................302, 303
Tomii, Y. .................................................................463
Tomita, Y. ..............162, 194, 195, 196, 197, 198, 199,
252, 344, 345, 408, 453, 454, 460
Tomota, Y. ...............................................................237
Tonegawa, A. .......................................... 218, 311, 312
Torii, Y. ...................................................................465
Torikai, Y. ...............................................................437
TRIAM Exp. G. .......................................................206
Tribaldos, V. ..............................................................11
Tsuchiya, B. .............................................................241
Tsuchiya, K. .............................................................213
Tsuda, K. .................................................................383
Tsuda, M. .................................................. 88, 100, 106
Tsuji, H. ...................................................................438
Tsuji, N. ...................................................................436
Tsuji-Iio, S. ............................................. 101, 161, 268
Tsukada, K. ............................................. 147, 148, 149
Tsumori, K. ..........................25, 26, 73, 136, 137, 138,
139, 140, 142, 204, 410
Tsuneyuki, S. ...........................................................408
Tsushima, A. ................................... 191, 302, 306, 307
Tsushima, S. ............................................................263
Tsutsui, H. .......................................................101, 285
Tsuzuki, K. ................................................................83
Tuboi, N. ..................................................................438

U
Uchida, K. ........................................................153, 384
Uchida, M. .........................................................67, 376
Uchida, T. ................................................................319
Uda, T. ...........................222, 223, 262, 263, 264, 266,
434, 436, 438, 439, 441, 443
Uematsu, E. .............................................................415
Uesugi, Y. ........................................................319, 320
Umeda, N. ..........................................................73, 138
Urata, K. ..................................................................324
Uriu, Y. ......................................................................91
Usami, S. .................................................................359
Utoh, H. .................................................. 201, 295, 378

V
Veshchev, E. ..............................................................50
Viniar, I. ...................................................................155
Vyacheslavov, L.N. .............................................18, 19W
Wada, M. ................................................ 139, 149, 313
Wakabayashi, H. ......................................................297
Wakaki, M. ..............................................................311
Watanabe, A. ...........................................................231
Watanabe, F. ........................................................16, 39
Watanabe, H. ...........................................................239
Watanabe, J. .............................................................137
Watanabe, K. ............................................ 68, 252, 360
Watanabe, K.Y. ............ 11, 13, 35, 36, 37, 38, 39, 41,
42, 44, 46, 71, 86, 150, 170, 470
Watanabe, M. ...........................................................113
Watanabe, T. ....................................................169, 252
Watanabe, T.-H. ..................................... 184, 185, 338
Watanabe, Y. .............................................................80
Watari, T. ............. 31, 70, 77, 133, 200, 379, 455, 511

Y
Yagai, T. ..................................................................100
Yagi, M. .................................. 172, 179, 182, 183, 372
Yagyu, J. ....................................................................83
Yakovlev, M. .............................................................15

568

Yamada, H. ................................11, 12, 13, 17, 30, 31,
35, 37, 86, 202, 206
Yamada, I. ...................................... 144, 145, 308, 309
Yamada, S. ................................ 91, 102, 112, 116, 213
Yamada, Y. ......................................................113, 121
Yamagishi, O. ............................................................19
Yamaguchi, H. .................................................302, 303
Yamaguchi, S. .........................................................247
Yamaguchi, T. .............................. 44, 46, 68, 299, 458
Yamaguchi, Y. .................................................449, 455
Yamamoto, H. .........................................................374
Yamamoto, I. ...........................................................263
Yamamoto, N. .........................................................400
Yamamoto, S. ............................................. 20, 76, 464
Yamamoto, T. ................................... 73, 138, 194, 383
Yamamoto, Y. ........................................ 162, 254, 480
Yamanaka, S. ...........................................................428
Yamanishi, H. ..................................................223, 435
Yamanoue, T. ..................................................159, 387
Yamaoka, H. ....................................................139, 313
Yamaoka, N. ............................................................428
Yamasaki, K. ...........................................................239
Yamato, A. ...............................................................438
Yamauchi, K. ...........................................................114
Yamauchi, Y. ...........................................................425
Yamazaki, K. ..............27, 39, 159, 206, 252, 326, 387
Yanagi, N. ............................67, 90, 91, 103, 106, 115,
118, 123, 125, 380, 388
Yao, Z. .....................................................................426
Yasaka, Y. ............................. 194, 195, 196, 197, 198,
199, 453, 454, 461
Yasohama, K. ..........................................................374
Yatsuka, E. ...............................................................388
Yokoi, N. .........................................................181, 186
Yokomine, T. .................................... 95, 256, 258, 431
Yokota, M. ...................................... 114, 132, 147, 148
Yokoyama, M. .........................11, 19, 22, 27, 86, 170,
171, 173, 201, 295, 468
Yokoyama, N. ..........................................................463
Yonenaga, I. .............................................................247
Yoneoka, T. .............................................................429
Yoshida, M. .............................................................157
Yoshida, N. ...........................78, 79, 98, 239, 248, 488
Yoshida, S. ...............................................................183
Yoshida, Z. ..............................................................355
Yoshikawa, A. .......................................... 82, 262, 265
Yoshikawa, K. .........................................................162
Yoshikawa, M. ................202, 450, 451, 458, 459, 460
Yoshimoto, Y. .........................................................408
Yoshimura, S. ....302, 303, 304, 305, 306, 307, 316, 318
Yoshimura, Y. ................ 9, 21, 24, 65, 66, 67, 68, 69,
127, 128, 268, 271, 272, 273, 276,
277, 278, 282, 286, 288, 300, 452, 467
Yoshinaga, T. ...........................................................376
Yoshinuma, M. .....................16, 22, 23, 150, 274, 413
Yoshizawa, A. .................................................181, 186
Yoshizawa, S. ..........................................................235
Yuki, K. .......................................... 220, 234, 256, 257
Yutani, Y. ................................................................431
Yuyama, M. .............................................................103

Z
Zhang, Jie ..................................................................190
Zhu, S. .....................................................................344
Zinkle, S.J. ...............................................................421
Zushi, H. .................203, 379, 486, 487, 488, 490, 491

569

How to Reach National Institute for Fusion Science

National Institute for Fusion Science
Building Arrangement

NIFS plot plan
Cryogenics and Superconductivity Laboratories
Large Helical Device Building
Computer Center and Simulation Laboratories
Heating Power Supply Building
LHD Control Building
Plasma Heating Laboratories
Plasma Diagnostics Laboratories
R & D Laboratories
Motor-Generator Building
Central Workshops
Research Staff Building
Library
Administration Building

570

Auditorium
Guest Housing
High-Voltage Transformer Station
Cooling Water Pump House
Helium Compressor House
Cooling Tower
Warehouse
Helium Tank Yard
Power Station
Recreation Facilities
Gymnasium
Club House
Guard Office