ANNUAL REPORTOF
NATIONAL INSTITUTEFORFUSION SCIENCE
April 2005–March 2006

November 2006

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
I.
II.

National Institute for Fusion Science in April 2005 – March 2006 ..........................................
Research Activities ...................................................................................................................
1. Large Helical Device (LHD) Project ..................................................................................
1-1. LHD Experiment .....................................................................................................
(1) Overview of LHD Experiment .............................................................................
(2) LHD Physics Experiments ...................................................................................
§1. Superdense Plasma in LHD ..........................................................................
§2. Super Dense Core Plasma (location of IDB) ................................................
§3. Super Dense Core Plasma (high beta) ...........................................................
§4. Particle Balance Study in the LHD ...............................................................
§5. Long-Duration Sustainability of Pellet Fueled High Performance
Plasma ...........................................................................................................
§6. Observation of Slow Transition between Two Transport Branches withDifferent Temperature Dependence in LHD.................................................
§7. Effect of Elongation on Transport in ECH Plasma .......................................
§8. Radial Structure of Edge Transport Barrier in Inward-Shifted
Configuration of LHD ...................................................................................
§9. Effects of Applied Resonant Helical-Field Perturbations on ETBFormation ......................................................................................................
§10. Observation of Radial Structure of Edge MHD Modes in LHD Plasmas
with L-H Transition.......................................................................................
§11. H-mode-Like Discharges and ELM-Like Activities under the Presence of
ι/2π=1 at Ergodic Layer in LHD ...................................................................
§12. Comparison of Confinement Degradation in High Density and Particle
Transport between Tokamak and Helical Devices........................................
§13. Comparison of Experimental Transport Coefficients and Prediction by
the Resistive g-Mode Theory ........................................................................
§14. High Wp Experiment .....................................................................................
§15. Effect of Island Size on High-Te Transition during Core-Localized ECH ....
§16. Common Features of Core Electron-Root Confinement (CERC) in
Helical Plasmas .............................................................................................
§17. Direct Observation of Inward Electron Flux Being Blocked in the Large
Helical Device ...............................................................................................
§18. Configuration Effects on Particle Transport in LHD ....................................
§19. Electron Transport Dynamics in LHD Core Plasmas ...................................
§20. Study of Nonlocal Electron Heat Transport on the High Temperature
Plasmas of LHD ............................................................................................
§21. Observation of Spontaneous Toroidal Flow in LHD ....................................
§22. Configuration Effects on Turbulence Transport in LHD ..............................
§23. Observation of Fluctuation Generated by Energetic Particles andElectrons Using Microwave Reflectometer ..................................................
§24. Microwave Imaging Reflectometry in LHD .................................................
§25. High-Beta Experiments in LHD....................................................................
§26. Effect of Resonant Magnetic Field on low-m Mode in LHD........................
§27. On the Reconstruction in LHD High Beta Plasmas ......................................
§28. Two-Dimensional Structure of the MHD Instabilities and Its Non-Linear
Evolution in the Large Helical Device ..........................................................
§29. Effect of Separatrix Geometry on Transport and MHD................................

1
3
3
3
3
5
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33

i

§30. Minor Collapse of Current-Carrying Plasma in LHD ...................................
§31. Control of Magnetic Shear by Neutral Beam Injection in LHD ...................
§32. Observation of Localized Oscillations at m/n = 2/1 Rational Surface
during Counter Neutral Beam Injection ........................................................
§33. Particle Orbit Analysis in High Beta Plasma of LHD...................................
§34. Plasma Collapse Phenomenon in Ctr-NBI Heating Plasma with theMagnetic Configuration of Bq=200% ...........................................................
§35. Zeeman Spectroscopy with Tomographic Analysis ......................................
§36. High-Resolution Measurements of Hα Spectral Line Profiles in LHD
Steady State Plasmas .....................................................................................
§37. Application of Visible Bremsstrahlung to a Density Monitor in SteadyState Fusion Reactor .....................................................................................
§38. Estimation of the Particle Confinement Time of the Helium Ash in LHD ...
§39. Achievement of 1.6 GJ Input in Steady State Operation in LHD .................
§40. Long Pulse Discharge of MW-ICRF Heated Plasma ....................................
§41. Density, ICRF Power and Pulse Length Operated in Steady State
Experiment in the 9th Cycle Experiment ......................................................
§42. Mechanism of Magnetic Axis Sweeping Divertor ........................................
§43. Characteristics of Impurity Content in Long-Duration Discharges with
Magnetic Axis Sweeping ..............................................................................
§44. Distribution of Divertor Temperature after Long Pulse Operation Using
ICRF Heating in 9th Cycle Experiment ........................................................
§45. Wall Recycling Study Using Pulsed Gas Puffing during a Long Duration
Discharge in LHD .........................................................................................
§46. Instantaneous ECH Injection for ICRF Heated Long Pulse Plasma
Discharge.......................................................................................................
§47. Optimization of Magnetic Configuration and Polarization for Long Pulse
Plasma Sustainment with ECH .....................................................................
§48. Density Limit Study in LHD .........................................................................
§49. The Highest Density Achieved in LHD ........................................................
§50. Divertor Transport Study of LHD .................................................................
§51. Simulation of Sheet-Shaped Lithium Beam Probe Performance for
Two-Dimensional Edge Plasma Measurement .............................................
§52. Analyses of the Effect of a Closed Divertor Configuration on the Density
Profile of the Neutral Hydrogen Molecules in the LHD Divertor ................
§53. Analyses of the Polarization Resolved H-alpha Spectra in Various
Magnetic Configurations in LHD..................................................................
§54. Development of Pellet Ablation Model Considering the Effect of the
Plasma Shielding ...........................................................................................
§55. Application of Tomographic Imaging to Photodiode Arrays in LHD ..........
§56. Imaging of Radiation from TESPEL Injected into a Magnetic Island in
LHD...............................................................................................................
§57. Laser Calibration of the Infrared Imaging Video Bolometer ........................
§58. LHD Gauge by External Coil Currents .........................................................
§59. Study on Generation Mechanism of Particles in LHD..................................
§60. Erosion of Plasma Facing Materials by Charge Exchange Neutrals.............
§61. The Effect of Argon and Helium Glow Discharge Cleaning on Boronized
Surface in LHD .............................................................................................
§62. Toroidal Uniformity of Boronized Wall During 8th Experimental
Campaign ......................................................................................................
§63. Study on Hydrogen Retention and Its Existing State in Boron Film
Exposed to Hydrogen Glow Discharges .......................................................

ii

34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67

§64. Ion Cyclotron Conditioning with Strong Magnetic Field in LHD ................ 68§65. Recent Progress on High Ion Temperature Experiment in the LHD ............ 69§66. Ion Temperature Rise in Electron-ITB Plasmas Formed with Combinationof ECH and NBI ............................................................................................ 70§67. Effect of Ripple Trapped Electrons on Neutral Beam Driven Current in
LHD............................................................................................................... 71§68. Fraction of Neutral Beam with Different Energies Measured by the Beam
Emission Diagnostic...................................................................................... 72§69. Plasma Sustainment by the ICRF Mode Conversion Heating ...................... 73§70. Experiment of Wave-Particle Interaction by Use of Second Harmonic
ICRF Heating and NBI.................................................................................. 74§71. Excitation of High Frequency Fluctuations and Their Effects on HighEnergy Ions in LHD ...................................................................................... 75§72. Study on Electron Bernstein Wave Heating in High Density Regime.......... 76§73. Excitation of Electron Bernstein Wave via O-X-B Mode Conversion
Process in the Over-Dense Plasma on LHD ................................................. 77§74. Variation of EBW and X-Mode Absorption Profile with Changing theElectron Density ............................................................................................ 78§75. Analysis of Plasma Current Driven by Electron Cyclotron Waves .............. 79§76. Electron Cyclotron Current Drive Using 2O-port Antenna .......................... 80§77. Ray-Tracing for Electron Cyclotron Waves Propagating Obliquely with
Respect to Magnetic Field Lines ................................................................... 81§78. Study on Production of Energetic Ions in ECH/ECCD Plasmas in LHD ..... 82§79. Stray Radiation Behavior Measured at Different Locations in the LHD
Vacuum Vessel.............................................................................................. 83(3) LHD Device Engineering Experiments ................................................................ 84§1. Influence of Magnetic Hysteresis on Quench-Voltage Detection in Large
Superconducting Magnets ............................................................................. 85§2. Optimization of the Distribution of Mass Flow in the Helium Cooling
System of the LHD........................................................................................ 86§3. Monitoring and State Estimation of the LHD Coil ....................................... 87§4. Open-Loop Excitation and Electrical Parameter Estimation of LHD
Superconducting Coils .................................................................................. 88§5. Strain Measurement of Cryogenic Support Structure of LHD...................... 89§6. Upgrading Program of LHD Helical Coils by Subcooling ........................... 90
1-2. Device Engineering and Cooperative Development Research ................................ 91(1) Physics and Engineering of LHD Torus System .................................................. 91§1. Improvement of Compact Torus Injector for Fuelling LHD ........................ 92§2. Hydrogen Retention in Vanadium Alloy Exposed to Hydrogen Plasma ...... 93(2) Applied Superconductivity and Cryogenics ......................................................... 94§1. Studies on the Thermo-Mechanical Strength Characteristics of Single
Crystal RE High Tc Bulk Superconductors ................................................... 96§2. Design and Optimization of High Tc Superconductors for Current Lead
Application .................................................................................................... 97§3. Effect of the Superheating on Heat Transfer in Two-Dimensional
Channels in He II .......................................................................................... 98§4. Feasibility Study on SMES Systems Using Stress-Minimized HelicalCoils .............................................................................................................. 99§5. Basic Studies of Electric Properties of Polymeric Silver(I) Complexes
at Low Temperature ...................................................................................... 100§6. Study on Long Loops with Long Time Constants in Cable-in-Conduit
Superconductors ............................................................................................ 101

iii

§7.
§8.
§9.

Reliability of Cryogenic Composite Electrical Insulation for LHD ............. 102
Evaluation of Electrical Insulation Properties of Superconducting Coils ..... 103
Study on Cryogenic Characteristics of Advanced Uni-Polar PowerElectronics Devices and Their Application to High Efficiency AC/DC
Converter ....................................................................................................... 104§10. Fundamental Study on Application of Magnetic Levitation Using YBCO
Bulk Superconductor to Fusion Research ..................................................... 105§11. Standardization of the Fabrication and the Operation Technologies forLarge Scale Superconducting and Cryogenic Systems ................................. 106§12. Development of a New Conductor Controlled the Twist Angle to Improve
the Performance of LTS Coils....................................................................... 107§13. Basic Study on Oxide Superconductors for Nuclear Fusion Reactor ........... 108§14. A Co-axial Pulse Tube Current Lead Development ..................................... 109§15. “Cryodielectrics” – Electrical Insulation of Superconducting Power
Equipment Based on Partial Discharge Measurements ................................ 110§16. Validation of the High Performance Conduction-Cooled Prototype LTS
Pulse Coil for UPS-SME ............................................................................... 111§17. Improvement in Cryogenic Stability of the Model Coil of the LHD
Helical Coil with Lower Temperatures ......................................................... 112§18. Power Saving Trial of Helium Compressors for the LHD Cryogenic
System ........................................................................................................... 113§19. Cryogenic Stability of LTS/HTS Hybrid Superconductors .......................... 114§20. Operation Test of 100kW Class DEMO SMES ............................................ 115§21. Dynamic Simulation of a Large Cryogenic Plant ......................................... 116§22. Design Optimization of Bi2212 HTS Tubular Bulk with Conical Shapefor Current Lead ............................................................................................ 117§23. Preliminary Cool-Down Tests of the Cryogenic Target for the FIREX
Project ........................................................................................................... 118§24. Experimental and Numerical Studies on Heat and Mass Flow of He II
through Porous Media ................................................................................... 119§25. Effect of Shielding Currents on Current Decay Behaviors in HTS Coils ..... 120§26. Development of HTS Loops for Long-Time Plasma Diamagnetic
Measurements ............................................................................................... 121§27. Stability of NbTi/Cu CICC with Artificial Non-Uniform Current
Distribution ................................................................................................... 122§28. Cryogenic Stability of LTS/HTS Hybrid Superconductors .......................... 123§29. Summary of Fifteenth International Toki Conference (ITC-15)................... 124(3) RF Heating Technologies ..................................................................................... 125§1. Development of an Evacuated Transmission Line with ϕ88.9 Diameter
Waveguides for ECH .................................................................................... 126§2. Evaluation of Transmission Efficiency by Power Measurement Usinga Compact Portable Dummy-Load................................................................ 127§3. Moment Analysis of Power Profiles Radiated from CorrugatedWaveguides of ECH Transmission Lines ..................................................... 128§4. Installation and Operation of New 84GHz Gyrotron System ....................... 129§5. Study on High Energy Particles Escaped from LHD Using Lost Ion
Probe ............................................................................................................. 130§6. Sparks from Inner Side of Torus during ICRF Long Pulse Heating ............. 131§7. Improvement of Real-Time Impedance Matching System for the ICRFLong Pulse Heating ....................................................................................... 132§8. Workshop on Generation, Application and Measurement of High PowerMillimeter Waves .......................................................................................... 133

iv

(4) High Energy Beam Technology ........................................................................... 134§1. Performance of Neutral Beam Injection Systems in the 9th Campaign........ 135§2. Spectra of Hα Lines and Cs Lines from the Negative Ion Sources during
NB Injection .................................................................................................. 136§3. Operation Start of Diagnostic Neutral Beam Injection in LHD .................... 137§4. Development of Positive Ion Sources for a Perpendicular Neutral Beam
Injector (I) –Development of Plasma Generator– ......................................... 138§5. Development of Positive Ion Sources for a Perpendicular Neutral Beam
Injector (II) –Development of Accelration Grid System– ............................ 139§6. Proton Ratio and Beam Divergence Measurement of Diagnostic Neutral
Beam ............................................................................................................. 140§7. Development of RF Plasma Source for Negative Ion NBI ........................... 141§8. Development of High Power Multi-Antenna rf Ion Source .......................... 142§9. Development of a High Intensity He− Beam Source for Fusion-Produced
Alpha Particle Measurement ......................................................................... 143(5) Diagnostic Systems .............................................................................................. 144§1. Raman and Rayleigh Calibrations of the LHD YAG Thomson
Scattering....................................................................................................... 145§2. Development of Multichannel Ultrashort Pulsed Radar Reflectometer forElectron Density Profile Measurement ......................................................... 146§3. Application of Ultrashort-Pulse Reflectometer to LHD................................ 147§4. Developments of Millimeter-Wave Diagnostic Simulator ........................... 148§5. Potential Measurement by 6 MeV Heavy Ion Beam Probe on LHD ............ 149§6. Calibration of Tandem Energy Analyzer of Heavy Ion Beam Probe on
LHD............................................................................................................... 150§7. Development and Optimization of New Negative Ion Source for a Heavy
Ion Beam Probe ............................................................................................. 151§8. Development of a Compact Au– Source for Local Electric Potential
Measurement of a LHD Plasma .................................................................... 152§9. Estimation Method of Impurity Transport by Means of Pulse-Height
Analyzer in LHD ........................................................................................... 153§10. Initial Experiment on the Tracer-Encapsulated Cryogenic Pellet(TECPEL) Injection into LHD Plasmas ........................................................ 154§11. Identification of Micro-Turbulence in LHD from 2d Phase Contrast
Imaging ......................................................................................................... 155§12. Application of Precise Phase Detector for Density Profile and Fluctuation
Measurements Using CO2 Imaging Heterodyne Interferometer on LHD ..... 156§13. New Calibration Method of Magnetic Measurements Based on the MHD
Equilibrium with the Ergodic Region ........................................................... 157§14. Effect of Net Toroidal Current on Measurement of Diamagnetic Beta
Value in Heliotron Plasma ............................................................................ 158§15. Progress on Temporally and Radially Resolved Charge Exchange
Diagnostics of Fast Ions on LHD .................................................................. 159§16. Progress of a New Two Color FIR Laser Interferometer .............................. 160§17. Design of the Diverter Interferometer Combined with ECA Measurementon LHD.......................................................................................................... 161§18. Bench Testing of New Polarimeter with Use of Si Photo Elastic
Modulator for 57 & 48 μm Laser .................................................................. 162§19. Development of the Interface to the Magnetic Force Line and Magnetic
Surface Visualization Program ..................................................................... 163§20. The Next-Generation Technology of Data Acquisition and Analysis
Environment for Fusion Experiments ........................................................... 164

v

1-3.

vi

§21. On the Construction of Databases of Experiment Data ................................ 165§22. Framework Remodeling of LABCOM Data Acquisition System for the
Next-Generation “LABCOM/X” Project ...................................................... 166§23. Higher Harmonic Electron Cyclotron Emission Diagnostics ....................... 167§24. Measurement of Soft X-Ray Emission from LHD Plasma ........................... 168§25. Study of High-Performance Array Antennas for Millimeter-Wave
Imaging Array ............................................................................................... 169§26. Poloidal Polarimetry for ITER ...................................................................... 170§27. Research and Development of an Extremely Compact Fusion Neutron
Source by Spherically Converging Ion Beams ............................................. 171§28. Two Dimensional Ion Temperature and Velocity Measurements by Useof Visible Light Tomography Technique ...................................................... 172§29. Development of Diode Laser Absorption Spectroscopy for Diagnostics ofHydrogen Atoms at the n=2 State ................................................................. 173
Theoretical Study ..................................................................................................... 174§1. Development and Application of HINT2 to Helical System Plasmas .......... 176§2. Theoretical Considerations of Doublet-Like Configuration in LHD ............ 177§3. Development of Multi-Scale MHD Simulation Scheme .............................. 178§4. Multi-Scale MHD Simulation of LHD Plasma ............................................. 179§5. On the 2nd Stability of Ballooning Modes in the Standard LHD
Configuration................................................................................................. 180§6. Self-Sustained Annihilation of Magnetic Islands in Helical Plasmas ........... 181§7. Nonlinear Dynamics of an ELM Crash in Spherical Tokamak .................... 182§8. Theoretical Study of Structure of Electric Field and Transport
Dynamics....................................................................................................... 183§9. Accessibility to a Two-Dimensionally Steep Structure of the Electric
Field in Tokamak H-mode ............................................................................ 184§10. Simulation Study of Neoclassical Transport and GAM Oscillation ............. 185§11. Development of Neoclassical Transport Code Using the δ ƒ Method ........... 186§12. Strike Points of High Energy Particles on the LID Head in LHD ................ 187§13. Set of Model Equations for the Analysis of the Resistive Drift Wave
Turbulence in Cylindrical Plasmas ............................................................... 188§14. Linear Analysis of the Resistive Drift Wave Instability in Cylindrical
Plasmas .......................................................................................................... 189§15. Nonlocal Stability Analysis of Microinstabilities in Inhomogeneous
Plasmas .......................................................................................................... 190§16. Multiple Eigenmodes of Geodesic Acoustic Mode in Collisionless
Plasmas .......................................................................................................... 191§17. Critical Gradients for Short Wavelength Ion Temperature GradientInstability in Toroidal Plasmas...................................................................... 192§18. Kinetic Ballooning Mode in s-α Tokamak ................................................... 193§19. Effects of Trapped Particles on Residual Zonal Flows in Helical
Systems ......................................................................................................... 194§20. Collisionless Damping of Zonal Flows in Helical Systems .......................... 195§21. Simulations of Electron Bernstein Waves and Zonal Flow Damping in
Helical Systems ............................................................................................. 196§22. Zonal Flows, Geodesic Acoustic Modes and Geodesic Transfer in the H-1
Heliac ............................................................................................................ 197§23. Hollow Density Profile in LHD .................................................................... 198§24. On the Basis of Statistical Theory of Strong Turbulence inInhomogeneous Plasmas ............................................................................... 199§25. On the Bicoherence Analysis of Plasma Turbulence .................................... 200

1-4.

§26. Energy Partition between Fluctuations and Zonal Flows ............................. 201§27. Impact of Turbulence Spreading on Subcritical Turbulence inInhomogeneous Plasmas ............................................................................... 202§28. Transport Coefficient Induced by Drift Wave Turbulence Screened byZonal Flows ................................................................................................... 203§29. Zonal Flows in Plasma – A Review .............................................................. 204§30. Probability Density Functions and Structure of Singularities in
Non-Dissipative Fields in MHD and NS Turbulences .................................. 205§31. Investigation on the Application of the Plasma-Sheath Having
Charged-Dust Grains ..................................................................................... 206§32. Equilibrium of Electrostatic Torus Plasma – Ion Temperature Effect .......... 207§33. Steady State Operation of a Field-Reversed Configuration Plasma by
NBI ................................................................................................................ 208§34. Development of Reactor Design Aid Tool Using Virtual Reality
Technology .................................................................................................... 209
LHD Project Research Collaboration ...................................................................... 210§1. Experiment on Charge Separation and Direct Energy Conversion Using a
Slanted CUSP Field....................................................................................... 211§2. Optimization of Phase Velocity of Traveling Wave in a TWDEC
Simulator ....................................................................................................... 212§3. Fast Power Control Capability of Large-Scale Travelling Wave Direct
Energy Conversion ........................................................................................ 213§4. Effects of Non-Axisymmetric Magnetic Field on Characteristics of
Non-Neutral Plasma ...................................................................................... 214§5. Development of High Beta Plasma Formation Using ICRF High
Harmonic Fast Wave ..................................................................................... 215§6. Experimental Study of Compatibility of a Transport Barrier and Energetic
Ion Confinement ........................................................................................... 216§7. Study of the Fueling Pellet Transportation in the Guiding Tube .................. 217§8. Performance of Remote Steering Antenna in Anti-Symmetric andSymmetric Directions.................................................................................... 218§9. Production Mechanism of D– Ions and Evaluation of D– Ion Current
Extraction ...................................................................................................... 219§10. Development of Continuously Size-Controllable Pellet Injector.................. 220§11. Chaos Control of Fluctuations Caused by Flute Instability in ECR
Plasma ........................................................................................................... 221§12. Water Vapor Absorption for 48-, 57-, and 119-μm Far-Infrared Laser
Wavelength ................................................................................................... 222§13. Dynamics of Hydrogen Atoms and Molecule in the Periphery Plasma
Studied by Means of Polarization Separated Spectra ................................... 223§14. Spectroscopy and Atomic Modeling of EUV Light from LHD Plasmas...... 224§15. Development of Wide Band and Compact X-Ray Spectrometer.................. 225§16. Measurement of the Non-Parallel Flow Velocity Using a Mach Probe in
Divertor-Simulating Weakly Magnetized Plasmas (NIFS04KOAB009) ..... 226§17. Improvement of Plasma Performance by Strong ECH with High Power
Gyrotron ........................................................................................................ 227§18. Formation Mechanism and Transport of Dust Particles in the Divertor
Plasmas .......................................................................................................... 228§19. Development of Integrated Simulation Code for Helical Plasma
Experiments................................................................................................... 229§20. Study on Effects of Bending Strain to Critical Current Characteristics of
Nb3Al CIC Conductors.................................................................................. 230vii

§21. 14MeV-Neutron Beam Induced Change in Characteristics of Materials
for Superconducting Magnets under 4.5 K ................................................... 231§22. Development of New High Field and High Current Density
Superconductors for Fusion Devises ............................................................. 232§23. Suitability of Boron-Titanium as First Wall Material ................................... 233§24. Measurement of the Negative Ion and Control of Recombination Plasma
in the LHD Divertor ...................................................................................... 234§25. Kinetics of Hydrogen Isotopes at Surfaces and Bulks of Plasma Facing
Materials Based on Group 5 Metals ............................................................. 235§26. Heat Removal Enhancement of Plasma-Facing Components by Using
Nano-Particle Porous Layer Method ............................................................. 236§27. Investigation of Tritium Behavior and Tracability in In-Vessel Systemsof LHD during D-D Burning......................................................................... 237§28. Assessment Study on Biological Effects of Radiation in LHD .................... 238§29. Study on Environmental Behavior of Tritium .............................................. 239§30. Experimental Study on Liquid Lithium Flow for IFMIF Target .................. 240§31. Integrated Experimental Process Study for Removal of Tritium and
Impurities from Liquid Lithium .................................................................... 241§32. Optimized Thermo-Mechanical Design of High Intensity Neutron Source
Test Cell for Material Irradiation .................................................................. 242§33. Application of Advanced High Temperature Superconductors for Fusion
Plasma Experimental Devices ....................................................................... 243§34. Effects of Simultaneous Helium Irradiation on Hydrogen Behavior in
Plasma Facing Materials ............................................................................... 244§35. Development of Current Leads Combined with the Pulse-Tube
Cryocooler ..................................................................................................... 245
2. Collaboration on Fusion Engineering ................................................................................. 246(1) Fusion Engineering Studies .................................................................................. 246§1. Development of the Fracture Toughness Test Method by Round Bar with
Circumferential Notch ................................................................................... 247§2. Retention and Desorption of Deuterium in Model Alloys of Ferritic
Steel ............................................................................................................... 248§3. Development of Reduced Activation Ferritic Steels with Improved Heat
Resistance and Elemental Property Characterization for High Efficiency
Water-Cooled Blankets ................................................................................. 249§4. Small Specimen Test Techniques for IFMIF ................................................ 250§5. Study on Radiation Induced Precipitates in Vanadium Alloys ..................... 251§6. Thermal Creep Mechanism of NIFS-Heat2 Alloys by Using Pressurized
Creep Tubes .................................................................................................. 252§7. The Microstructure of Laser Welded V-4Cr-4TI Alloy after Neutron
Irradiation ...................................................................................................... 253§8. Radiation Resistance and Mechanical Properties of Solution and
Dispersion Hardened Vanadium Alloys with Fine Grains of High Purity
Matrix ............................................................................................................ 254§9. Development of Joint Technique of SiC/SiC Composites ............................ 255§10. Summary of Key Element Technology Verification and Preparation forEngineering Validation of Intense Neutron Source ...................................... 256§11. Joining and Heat Load Test of Tungsten Divertor ........................................ 257§12. Synthetic Evaluation of Ultra-Fine Grained, Nano-Particle Dispersed
Tungsten Alloys as Plasma Facing Materials ............................................... 258§13. Influence of Heating Rate on Subcooled Flow Boiling Critical Heat Flux
in a Short Vertical Tube ................................................................................ 259

viii

§14. Basic Study on Self-Healing of Er2O3 Coating for Vanadium-Lithium
Blanket System.............................................................................................. 260§15. Investigation of Issues in Neutronics Evaluations for Advanced Liquid
Blanket Systems ............................................................................................ 261§16. Examination of Irradiation Damage in Electrical Insulating Coating Using
Ion Beam Irradiation ..................................................................................... 262§17. Development of Multi Layer Wall Channel to Reduce MHD Pressure
Drop............................................................................................................... 263§18. Overall Characterization of High Purity Reference Vanadium Alloys
NIFS-HEATs................................................................................................. 264§19. Cryogenic Fatigue Delamination Growth in Material Systems forSuperconducting Fusion Magnets ................................................................. 265§20. Thermal and Mechanical Properties of Composite Materials forSuperconducting Coils .................................................................................. 266§21. Development of V-Ti and V-Ti-Ta Superconducting Wires ........................ 267§22. Development of Low Activation Compound Superconducting Wires for
Fusion Reactor .............................................................................................. 268§23. Large-Sized Cylindrical Superconductor Composed with Ni Meshes for a
Current Lead.................................................................................................. 269§24. Effect of Test Equipment Configuration on Interlaminar Shear Fractureand Strength of Glass Fiber Reinforced Plastics ........................................... 270§25. Transmutation of High-Level Wastes in a FLiBe-Cooled
Spherical-Tokamak Reactor .......................................................................... 271(2) Helical Reactor Design ......................................................................................... 272§1. Reactor Size Optimization of LHD-Type Reactor FFHR2m ........................ 273§2. Study on Position of Magnets and Supports for Heliotron-type Reactors .... 274§3. Study of the Fusion Power Rise-Up, Steady State, and Shutdown
Scenarios in Helical Reactors........................................................................ 275§4. Development of a System Code for a Helical Fusion Reactor...................... 276§5. Design Study of Indirect Cooling Superconducting Magnet for the
Helical Reactor .............................................................................................. 277§6. Analysis of Tritium Fluoride Behavior and Recovery of Tritium in a
Molten Salt Flibe Blanket ............................................................................. 278§7. Feasibility of Helium Gas Turbine System for Molten Salt Blanket ............ 279§8. Research on the First Wall Cooling Technique in a Flibe Liquid Blanket
System ........................................................................................................... 280§9. Heat Transfer Between Pebbles Considering Large Temperature GradientInside Pebble ................................................................................................. 281§10. Study on Heat Transfer Region for Fluid System in a Liquid Blanket ......... 282§11. Design Study of the Electrical Power System for FFHR .............................. 283§12. Study on Vapor Shielding Effects under High Temperature and Particles
for Nuclear Fusion Reactor ........................................................................... 284§13. Burning Criteria for D-3He Reactor .............................................................. 285(3) Fusion Reactor System and Safety ....................................................................... 286§1. Studies of Interaction between Cooling Pipe Materials and Tritium, andTheir Chemical Behaviors............................................................................. 287§2. Advancement of Water-Hydrogen Chemical Exchange Apparatus byIntroducing Trickle Bed Reactor ................................................................... 288§3. Development of Advanced Catalyst for Isotope Exchange Reaction
Quantification of Reaction Rate .................................................................... 289§4. Development of High-Power Adsorbents for Hydrogen Isotope
Separation by Pressure Swing Adsorption Method ...................................... 290ix§5. Study on Polymer Membrane Type Dehumidifier for Tritium Removal ...... 291
3. CHS Experiments ................................................................................................................ 292§1. Reheat Mode Discharges in Search of Attainable High Stored Energy of
CHS ............................................................................................................... 293§2. Observation of Overdense Plasma Heating by ECH Due to O-X-B Mode
Conversion in CHS ....................................................................................... 294§3. First Observation of High Density Edge Transport Barrier Formation
during Reheat Mode of Helical Plasma on CHS ........................................... 295§4. Confinement of High Density Edge Transport Barrier during Reheat
Mode on CHS ................................................................................................ 296§5. Comparison between Magnetic Configuration and Rotational Transform
Profile during ETB formation on CHS.......................................................... 297§6. Edge Pedestal Structure Measured with CXS at a Horizontally ElongatedCross Section ................................................................................................. 298§7. Study of an Edge Transport Barrier by Langmuir Probes in the Compact
Helical System .............................................................................................. 299§8. Impurity Measurements for Edge Transport Barrier Discharges in the
Compact Helical System ............................................................................... 300§9. Radial Phase Shift of the EHO Measured Using Beam Emission
Spectroscopy in ETB Discharge in CHS (NIFS02KZPD003) ...................... 301§10. HCN Laser Scattering Measurement of ETB-Formed Plasmas in CHS ....... 302§11. Neutral Particle Transport in CHS Edge Region .......................................... 303§12. Ion Internal Transport Barrier in CHS .......................................................... 304§13. Effect of Magnetic Configuration on Confinement Improvement of CHS
Plasmas .......................................................................................................... 305§14. Spectrograph of Electric Field Fluctuation in Toroidal Helical Plasma ....... 306§15. The Density Profile Measurement with Heavy Ion Beam Probe System
on CHS .......................................................................................................... 307§16. Reconstruction Method of Local Density Fluctuation Spectrum with a
Heavy Ion Beam Probe ................................................................................. 308§17. Fluctuation Measurement of High Density Plasma using HIBP with Rb
Ion Beam ....................................................................................................... 309§18. Observation of Nonlinear Interaction between Coherent and Turbulent
Magnetic Fluctuations on CHS ..................................................................... 310§19. Measurements of Electron Density Fluctuations in CHS Plasmas byUsing YAG Laser Imaging Method .............................................................. 311§20. Up-Down Asymmetry of the Plasma in the Ergodic Layer of CHS ............. 312§21. Design and Initial Operation of Lost Fast-Ion Probe Based on Thin
Faraday Films in CHS ................................................................................... 313§22. Measurement of Energetic Ion Profile by Calorimetric Method ................... 314§23. Formation of Peaked Density Profile in Dimensionally Similar Low
Temperature Plasmas at Very Low Toroidal Magnetic Field on CHS ......... 315§24. Measurement of Power Deposition Profile by Heating Power Modulationof 2.45 GHz Microwaves in CHS ................................................................. 316§25. Intermittent Transport of Particle and Heat in Scrape-Off Layer ofLimiter and Divertor Configurations of CHS................................................ 317§26. Electron Heating and Plasma Production by Whistler Wave andMicrowave Discharges in Low Toroidal Field ............................................. 318§27. Radial Electric Field Control by Electron Injection in CHS ......................... 319§28. Study on the Mechanism of Collisionless Inward Penetration of Electrons
via Stochastic Magnetic Region and Experimental Investigation ofEnergetic Electron Trap in Helical Magnetic Surface .................................. 320

x§29. Cotton-Mouton Polarimeter with the Use of HCN Laser ............................. 321§30. Installation of New 54.5 GHz Gyrotron to ECH System in CHS ................. 322§31. Change of Effective Anode Area in Neutral Beam Injector for Compact
Helical System .............................................................................................. 323§32. CHS Data Acquisition and Analysis System ................................................ 324
4. Basic Research and Development ....................................................................................... 325§1. High Density Plasma Experiment HYPER-I ................................................ 326§2. Radial Force Balance in Plasma Hole and Anomalous ExB Drift
Solution ......................................................................................................... 327§3. Measurements of Neutral-Gas Flow in High-Density Plasma Using a
Tunable Laser Diode ..................................................................................... 328§4. Measurement of Rotational Flow Velocity Using Laser-Induced
Fluorescence Spectroscopy ........................................................................... 329§5. Plasma Flow Measurement using Facing-Double Probe .............................. 330§6. Coefficient of Ion Sensitive Probe for Ion Temperature Measurement ........ 331§7. Excited Atomic Processes as Fundamental Researches for New Plasma
Diagnostic ..................................................................................................... 332§8. Study of the Excitation Processes in Electron-Ion Collisions ....................... 333§9. Isotope Effect on Charge Transfer by Slow Lithium Ions from Hydrogen
Molecules ...................................................................................................... 334§10. Measurement of EUV Out-of-Band Spectra in Laser Produced Sn
Plasmas .......................................................................................................... 335§11. Theoretical and Experimental Studies on the Contribution of
Wave-Particle Interactions to Radial Transport in a Strongly Magnetized
Non-neutral Plasma ....................................................................................... 336§12. Study on Spatio-Temporal Structure of Bistable Density Transition ........... 337§13. Basic Process of Solid Hydrogen Ablation by Means of Pellet Injection
Apparatus with Changeable Size .................................................................. 338§14. Production of Ions and Radicals in H2 ECR Plasma with Controlled
Electron Temperature .................................................................................... 339§15. Plasma-Quenching Efficiency of Molecular Gas Inclusion on
Temperature of Ar Induction Thermal Plasmas ............................................ 340§16. High Efficiency RF Induction Plasma Generation ........................................ 341§17. Experimental Study of Current Drive Using Nernst Effect .......................... 342§18. Particle Reflections of Low Energy Light Ions from a Polycrystalline W
Surface........................................................................................................... 343§19. Experimental Study of Plasma Loaded Cyclotron Resonance Maser
Using TPD-II Machine at NIFS .................................................................... 344§20. Effects of 1/ν Ripple Diffusions on the Parallel Viscosity and Bootstrap
Current........................................................................................................... 345
5. Theory and Computer Simulation Project........................................................................... 346§1. Axisymmetric Toroidal Equilibrium with Flow in an Extended MHD
Model ............................................................................................................ 348§2. Properties of Ballooning Modes in the Planar Axis Heliotron
Configurations with a Large Shafranov Shift................................................ 349§3. The 2nd Stability of Ballooning Modes in the Inward-shifted LHD
Configurations ............................................................................................... 350§4. Nonlinear Evolution of 3D MHD Instability in LHD ................................... 351§5. MPI Parallelization of MEGA Code for Helical Plasmas ............................. 352§6. Nonlinear MHD Effects on the Alfvén Eigenmode Evolution ..................... 353§7. Simulations of Alfvén Eigenmodes with an Extended Ohm’s Law ............. 354§8. Motion of Ablation Cloud in Torus Plasmas ................................................ 355

xi

§9.
§10.
§11.
§12.
§13.
§14.
§15.
§16.
§17.
§18.
§19.
§20.
§21.
§22.
§23.
§24.
§25.
§26.
§27.
§28.
§29.
§30.
§31.
§32.
§33.
§34.
§35.
§36.
§37.

xii

Nonlinear Three Dimensional Simulation of Current-Driven Resistive
Wall Mode ..................................................................................................... 356
Multi-Scale-Nonlinear Interactions among Micro-Turbulence, Magnetic
Islands, and Zonal Flows............................................................................... 357
Extension of Gyrokinetic-Vlasov Simulation for Helical Systems............... 358
Releasing of Spherical Conducting Dust Particle from Plasma-Facing
Wall under Biased Potential .......................................................................... 359
Effect of Gravity on Releasing of Spherical Conductive Dust Particle
from Plasma-Facing Wall ............................................................................. 360
Electrostatic Potential due to Induced Charge of Spherical Dust in
Non-Uniform Electric Field .......................................................................... 361
Rate Coefficient of Electron Impact Ionization for Electron TruncatedMaxwellian Distribution – Single Electron Temperature – .......................... 362
Rate Coefficient of Electron Impact Ionization for Electron TruncatedMaxwellian Distribution – Double Electron Temperature –......................... 363
Core-SOL-Divertor Model Based on JT-60U Recycling Database andApplication to EAST Operation Space ......................................................... 364
Self-Consistent Computation of Radiation Transfer in Edge Plasmas
Based on Collisional Radiative Model and Neutral Transport Model .......... 365
Three-Dimensional Particle-in-Cell Simulation of Blob Transport .............. 366
Edge Plasma Simulation for Stellarator System with 2D Transport CodeUEDGE ......................................................................................................... 367
Integrated Simulations for Fast Ignition with Cone-Guided Targets ............ 368
Formation of Non-Maxwellian Distribution and Its Role in Collisionless
Driven Reconnection ..................................................................................... 369
Improved Upstream Boundary Condition for PASMO ................................ 370
Mass Ratio Dependence of Drift Kink Instability in the Current Sheet ....... 371
Development of 3D MHD Simulation Code for Magnetic Reconnection
in an Open System ........................................................................................ 372
Real-Time Earth Magnetosphere Simulator with 3-Dimensional MHD
Code .............................................................................................................. 373
Simulation of Interplanetary Shock Wave Caused by CME on August 25,
2001 ............................................................................................................... 374
Three-Dimensional Simulation Study of Flux Rope Dynamics in the
Solar Corona.................................................................................................. 375
Jet Formation Driven by Magnetic Bridges between Ergosphere and Disk
Around Rapidly Rotating Black Hole ........................................................... 376
Analysis of the Energy Transfer in NS and MHD Turbulence by Using
Massive DNS ................................................................................................ 377
Multifractal Characterization of L- and H-mode Plasma Edge
Turbulence..................................................................................................... 378
A Signature of Wave Collapse in the GNLS Model of Plasma
Turbulence..................................................................................................... 379
Low-Frequency Instabilities Due to Flow Velocity Shear in Magnetized
Plasmas .......................................................................................................... 380
Molecular Dynamics Simulation for Structure Formation of a Single
Polymer Chain in Solution: Local Orientational Correlation ....................... 381
Three Processes of the Reaction between a Hydrogen Atom andGraphene ....................................................................................................... 382
Quantun Nernst Effect................................................................................... 383
A Complementary Fluid Method in δƒ Particle Simulation ......................... 384

§38. A Primal Coarse-Projective Integration Scheme in Multi-Scale Plasma
Dynamics....................................................................................................... 385§39. Orthonormal Divergence-Free Wavelet Analysis of Nonlinear
Interactions in a Rolling-Up Vortex Sheet .................................................... 386§40. A Glassless Stereo-Type Visualization System for 3D MHD Real-Time
Earth’s Magnetosphere Simulator ................................................................. 387§41. Construction of Seamlessly Integrated System between Virtual
Environment and Numerical Simulation Environment ................................. 388
6. Personal Interchange Joint Research Program .................................................................... 389§1. Electron Bernstein Wave Heating by Long Wavelength Microwave in a
Spherical Tokamak and a Helical Device ..................................................... 392§2. Assessment on Fusion Energy Development from the Socio-Economic
Viewpoint ...................................................................................................... 393§3. Ion Heating and Acceleration in a Supersonic Plasma ................................. 394§4. Higher-Harmonic Oscillation of Peniotron ................................................... 395§5. Clarification on Cooling Mechanism of Stirling Type Pulse Tube
Cryocooler ..................................................................................................... 396§6. Study on Various Atomic Processes of Impurity Highly Charged Ions by
Versatile Ion Sources .................................................................................... 397§7. Study on Purification and Compatibility of Structural Materials with
Molten Salt Breeder ...................................................................................... 398§8. Analysis of Jc Properties in High Magnetic Fields for Low Activation
Superconducting Wires ................................................................................. 399§9. Experimental and Theoretical Studies of Startup Methods for Spherical
Tokamak Plasmas.......................................................................................... 400§10. Advanced Large-Scale Simulation on Fusion Plasmas by Using the Earth
Simulator ....................................................................................................... 401§11. Heating and Current Drive Experiments on the TST-2 Spherical
Tokamak ........................................................................................................ 402§12. Degradation of Nb3Sn Superconducting Cable Due to MechanicalStress ............................................................................................................. 403§13. Magnetic Island Effect on Radial Particle Flux in TU-Heliac ...................... 404§14. ECH Plasma Experiments with an Internal Coil Device Mini-RT ............... 405
7. Collaborations Using Super SINET .................................................................................... 406§1. Reconstruction of the Network for Collaboration using Super-SINET ........ 408
8. Fusion Science Archives ..................................................................................................... 409§1. NIFS Fusion Science Archives Database and Studies on the Problems
Related to Its Disclosure ............................................................................... 410§2. Complementary Study of Nuclear Fusion Archiving by Means of Oral
History ........................................................................................................... 411§3. The Role of Inter-University Institute for Nuclear Fusion Research in
Early Period ................................................................................................... 412§4. Archival Studies on the Nuclear Fusion Research from Chronological
Aspect ............................................................................................................ 413§5. Research on History of Fusion and Plasma Research Devices ..................... 414§6. The Chronology on the International Exchange of Nuclear Fusion
Study ............................................................................................................. 415§7. US-Japan Workshop on Fusion Science Archives ........................................ 416
9. Coordination Research Center ............................................................................................ 417§1. Helium Ash Removal by Moving-Surface PFCs .......................................... 419§2. How to Product, Use, and Export Photovoltaic Power in Developing
Countries ....................................................................................................... 420

xiii

§3.
§4.
§5.

Development of Cryogenic Foam Target with Guide Cone for FIREX-I .... 421
Activities on ITER Collaboration ................................................................. 422
3D Edge Transport Analysis of ITER Start-Up Configuration for Limiter
Power Load Assessment ............................................................................... 423§6. Microwave Heating of Water, Ice and Salt Solution: Molecular Dynamics
Study ............................................................................................................. 424§7. Destruction of an Intense Laser-Irradiated Fullerene Molecule: Ab initio(First-Principle) Molecular Dynamics Study ................................................ 425§8. Ab initio Molecular Dynamics Study of Graphite Erosion and Formationof Hydrocarbon Molecules by Absorption of Many Hydrogen Atoms ........ 426§9. Experimental Analysis for Thermally Non-Equilibrium State Under
Microwave Irradiations: A Greener Process for Steel Making ..................... 427§10. Observation of the Temperature-Jump of the Sample during Microwave
Iron Making ................................................................................................... 428§11. Carbon Ion Emission Lines during Radiation Collapse in LHD................... 429§12. EUV Spectra of Xe Ions Measured from LHD for Study of High Z Ion
Emission ........................................................................................................ 430§13. Identification of Resonance Excitation Double-Autoionization of Li-likeIodine Ions ..................................................................................................... 431§14. Dielectronic Recombination Rate Coefficients to Excited States of
Mg-like Fe and Dielectronic Satellite Lines ................................................. 432§15. Recommended Data on Proton-Ion Collision Rate Coefficients for
Fe X – Fe XV and Fe XVII – Fe XXIII Ions ................................................ 433§16. Evaluation of Electron Impact Excitation Rate Coefficients for
Fe M-shell Ions ............................................................................................. 434§17. Development of a Collisional-Radiative Model of Oxygen Ions for
Plasma Diagnostics ....................................................................................... 435§18. Analysis of CV Spectral Lines and the Emitting Location in LHD
Plasma ........................................................................................................... 436§19. Cluster of Mono-Vacancy and Hydrogen Atoms in Ferritic Iron ................. 437§20. Temperature Effect on Charge Transfer and Ionization in Collisions of
H+ Ions with Hydrocarbon Molecules ........................................................... 438§21. LHD Simulated Experiment for Solar Non-Equilibrium Plasmas andDevelopment of Its Spectroscopic Diagnostic Tools .................................... 439§22. Plasma Diagnostics of Fe Ion Spectra for Solar-B and LHD........................ 440§23. Network of Atomic and Molecular Database Related the Processing
Plasmas .......................................................................................................... 441§24. Atomic and Molecular Data Compilation and Update of the NIFS
Databases for Molecular Targets .................................................................. 442§25. New System of Differential Cross Section Databases .................................. 443§26. Study of Evolutional Data Collecting System for the Atomic andMolecular Databases ..................................................................................... 444§27. Private Tutoring Academy KENZAIJUKU Started ...................................... 445§28. EUV Spectra by Xeq+ + Xe Charge Transfer ................................................ 446
10. Fusion Engineering Research Center .................................................................................. 447§1. Neutronics for Li/Vanadium-alloy and Flibe/Vanadium-alloy Blanket
Systems ......................................................................................................... 449§2. Development of 3-D Neutronics Calculation System for Helical Reactor
Design ........................................................................................................... 450§3. Fabrication of Erbium Oxide Coatings by Arc-Source Plasma Deposition
Device for Vanadium-Lithium Blanket System ............................................ 451

xiv

§4.

The Structural Stability and Growth Process of Er2O3 In-situ Coating on
V-4Cr-4Ti ...................................................................................................... 452§5. Activation Experiment with D-T Neutrons on Materials Relevant toLiquid Blankets ............................................................................................. 453§6. Impurity Behavior in V-4Cr-4Ti-Y Alloys Produced by Levitation
Melting .......................................................................................................... 454§7. Creep Property of NIFS-Heat-2 Alloy Strengthened by Precipitation andCold Rolling .................................................................................................. 455§8. Temperature Effect on Strain Hardening and Fracture Mode of JLF-1
Steel under Static Plastic Deformation ......................................................... 456§9. Compatibility of Low Activation Ferritic Steels with Liquid Lithium ......... 457§10. Irradiation Effect of 14 MeV Neutron on Interlaminar Shear Strength of
Glass Fiber Reinforced Plastics .................................................................... 458§11. Annealing Effect on Microstructure and Superconductivity of V-based
Laves Phase Compound Wires through a RHQ Process ............................... 459
11. Safety and Environmental Research Center ........................................................................ 460§1. Measurement Error of Radiation Monitoring by Means of an Electronic
Dosimeter ...................................................................................................... 461§2. Design of an Integrating Type Neutron Dose Monitor ................................. 462§3. Sensitivity of TLD and RPLD to Cosmic Ray Hard Component Measured
in Ogoya Tunnel ............................................................................................ 463§4. Consideration of Measuring Tritium Concentration in Air Using Gas
Chromatograph .............................................................................................. 464§5. Chemical Reaction Equation of Water Vapor Decomposition on a
Zirconium-Nickel Alloy ................................................................................ 465§6. Performance Test of Direct Immersion Method to Detect Tritium inConcrete ........................................................................................................ 466§7. Theoretical Expressions for Removing Tritium from Exhaust Gas .............. 467§8. Characteristics of Honeycomb Catalysts for Oxidation of TritiatedHydrogen and Methane Gases ...................................................................... 468§9. Entrainment Behavior of Activated Dust in Accidental Event ..................... 469§10. Development of Exhaust Gas and Effluent Liquid Treatment System for
LHD............................................................................................................... 470§11. Development of Proportional Counter to Measure Tritium in
Atmospheric Air ............................................................................................ 471§12. Environmental Atmospheric Tritium Monitoring with Discriminate
Sampling of Different Chemical Forms ........................................................ 472§13. A Simplified Method for Tritium Measurement in the Environmental
Water Samples .............................................................................................. 473§14. Field Measurement in Hi-Level Multiple Source EM Environment ............ 474§15. Measurements of Static and Variable Magnetic Fields in a Large Plasma
Experimental Facility .................................................................................... 475
12. Computer and Information Network Center ....................................................................... 476
13. Bidirectional Collaborative Research Program ................................................................... 480§1. Study of Potential Confinement Mechanism via Plasma Visualization
Technology .................................................................................................... 481§2. Study of Impurity Ion Radiation Intensity in the GAMMA 10 Plasma ........ 482§3. ICRF Wave Excitation and Propagation in the GAMMA 10 Tandem
Mirror ............................................................................................................ 483§4. Development of High Performance Antennas for Electron Heating in
GAMMA 10 .................................................................................................. 484

xv

§5.
§6.
§7.
§8.
§9.
§10.
§11.

§12.
§13.

§14.
§15.
§16.
§17.
§18.
§19.
§20.
§21.
§22.
§23.
§24.
§25.
§26.
§27.
§28.
§29.
§30.
§31.
§32.

xvi

Propagation and Radiation of Cyclotron Waves and Excitation ofFluctuations Due to High Power Plug ECRH ............................................... 485
ICRF Heating and Ion Acceleration at the Open End in GAMMA 10 ......... 486
Plasma Polarization Spectroscopy on GAMMA10 Tandem Mirror
Plasma ........................................................................................................... 487
Excitation of RF Waves in GAMMA 10 and in the Local Magnetic
Mirror Configuration on LHD ....................................................................... 488
Comprehensive Study of Relationship between Electron Distributions
and Performances of Microwave and Mirror Devices .................................. 489
Study of Radial Transport of Bounce Ions by Use of a Lithium Beam
Probe Method ................................................................................................ 490
Cross Correlation Measurement between Density and Potential
Fluctuations in a Tandem Mirror for the Purpose of Radial Transport
Control........................................................................................................... 491
Analysis of Neutral Particle Transport and Recycling Behavior in Open
Magnetic Field Configuration Plasmas ......................................................... 492
Progress in Potential Formation and Radial-Transport-Barrier
Production for Turbulence Suppression and Improved Confinement in
GAMMA 10 .................................................................................................. 493
Initial Results of CUSPDEC Applied to the GAMMA 10 Tandem
Mirror ............................................................................................................ 494
Effects of Non-Axisymmetric Magnetic Field on Characteristics of
Axisymmetric Cusp DEC .............................................................................. 495
The Observation of the Negative Toroidal Current in Heliotron-J ............... 496
ICRF Heating Experiment in Heliotron J...................................................... 497
Hard X-Ray Diagnostic by Use of CdTe Detector in Heliotron J................. 498
Evaluation of Boozer Coordinates Based on the Field Line Tracing
Approach ....................................................................................................... 499
Study of Neutral Hydrogen Atom and Impurity Behaviors in Heliotron J
III-2 ............................................................................................................... 500
Optimization of Helical System Concept ...................................................... 501
Study of Peripheral Plasma in Heliotron J Using Fast Camera .................... 502
Study on Neutral Particle Transport in Non-Axisymmetric Helical
Plasmas .......................................................................................................... 503
Study on Tritium Behavior in Liquid Blanket System of Laser Inertial
Fusion Reactor .............................................................................................. 504
Aerosol Formation and its Effects on the Chamber Wall Lifetime andOperation of IFE Power Reactors ................................................................. 505
Surface Wave Structure of Vertical Liquid Film Flow with Artificial
Oscillation ..................................................................................................... 506
X-ray Penumbral Imaging for Laser-Produced Plasma–Uniformly Redundant Penumbral Array– .................................................. 507
Design Study on Foam-Cryogenic Targets by Integrated Simulations ......... 508
Natural Diamond Detector for Neutron and γ-ray Measurements in Laser
Fusion Experiments ....................................................................................... 509
Development of Gas Gun for Target Injection in Laser-Fusion Reactor ...... 510
Preliminary Study of Chamber Engineering for Fast Ignition Laser
Fusion Reactor .............................................................................................. 511
IFE Reactor Chamber Wall Ablations with Intense Particle and Laser
Beams ............................................................................................................ 512

§33. Establishment of Material Database Including High Temperature
Irradiation Effect and Material Design of SiC/SiC Composites for
Inertial Fusion Dry Wall Chamber ................................................................ 513§34. Development of Coil Gun for Fast Ignition .................................................. 514§35. Researches on Compression and Heating of Cryogenic Target andRelated Physics ............................................................................................. 515§36. X-ray Imaging in Fast Ignition Fusion Experiments–An ICA based Poisson-Noise Reduction Algorithm– ................................. 516§37. Neutral Particle Behavior in the Edge Plasma of TRIAM-1M Tokamak
Measured Using Zeeman Spectroscopy (NIFS04KUTR001) ....................... 517§38. Start-Up and Sustainment of Spherical Tokamak by ECH/ECCD ............... 518§39. Experimental Study of Compact Plasma Wall Interaction Experimental
Device (CPD) ................................................................................................ 519§40. Modeling of Global Particle Balance and Plasma-Surface Interactions in
TRIAM-1M ................................................................................................... 520§41. Active Control Over Wall Recycling in a Spherical Tokamak: CPD by aMoving-Surface PFC .................................................................................... 521§42. Compact Toroid Injection into Spherical Tokamak Plasmas in the SmallPWI Device ................................................................................................... 522§43. Generation of Runaway Electrons by Electron Cyclotron Wave Heating
during Current Disruption of TRIAM-1M Tokamak .................................... 523§44. Design Study of Long-Pulse NBI for the Plasma Boundary Dynamics
Experimental Device ..................................................................................... 524§45. Development of Two-Dimensional Lithium Beam Probe for Edge
Density Measurement in CPD ....................................................................... 525§46. Integration of PWI Experiments, Diagnostics, Simulation and Modelingin Steady State Plasma .................................................................................. 526§47. Current Drive and Heating Experiments using RF/mm-Waves on the
TRIAM-1M Tokamak ................................................................................... 527§48. Dust Measurement in TRIAM-1M using Fast Camera ................................. 528§49. Neutral Particle Transport in Steady-State Torus Plasmas ........................... 529§50. Construction and Development of Long Term Sustained Spherical
Tokamak “QUEST” in Kyushu University ................................................... 530§51. Development of an Ion Beam Source for a Low Voltage / High Current
Neutral Beam Injector ................................................................................... 531§52. Organization of the All-Japan ST Research Group....................................... 532
14. Public Relations Office ....................................................................................................... 533
15. Research Information Office ............................................................................................... 534
III. International Collaboration ....................................................................................................... 535
1. US – Japan (Universities) Fusion Cooperation Program .................................................... 537
2. TEXTOR Collaboration ...................................................................................................... 540
3. International Collaboration on Helical Fusion Research— IEA Stellarator Agreement — ........................................................................................ 542
4. JSPS-CAS Core-University Program on Plasma and Nuclear Fusion ................................ 558
IV. Department of Engineering and Technical Services ................................................................. 564
V. Department of Administration .................................................................................................. 577
APPENDIX 1. Organization of the Institute.................................................................................. 580
APPENDIX 2. Members of Committees ....................................................................................... 581
APPENDIX 3. List of Staff ........................................................................................................... 582
APPENDIX 4. List of Publications I (NIFS Series) ...................................................................... 589
APPENDIX 5. List of Publications II (Journals, etc.) ................................................................... 591
Author Index ...................................................................................................................................... 606

xvii

How to Reach National Institute for Fusion Science ......................................................................... 615

xviii

I. National Institute for Fusion Sciencein April 2005 – March 2006

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.

Superdense Plasma in LHD

Morisaki, T., Masuzaki, S., Kobayashi, M., Ohyabu,N., Komori, A.

5

§2.

Super Dense Core Plasma (location of
IDB)

Ohyabu, N., Morisaki, T., Masuzaki, S., Kobayashi,M., Komori, A.

6

§3.

Super Dense Core Plasma (high beta)

Ohyabu, N., Morisaki, T., Masuzaki, S., Kobayashi,M., Komori, A.

7

§4.

Particle Balance Study in the LHD

Masuzaki, S.

8

§5.

Long-Duration Sustainability of Pellet
Fueled High Performance Plasma

Sakamoto, R., Yamada, H., Hoshino, M.

9

§6.

Observation of Slow Transition between
Two Transport Branches with Different
Temperature Dependence in LHD

Ida, K., Inagaki, S., Sakamoto, R., Tanaka, K., Itoh, K.

10

§7.

Effect of Elongation on Transport in ECH
PlasmaYamada, H., Yokoyama, M., Murakami, S.

11

§8.

Radial Structure of Edge Transport Barrierin Inward-Shifted Configuration of LHD

Toi, K.,
Watanabe, F.,1)
Ohdachi, S., Narihara, K., Morisaki, T., Ida, K.,
Masuzaki, S., Miyazawa, K., Morita, S., Sakakibara,S., Tanaka, K., Tokuzawa, T., Watanabe, K.W.,
Yoshinuma, M., LHD Experimental Group1)
Dep. Energy Sci. and Engineering, Nagoya Univ.,
Japan

12

§9.

Effects of Applied Resonant Helical-Field
Perturbations on ETB FormationToi, K.,
Watanabe, F.,1)
Ohdachi, S., Narihara, K., Morisaki, T., Ida, K.,
Masuzaki, S., Miyazawa, K., Morita, S., Sakakibara,S., Tanaka, K., Tokuzawa, T., Watanabe, K.W.,
Yoshinuma, M., LHD Experimental Group1)
Dep. Energy Sci. and Engineering, Nagoya Univ.,
Japan

13

§10. Observation of Radial Structure of Edge
MHD Modes in LHD Plasmas with L-H
Transition
Watanabe, F. (Dep. Energy Eng. Sci., Nagoya Univ.),
Toi, K., Ohdachi, S., Sakakibara, S., Watanabe, K.Y.,
Morita, S., Narihara, K., Tanaka, K., Yamazaki, K.

14

§11. H-mode-Like Discharges and ELM-Like
Activities under the Presence of ι/2π=1
at Ergodic Layer in LHD
Morita, S., Morisaki, T., Tanaka, K., Masuzaki, S.,
Goto, M., Sakakibara, S., Watanabe, K.Y.

15

§12. Comparison of Confinement Degradationin High Density and Particle Transport
between Tokamak and Helical Devices
Takenaga, H., Urano, H., Fujita, T. (JAEA), Muraoka,
K. (Chubu University), Tanaka, K., Yamada, H.

16

§13. Comparison of Experimental Transport
Coefficients and Prediction by the
Resistive g-Mode Theory
Funaba, H., Watanabe, K.Y., Sakakibara, S.,
LHD Experimental Group17§14. High Wp Experiment
Nagayama, Y., Sakamoto, R., Narihara, K.

18

§15. Effect of Island Size on High-Te Transition
during Core-Localized ECH
Shimozuma, T., Kubo, S., Inagaki, S., Yoshimura, Y.,
Igami, H., Notake, T., Mutoh, T.

19§16. Common Features of Core Electron-Root
Confinement (CERC) in Helical Plasmas
Yokoyama, M.,
Maaßberg, H.*, Ida, K., Castejon, F.**, Estrada, T.**,
Fujisawa, A., Minami, T., Shimozuma, T., Takeiri,Y., Tribaldos, V.**, Beidler, C.D.*, Dinklage, A.*,
Murakami, S.***, Yamada, H.
*Max-Planck Institut fur Plasmaphysik, Greifswald,
Germany**Laboratorio Nacional de Fusion, CIEMATFUSION, Spain***Dep. Nuclear Engineering, Kyoto Univ., Japan

20

§17. Direct Observation of Inward Electron
Flux Being Blocked in the Large Helical
DeviceNarihara, K., LHD Experimental Group

21

§18. Configuration Effects on Particle
Transport in LHD
Tanaka, K., Michael, C.A. (JSPS fellow), Kawahata,K.

22§19. Electron Transport Dynamics in LHD
Core Plasmas
Inagaki, S., Nagayama, Y., Kawahata, K.

23

§20. Study of Nonlocal Electron Heat
Transport on the High Temperature
Plasmas of LHD
Tamura, N., Inagaki, S., Tokuzawa, T., Tanaka, K.,
Michael, C., Sakakibara, S., Shimozuma, T., Kubo, S.,
Itoh, K., Kalinina, D.V., Sudo, S., Nagayama, Y.,
Kawahata, K.

24

§21. Observation of Spontaneous Toroidal
Flow in LHD
Yoshinuma, M., Ida, K.

25

§22. Configuration Effects on Turbulence
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), Yamagishi, O., Kawahata, K.

26

§23. Observation of Fluctuation Generated
by Energetic Particles and Electrons
Using Microwave Reflectometer
Tokuzawa, T., Osakabe, M., Sakakibara, S., Toi, K.,
Muto, S., Shimozuma, T., Kawahata, K.

27

§24. Microwave Imaging Reflectometry in
LHD
Yamaguchi, S., Nagayama, Y., Pavlichenko, R.,
Inagaki, S., Kogi, Y., Mase, A. (KASTEC, Kyushu
Univ.)

28§25. High-Beta Experiments in LHD
Sakakibara, S., Watanabe, K.Y., Yamada, H.

29

§26. Effect of Resonant Magnetic Field on
low-m Mode in LHD
Sakakibara, S., Watanabe, K.Y., Yamada, H.

30

§27. On the Reconstruction in LHD HighBeta Plasmas
Watanabe, K.Y., Yamaguchi, T. (Grad Univ.),
Narihara, K., Tanaka, K., Suzuki, Y.

31§28. Two-Dimensional Structure of the MHD
Instabilities and Its Non-Linear Evolution
in the Large Helical Device
Ohdachi, S., Toi, K.

32

§29. Effect of Separatrix Geometry on
Transport and MHD
Suzuki, Y., Yamada, H., Ida, K., Yoshimura, M.,
Kobuchi, T., Watanabe, K.Y., Tanaka, K.

33

§30. Minor Collapse of CurrentCarrying Plasma in LHD
Narushima, Y., Sakakibara, S., Watanabe,
K.Y.

34

§31. Control of Magnetic Shear by Neutral
Beam Injection in LHD
Ida, K., Yoshinuma, M., Kobuchi, T., Watanabe, K.Y.,
Nagaoka, K.

35

§32. Observation of Localized Oscillations
at m/n = 2/1 Rational Surface during
Counter Neutral Beam Injection
Isayama, A. (Japan Atomic Energy Agency),
Inagaki, S., Watanabe, K.Y., Narushima, Y.,
Sakakibara, S., Funaba, H., Ida, K., Nagayama, Y.,
Yamada, H., Kawahata, K., Komori, A., Motojima, O.,
LHD Experimental Group36§33. Particle Orbit Analysis in High Beta
Plasma of LHD
Matsumoto, Y., Seki, R., Oikawa, S., Itagaki, M.,
Shimoda, H., Shimizu, N., Tanaka, H. (Hokkaido
Univ.), Watanabe, K., Suzuki, Y., Sakakibara, S.,
Narushima, Y., Yamaguchi, T.

37

§34. Plasma Collapse Phenomenon in Ctr-NBI
Heating Plasma with the Magnetic
Configuration of Bq=200%
Nagaoka, K., Narushima, Y., Watanabe, K.Y.

38

§35. Zeeman Spectroscopy with Tomographic
Analysis
Goto, M., Morita, S.

39§36. High-Resolution Measurements of HαSpectral Line Profiles in LHD Steady State
PlasmasKondo, K., Arimoto, H. (Kyoto Univ.),
Oda, T. (Hiroshima Kokusai Gakuin Univ.),
Takiyama, K. (Hiroshima Univ.),
Masuzaki, S., Shoji, M., Goto, M., Morita, S., Noda,
N., Ida, K., Sato, K., Ohyabu, N., Sudo, S.

40§37. Application of Visible Bremsstrahlung toa Density Monitor in Steady State Fusion
ReactorHisamichi, Y. (Grad. Univ. Adv. Stud.),
Morita, S., Goto, M.

41§38. Estimation of the Particle Confinement
Time of the Helium Ash in LHD
Mitarai, O. (Kyushu Tokai University),
Sakamoto, M. (Kyushu University),
Tanaka, K., Goto, M., Morisaki, T., Masuzaki, T.,
Ashikawa, N. (NIFS)

42

§39. Achievement of 1.6 GJ Input in SteadyState Operation in LHD
Seki, T.

43§40. Long Pulse Discharge of MW-ICRF
Heated Plasma
Kumazawa, R.

44§41. Density, ICRF Power and Pulse Length
Operated in Steady State Experiment in
the 9th Cycle ExperimentSeki, T.

45§42. Mechanism of Magnetic Axis Sweeping
Divertor
Watanabe, T., Masuzaki, S., Nakamura, Y.

46§43. Characteristics of Impurity Content
in Long-Duration Discharges with
Magnetic Axis Sweeping
Nakamura, Y., Kumazawa, R., Mutoh, T., LHD
Experimental Group47§44. Distribution of Divertor Temperature
after Long Pulse Operation Using ICRF
Heating in 9th Cycle ExperimentSeki, T.

48

§45. Wall Recycling Study Using Pulsed
Gas Puffing during a Long Duration
Discharge in LHD
Sakamoto, M. (Advanced Fusion Research Center,Research Institute for Applied Mechanics, Kyushu
Univ.), Nakamura, Y., Takeiri, Y., Kumazawa, R.,
Tanaka, K., Noda, N., the LHD Experimental Group49§46. Instantaneous ECH Injection for ICRF
Heated Long Pulse Plasma Discharge
Kumazawa, R., Shimpo, F., Kubo, S.

50§47. Optimization of Magnetic Configuration
and Polarization for Long Pulse Plasma
Sustainment with ECH
Yoshimura, Y., Kubo, S., Shimozuma, T., Igami, H.,
Kobayashi, S., Ito, S., Mizuno, Y., Takita, Y., Notake,T., Mutoh, T., Inagaki, S., Sakakibara, S., Tanaka, K.,
Tokuzawa, T., Narihara, K.

51

§48. Density Limit Study in LHD
Miyazawa, J., Sakamoto, R., the High-Density Group52§49. The Highest Density Achieved in LHD
Miyazawa, J., Sakamoto, R., the High-Density Group53§50. Divertor Transport Study of LHD
Kobayashi, M., Morisaki, T., Masuzaki, S., Shoji, M.,
Miyazawa, J., Ohyabu, N., Komori, A., Motojima, O.,
the LHD Experimental Group (NIFS),
Feng, Y., Sardei, F., Igitkhanov, Y. (MPI, IPP),
Reiter, D. (FZJ, IPP)

54

§51. Simulation of Sheet-Shaped Lithium
Beam Probe Performance for TwoDimensional Edge Plasma Measurement
Tsuchiya, H. (Graduate University for Advanced
Studies), Morisaki, T., Komori, A.

55

§52. Analyses of the Effect of a Closed
Divertor Configuration on the Density
Profile of the Neutral Hydrogen
Molecules in the LHD Divertor
Shoji, M.

56§53. Analyses of the Polarization Resolved
H-alpha Spectra in Various Magnetic
Configurations in LHD
Shoji, M.,
Iwamae, A., Sakaue, A., Atake, M. (Dept. Eng. Phy.
Mech. Graduate School of Eng., Kyoto Univ.)57§54. Development of Pellet Ablation Model
Considering the Effect of the Plasma
Shielding
Hoshino, M. (Nagoya Univ.),
Sakamoto, R., Yamada, H., Kumazawa, R., Watari, T.

58

§55. Application of Tomographic Imaging
to Photodiode Arrays in LHD
Liu, Y., Tamura, N., Peterson, B.J. (NIFS),
Iwama, N. (Daido Institute of Technology)59§56. Imaging of Radiation from TESPEL
Injected into a Magnetic Island in
LHD
Peterson, B.J., Tamura, N., Liu, Y. (NIFS)

60

§57. Laser Calibration of the Infrared
Imaging Video Bolometer
Parchamy, H., Peterson, B.J. (NIFS),
Konoshima, S. (JAEA)

61

§58. LHD Gauge by External Coil Currents
Watanabe, T., Akao, H.

62§59. Study on Generation Mechanism ofParticles in LHD
Shiratani, M., Koga, K., Kiridoshi, S. (Dept.
Electronics Kyushu Univ.),
Ashikawa, N., Nishimura, K., Sagara, A.

63

§60. 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.

64§61. The Effect of Argon and Helium Glow
Discharge Cleaning on Boronized
Surface in LHD
Kizu, K., Yagyu, J., Ishimoto, Y., Nakano, T., Tsuzuki,K., Miya, N. (JAEA),
Ashikawa, N., Nishimura, K., Sagara, A.

65

§62. Toroidal Uniformity of Boronized Wall
During 8th 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 Group66§63. Study on Hydrogen Retention and Its
Existing State in Boron Film Exposed to
Hydrogen Glow Discharges
Okuno, K., Oya, Y., Yoshikawa, A., Oyaidzu, M.
(Fac. of Sci., Shizuoka Univ.),
Ashikawa, N., Nishimura, K., Sagara, A., Noda, N.
(National Institute for Fusion Science)67§64. Ion Cyclotron Conditioning with Strong
Magnetic Field in LHD
Ashikawa, N., Masuzaki, S., Nishimura, K., Sagara,
A., Saito, K., Seki, T.

68§65. Recent Progress on High Ion
Temperature Experiment in the LHD
Ikeda, K., Morita, S., Takeiri, Y., Ida, K., Kaneko,
O., Mutoh, T., Nakamura, Y., Tsumori, K., Oka, Y.,
Goto, M., Nagaoka, K., Kumazawa, R.

69

§66. Ion Temperature Rise in Electron-ITB
Plasmas Formed with Combination of
ECH and NBI
Takeiri, Y., Morita, S., Ikeda, K., Ida, K., Tsumori, K.,
Oka, Y., Osakabe, M., Nagaoka, K., Kaneko, O.

70§67. Effect of Ripple Trapped Electrons on
Neutral Beam Driven Current in LHD
Nagaoka, K., Narushima, Y., Watanabe, K.Y.

71

§68. Fraction of Neutral Beam with Different
Energies Measured by the Beam
Emission Diagnostic
Ikeda, K., Nagaoka, K., Osakabe, M., NBI Group72§69. Plasma Sustainment by the ICRF Mode
Conversion Heating
Saito, K.

73§70. Experiment of Wave-Particle Interaction
by Use of Second Harmonic ICRF
Heating and NBI
Saito, K.

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

75§72. Study on Electron Bernstein Wave
Heating in High Density Regime
Nagasaki, K., Mizuuchi, T., Kobayashi, S., Watanabe,S., Tsuji, T. (IAE, Kyoto Univ.), Igami, H. (NIFS),
Murakami, M., Maekawa, T., Tanaka, H., Uchida,
M. (Kyoto Univ.), Isayama, A. (JAERI), Kubo, S.,
Yanagi, N., Shimozuma, T., Yoshimura, Y., Notake,T., Inagaki, S. (NIFS), Idei, H. (Kyushu Univ.)76§73. Excitation of Electron Bernstein Wave via
O-X-B Mode Conversion Process in theOver-Dense Plasma on LHD
Igami, H., Kubo, S., Laqua, H.P. (IPP Griefswald),
Nagasaki, K. (IAE, Kyoto Univ.), Inagaki, S.,
Shimozuma, T., Notake, T., Yoshimura, Y., Mutoh, T.

77§74. Variation of EBW and X-Mode
Absorption Profile with Changing theElectron Density
Igami, H., Shimozuma, T., Kubo, S., Nagasaki, K.
(IAE, Kyoto Univ.), Inagaki, S., Notake, T.,
Yoshimura, Y., Mutoh, T.

78§75. Analysis of Plasma Current Driven byElectron Cyclotron Waves
Idei, H. (Kyushu Univ.), Shimozuma, T., Fukuyama,A. (Kyoto Univ.), Notake, T., Kubo, S.

79§76. Electron Cyclotron Current Drive Using
2O-port Antenna
Notake, T., Shimozuma, T., Kubo, S., Yoshimura, Y.,
Igami, H., Kobayashi, S., Ito, S., Mizuno, Y., Takita,Y.

80§77. Ray-Tracing for Electron Cyclotron
Waves Propagating Obliquely with
Respect to Magnetic Field Lines
Notake, T., Kubo, S., Shimozuma, T., Yoshimura, Y.,
Igami, H., Kobayashi, S., Ito, S., Mizuno, Y., Takita,Y.

81§78. Study on Production of Energetic Ions in
ECH/ECCD Plasmas in LHD
Kobayashi, S. (IAE, Kyoto Univ.), Osakabe, M., Isobe,
M., Ozaki, T., Goncharov, P., Kubo, S., Shimozuma,
T., Yoshimura, Y., Igami, H., Muto, S., Nagasaki, K.,
Murakami, S. (Kyoto Univ.), Toi, K., Yamamoto, S.
(Osaka Univ)82§79. Stray Radiation Behavior Measured at
Different Locations in the LHD Vacuum
VesselIgami, H., Kubo, S., Laqua, H.P. (IPP Griefswald),
Nagasaki, K. (IAE, Kyoto Univ.), Inagaki, S.,
Shimozuma, T., Notake, T., Yoshimura, Y., Mutoh, T.

83

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

84

§1.

Influence of Magnetic Hysteresis on
Quench-Voltage Detection in Large
Superconducting Magnets

Takahata, K.

85

§2.

Optimization of the Distribution of Mass
Flow in the Helium Cooling System of
the LHD

Okamura, T., Nagakura, Y. (Tokyo Tech.),Imagawa, S., Yanagi, N., Hamaguchi, S., Maekawa, R.

86

§3.

Monitoring and State Estimation of the
LHD Coil

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

87

§4.

Open-Loop Excitation and ElectricalParameter Estimation of LHD
Superconducting Coils

Chikaraishi, H., Takami, S., Inoue, T., LHD Group,Ise, T. (Osaka Univ.)

88

§5.

Strain Measurement of Cryogenic
Support Structure of LHD

Nishimura, A.

89

§6.

Upgrading Program of LHD Helical Coils
by Subcooling

Imagawa, S., Yanagi, N., Hamaguchi, S., Mito, T.

90

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

91

§1.

Improvement of Compact Torus Injector
for Fuelling LHD

Fukumoto, N., Nagata, M. (Univ. Hyogo),
Masamune, S., Sanpei, A. (Kyoto Inst. Tech.),Takahashi, T., Asai, T. (Nihon Univ.),
Irie, M. (Waseda Univ.),
Miyazawa, J., Yamada, H.

92

§2.

Hydrogen Retention in Vanadium Alloy
Exposed to Hydrogen Plasma

Hatano, Y., Hara, M. (Univ. Toyama), Ashikawa, N.,
Nagasaka, T., Sagara, A., Muroga, T.

93

(2) Applied Superconductivity and Cryogenics

94

(Mito, T.)

95

§1.

Studies on the Thermo-MechanicalStrength Characteristics of Single Crystal
RE High Tc Bulk Superconductors

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

96

§2.

Design and Optimization of High Tc
Superconductors for Current Lead
Application

Yamada, Y., Ohkubo, J., Shimohiro, T., Tachikawa,
K. (Tokai University),
Tamura, H., Mito, T.

97

§3.

Effect of the Superheating on Heat
Transfer in Two-Dimensional Channels in
He II

Kobayashi, H. (Inst. Quantum Sci., Nihon Univ.)

98

§4.

Feasibility Study on SMES Systems Using
Stress-Minimized Helical Coils

Nomura, S., Tsutsui, H., Tsuji-Iio, S., Shimada, R.
(Tokyo Tech.),Chikaraishi, H.

99

§5.

Basic Studies of Electric Properties ofPolymeric Silver(I) Complexes at Low
Temperature

Chikaraishi, N. (Kanagawa University)

100

§6.

Study on Long Loops with LongTime Constants in Cable-in-Conduit
Superconductors

Hamajima, T., Yagai, T., Tsuda, M., Sato, H. (Tohoku
University),
Takahata, K.

101

§7.

Reliability of Cryogenic Composite
Electrical Insulation 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. (Mastue College of Technology),
Yamada, S. (National Institute of Fusion Science)

102

§8.

Evaluation of Electrical Insulation
Properties of Superconducting CoilsHara, M., Suehiro, J. (Kyushu Univ.),
Yamada, S.

103

§9.

Study on Cryogenic Characteristics ofAdvanced Uni-Polar Power Electronics
Devices and Their Application to High
Efficiency 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.

104

§10. Fundamental Study on Application ofMagnetic Levitation Using YBCO Bulk
Superconductor to Fusion Research
Tsuda, M., Hamajima, T. (Tohoku Univ.),
Ishiyama, A. (Waseda Univ.),
Noguchi, S. (Hokkaido Univ.),
Mito, T., Yanagi, N., Iwamoto, A.

105§11. Standardization of the Fabrication andthe Operation Technologies for Large
Scale Superconducting and Cryogenic
Systems
Haruyama, T., Kimura, N., Nakai, H., Aoki, K. (KEK),
Shintomi, T. (Nihon, Univ.),
Sato, A., Yuyama, M., Maeda, M., Dantsuka, T.
(NIMS),
Shiotsu, M., Shirai, Y., Hata, K. (Kyoto Univ.),
Mito, T., Yanagi, N., Maekawa, R., Iwamoto, A.,
Hamaguchi, S.

106

§12. Development of a New Conductor
Controlled the Twist Angle to Improve
the Performance of LTS Coils
Sumiyoshi, F., Kawabata, S., Kawagoe, A.
(Kagoshima Univ.),
Mito, T.

107§13. Basic Study on Oxide
Superconductors for Nuclear
Fusion Reactor
Iwakuma, M. (Kyushu University),
Mito, T.

108§14. A Co-axial Pulse Tube Current Lead
Development
Matsubara, Y., Maekawa, R., Takami, S., Kato, A.

109§15. “Cryodielectrics” – Electrical Insulation ofSuperconducting Power Equipment Basedon Partial Discharge Measurements
Hayakawa, N. (Nagoya University)110§16. Validation of the High Performance
Conduction-Cooled Prototype LTS Pulse
Coil for UPS-SME
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.),
Hemmi, T. (Graduate Univ. for Advanced Study),
Okumura, K., Kuge, A. (Technova),
Abe, R., Nakamura, A. (Shibuya Kogyo Co.)111

§17. Improvement in Cryogenic Stability of
the Model Coil of the LHD Helical Coilwith Lower Temperatures
Imagawa, S., Yanagi, N., Hamaguchi, S., Mito, T.

112

§18. Power Saving Trial of Helium
Compressors for the LHD Cryogenic
SystemYamada, S., Moriuchi, S.

113

§19. Cryogenic Stability of LTS/HTS Hybrid
Superconductors
Yanagi, N., Hemmi, T.,
Bansal, G. (Sokendai)114§20. Operation Test of 100kW Class DEMO
SMES
Chikaraishi, H., Hemmi, T., Mito, T.,
Abe, R. (Shibuya Co., Ltd.)115§21. Dynamic Simulation of a Large
Cryogenic Plant
Maekawa, R., Ooba, K., Mito, T.,
Ando, K. (Taiyo Nissan Co.)116§22. Design Optimization of Bi2212 HTS
Tubular Bulk with Conical Shape for
Current Lead
Tamura, H., Mito, T.,
Yamada, Y., Tachikawa, K. (Tokai Univ.),
Heller, R. (FZK)117

§23. Preliminary Cool-Down Tests of the
Cryogenic Target for the FIREX Project
Iwamoto, A., Maekawa, R., Mito, T., Motojima, O.,
Nakai, M., Norimatsu, T., Nagai, K. (ILE, Osaka
Univ.)

118

§24. Experimental and Numerical Studies on
Heat and Mass Flow of He II throughPorous Media
Hamaguchi, S., Maekawa, R.,
Okamura, T. (Tokyo Tech.),Baudouy, B. (CEA Saclay)119§25. Effect of Shielding Currents on Current
Decay Behaviors in HTS Coils
Hemmi, T., Yanagi, N., Seo, K., Takahata, K., Mito,
T., Bansal, G. (Grad Univ.)120§26. Development of HTS Loops for LongTime Plasma Diamagnetic Measurements
Hemmi, T., Yanagi, N., Mito, T., Bansal, G. (Grad
Univ.), Yamazaki, K. (Nagoya Univ.)121§27. Stability of NbTi/Cu CICC with Artificial
Non-Uniform Current Distribution
Bansal, G. (Sokendai), Seo, K., Yanagi, N., Hemmi,
T., Takahata, K., Mito, T. (NIFS), Sarkar, B., Saxena,
Y.C. (IPR, INDIA)

122

§28. Cryogenic Stability of LTS/HTS Hybrid
Superconductors
Bansal, G. (Sokendai), Yanagi, N., Hemmi, T.,
Takahata, K., Mito, T. (NIFS)

123§29. Summary of Fifteenth International Toki
Conference (ITC-15)
Mito, T.

124

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

125

§1.

Development of an EvacuatedTransmission Line with ϕ88.9 Diameter
Waveguides for ECH

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

126

§2.

Evaluation of Transmission Efficiency byPower Measurement Using a Compact
Portable Dummy-Load

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

127

§3.

Moment Analysis of Power Profiles
Radiated from Corrugated Waveguides of
ECH Transmission Lines

Shimozuma, T., Ito, S., Kobayashi, S., Mizuno, Y.,
Kubo, S., Yoshimura, Y., Igami, H., Takita, Y.,
Notake, T., Idei, H. (Kyushu Univ.)

128

§4.

Installation and Operation of New
84GHz Gyrotron System

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

129

§5.

Study on High Energy Particles Escapedfrom LHD Using Lost Ion Probe

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

130

§6.

Sparks from Inner Side of Torus during
ICRF Long Pulse Heating

Saito, K.

131

§7.

Improvement of Real-Time ImpedanceMatching System for the ICRF Long Pulse
Heating

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

132

§8.

Workshop on Generation, Applicationand Measurement of High PowerMillimeter Waves

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

133

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

134

§1.

Performance of Neutral Beam Injection
Systems in the 9th Campaign

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

135

§2.

Spectra of Hα Lines and Cs Lines fromthe Negative Ion Sources during NB
Injection

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

136

§3.

Operation Start of Diagnostic Neutral
Beam Injection in LHD

Nagaoka, K., Osakabe, M., Takeiri, Y., Sato, M., NBI
Group

137

§4.

Development of Positive Ion Sources
for a Perpendicular Neutral Beam
Injector (I)–Development of Plasma Generator–

Osakabe, M., Nagaoka, K., Tsumori, K., Takeiri, Y.,
Sato, M., Shibuya, M., NBI Group

138

§5.

Development of Positive Ion Sources
for a Perpendicular Neutral Beam
Injector (II)–Development of Accelration Grid
System–Osakabe, M., Nagaoka, K., Takeiri, Y., Tsumori, K.,
Sato, M., Shibuya, M., NBI Group

139

§6.

Proton Ratio and Beam Divergence
Measurement of Diagnostic Neutral
Beam

Nagaoka, K.

140

§7.

Development of RF Plasma Source for
Negative Ion NBI

Shinohara, S., Kamataki, K., Nishijima, T. (Interdis.
Grad. Sch. Eng. Sci., Kyushu Univ.),
Kaneko, O., Tsumori, K.

141

§8.

Development of High Power MultiAntenna rf Ion Source

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

142

§9.

Development of a High Intensity He−
Beam Source for Fusion-Produced Alpha
Particle Measurement

Shinto, K., Sasao, M., Kitajima, S., Okamoto, A.,
Sugawara, H., Takenaga, M., Takeuchi, S., Tanaka, N.
(Tohoku Univ.),
Kiyama, S., Sakakita, H., Hirano, Y., Yagi, Y. (AIST),
Wada, M. (Doshisha Univ.),
Kaneko, O., Nishiura, M.

143

(5) Diagnostic Systems(Kawahata, K.)

144

§1.

Raman and Rayleigh Calibrations of the
LHD YAG Thomson Scattering

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

145

§2.

Development of Multichannel Ultrashort
Pulsed Radar Reflectometer for Electron
Density Profile Measurement

Tokuzawa, T., Kawahata, K.

146

§3.

Application of Ultrashort-Pulse
Reflectometer to LHD

Mase, A., Yokota, Y., Uchida, K., Kogi, Y. (KASTEC,
Kyushu Univ.),
Hojo, H. (University of Tsukuba),
Kawahata, K., Tokuzawa, T.

147

§4.

Developments of Millimeter-Wave
Diagnostic Simulator

Hojo, H. (Univ. Tsukuba, NIFS),
Mase, A. (Kyushu Univ.), Kawahata, K.

148

§5.

Potential Measurement by 6 MeV Heavy
Ion Beam Probe on LHD

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

149

§6.

Calibration of Tandem Energy Analyzer
of Heavy Ion Beam Probe on LHD

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

150

§7.

Development and Optimization of New
Negative Ion Source for a Heavy Ion
Beam Probe

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

151

§8.

Development of a Compact Au– Source
for Local Electric Potential Measurementof a LHD Plasma

Wada, M., Mendenilla, A. (Doshisha Univ.),
Sasao, M., Shinto, K. (Tohoku Univ.),
Nishiura, M.

152

§9.

Estimation Method of Impurity Transport
by Means of Pulse-Height Analyzer in
LHD

Muto, S., Morita, S.

153

§10. Initial Experiment on the TracerEncapsulated Cryogenic Pellet (TECPEL)
Injection into LHD Plasmas
Tamura, N., Vinyar, I. (St. Petersburg State
Polytechnical Univ.), Kalinina, D.V., Sudo, S.,
Sakamoto, R., Kato, S., LHD Experimental Groups154§11. Identification of Micro-Turbulence in
LHD from 2d Phase Contrast Imaging
Michael, C.A. (JSPS fellow), Tanaka, K.,
Vyacheslavov, L.N. (Budker institute of nuclear
physics), Sanin, A. (Budker institute of nuclear
physics), Yamagishi, O., Yoshinuma, M., Ida, K.,
Kawahata, K.

155

§12. Application of Precise Phase Detector
for Density Profile and Fluctuation
Measurements Using CO2 Imaging
Heterodyne Interferometer on LHD
Vyacheslavov, L.N. (Budker Institute of Nuclear
Physics), Khilchenko, A.D. (Budker Institute of Nuclear
Physics), Zubarev, P.V. (Budker Institute of Nuclear
Physics), Tanaka, K., Michael, C. (JSPS fellow), Sanin,
A.L. (Budker Institute of Nuclear Physics)156§13. New Calibration Method of Magnetic
Measurements Based on the MHD
Equilibrium with the Ergodic Region
Yamaguchi, T. (Grad Univ.), Watanabe, K.Y.,
Sakakibara, S., Suzuki, Y.

157

§14. Effect of Net Toroidal Current on
Measurement of Diamagnetic Beta
Value in Heliotron Plasma
Yamaguchi, T. (Grad Univ.), Watanabe, K.Y.,
Sakakibara, S., Ida, K.

158

§15. Progress on Temporally and Radially
Resolved Charge Exchange Diagnosticsof Fast Ions on LHD
Goncharov, P.R., Ozaki, T.

159

§16. Progress of a New Two Color FIR Laser
Interferometer
Kawahata, K., Akiyama, R., Pavlichenko, T., Tanaka,
K., Okajima, S., Nakayama, K. (Chubu Univ.)160

§17. Design of the Diverter Interferometer
Combined with ECA Measurement on
LHD
Akiyama, T., Kawahata, K., Tokuzawa, T. (NIFS)

161

§18. Bench Testing of New Polarimeter with
Use of Si Photo Elastic Modulator for 57& 48 μm Laser
Akiyama, T., Kawahata, K. (NIFS),
Okajima, S., Nakayama, K. (Chubu Univ.),
Oakberg, T. (HINDS Ltd.)162

§19. Development of the Interface to theMagnetic Force Line and Magnetic
Surface Visualization Program
Emoto, M., Watanabe, T., Yoshida, M., Nagayama, Y.
(National Institute for Fusion Science)163§20. The Next-Generation Technology ofData Acquisition and Analysis
Environment for Fusion Experiments
Okumura, H. (Mie Univ.),
Nakanishi, H.

164§21. On the Construction of Databases ofExperiment Data
Hochin, T. (Kyoto Institute of Technology),
Nakanishi, H., Kojima, M.

165§22. Framework Remodeling of LABCOM
Data Acquisition System for the NextGeneration “LABCOM/X” Project
Nakanishi, H., Ohsuna, M., Kojima, M., Nonomura,M., Kuroda, N.,
Imazu, S. (Pretech Corp.),
LABCOM Group166

§23. Higher Harmonic Electron Cyclotron
Emission Diagnostics
Idei, H. (Kyushu Univ.), Inagaki, S., Wataya, Y.
(Kyushu Univ.),
Shimozuma, T., Nagayama, Y., Kawahata, K.

167

§24. Measurement of Soft X-Ray Emission
from LHD Plasma
Ishiguro, E., Kawamitsu, S. (University of the
Ryukyus), Sato, K.

168§25. Study of High-Performance Array
Antennas for Millimeter-Wave Imaging
Array
Kogi, Y., Mase, A., Ignatenko, M., Kudo, K. (ASTEC
Kyushu Univ.),
Nagayama, Y., Kawahata, K.

169

§26. Poloidal Polarimetry for ITER
Pavlichenko, R., Kawahata, K.

170

§27. Research and Development of an
Extremely Compact Fusion Neutron
Source by Spherically Converging Ion
Beams
Yoshikawa, K., Masuda, K., Yamamoto, Y., Toku, H.,
Takamatsu, T. (Inst. Advanced Energy, Kyoto Univ.),(Graduate School of Energy Science, Kyoto Univ.),
Sudo, S., Tomita, Y.

171§28. 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.

172

§29. Development of Diode Laser Absorption
Spectroscopy for Diagnostics ofHydrogen Atoms at the n=2 State
Sasaki, K. (Nagoya Univ.),
Goto, S., Morita, S.

173

1-3. Theoretical Study

174

(Nakajima, N.)

175

§1.

Development and Application of HINT2
to Helical System Plasmas

Suzuki, Y., Nakajima, N., Hayashi, T.,
Nakamura, Y. (Kyoto University)

176

§2.

Theoretical Considerations of DoubletLike Configuration in LHD

Suzuki, Y., Yamada, H., Nakajima, N., Watanabe,
K.Y., Hayashi, T.,
Nakamura, Y. (Kyoto University)

177

§3.

Development of Multi-Scale MHD
Simulation Scheme

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

178

§4.

Multi-Scale MHD Simulation of LHD
PlasmaIchiguchi, K., Carreras, B.A. (ORNL)

179

§5.

On the 2nd Stability of Ballooning Modesin the Standard LHD Configuration

Nakajima, N.

180

§6.

Self-Sustained Annihilation of Magnetic
Islands in Helical Plasmas

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

181

§7.

Nonlinear Dynamics of an ELM Crash in
Spherical Tokamak

Khan, R. (Grad. Univ. Advanced Studies),
Mizuguchi, N., Nakajima, N., Hayashi, T.

182

§8.

Theoretical Study of Structure of Electric
Field and Transport Dynamics

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

183

§9.

Accessibility to a Two-Dimensionally
Steep Structure of the Electric Field inTokamak H-mode

Kasuya, N., Itoh, K.

184

§10. Simulation Study of NeoclassicalTransport and GAM Oscillation
Satake, S., Okamoto, M., Nakajima, N., Sugama, H.,
Yokoyama, M.

185

§11. Development of Neoclassical Transport
Code Using the δƒ Method
Nunami, M., Kanno, R., Satake, S.,
Takamaru, H. (Chubu Univ.), Hayashi, T.,
Sugama, H.

186

§12. Strike Points of High Energy Particles on
the LID Head in LHD
Kanno, R., Takamaru, H. (Chubu Univ.),
Nunami, M., Satake, S., Okamoto, M.

187§13. Set of Model Equations for the Analysisof the Resistive Drift Wave Turbulence in
Cylindrical Plasmas
Kasuya, N., Yagi, M. (RIAM, Kyushu Univ.), Azumi,
M. (JAEA), Itoh, K., Itoh, S.-I. (RIAM, Kyushu Univ.)188§14. Linear Analysis of the Resistive Drift
Wave Instability in Cylindrical Plasmas
Kasuya, N., Yagi, M. (RIAM, Kyushu Univ.), Azumi,
M. (JAEA), Itoh, K., Itoh, S.-I. (RIAM, Kyushu Univ.)189§15. Nonlocal Stability Analysis
of Microinstabilities in
Inhomogeneous Plasmas
Sanuki, H.,
Gao Zhe (Tsinghua Univ., China),
Dong, J.Q. (SWIP, China)190§16. Multiple Eigenmodes of Geodesic
Acoustic Mode in Collisionless
PlasmasGao Zhe (Tsinghua Univ., China),
Itoh, K., Sanuki, H.,
Dong, J.Q. (SWIP, China)191§17. Critical Gradients for Short
Wavelength Ion Temperature
Gradient Instability in Toroidal
PlasmasGao Zhe (Tsinghua Univ., China),
Sanuki, H., Itoh, K.,
Dong, J.Q. (SWIP, China)192§18. Kinetic Ballooning Mode in s-α Tokamak
Yamagishi, O., Sugama, H., Watanabe, T.-H.

193

§19. Effects of Trapped Particles on Residual
Zonal Flows in Helical Systems
Sugama, H., Watanabe, T.-H.

194

§20. Collisionless Damping of Zonal Flows in
Helical Systems
Sugama, H., Watanabe, T.-H.

195

§21. Simulations of Electron Bernstein Waves
and Zonal Flow Damping in Helical
Systems
Ferrando i Margalet, S., Yoshimura, Y., Suzuki, Ch.,
Sugama, H., Watanabe, T.-H.

196

§22. Zonal Flows, Geodesic Acoustic Modes
and Geodesic Transfer in the H-1 Heliac
Yokoyama, M.,
Shats, M.G., Xia, H. (Australian National Univ.)197

§23. Hollow Density Profile in LHD
Yamagishi, O., Nakajima, N., Yokoyama, M.,
Tanaka, K., Michael, C.

198

§24. On the Basis of Statistical Theory ofStrong Turbulence in Inhomogeneous
PlasmasItoh, S.-I., Mori, H. (RIAM, Kyushu Univ.),
Itoh, K.

199

§25. On the Bicoherence Analysis of Plasma
Turbulence
Itoh, K., Fujisawa, A.,
Nagashima, Y., Itoh, S.-I., Yagi, M. (RIAM, Kyushu
Univ.),
Diamond, P.H. (UCSD), Fukuyama, A. (Kyoto Univ.)200§26. Energy Partition between Fluctuations
and Zonal Flows
Itoh, K.,
Hallatschek, K. (IPP), Itoh, S.-I. (Kyusyu Univ.),
Diamond, P.H. (UCSD), Toda, S.

201

§27. Impact of Turbulence Spreadingon Subcritical Turbulence inInhomogeneous Plasmas
Itoh, K.,
Itoh, S.-I. (RIAM, Kyushu Univ.), Hahm, T.S. (PPPL),
Diamond, P.H. (UCSD)

202

§28. Transport Coefficient Induced by Drift Wave
Turbulence Screened by Zonal Flows
Itoh, K.,
Hallatschek, K. (IPP), Itoh, S.-I. (Kyusyu Univ.),
Diamond, P.H. (UCSD), Toda, S.

203§29. Zonal Flows in Plasma – A Review
Diamond, P.H. (UCSD), Itoh, S.-I. (Kyushu Univ),
Itoh, K.,
Hahm, T.S. (PPPL)

204

§30. Probability Density Functions and Structureof Singularities in Non-Dissipative Fields in
MHD and NS Turbulences
Gotoh, T. (Nagoya Inst. of Tech.)205§31. Investigation on the Application of the
Plasma-Sheath Having Charged-Dust Grains
Nejoh, Y.N. (Graduate School of Engineering,
Hachinohe Institute of Technology),
Sanuki, H.

206

§32. Equilibrium of Electrostatic Torus
Plasma – Ion Temperature EffectAizu, K., Unno, H., Saeki, K. (Fac. of Sci.,
Shizuoka Univ.),
Tsushima, A. (Grad. School of Eng., Yokohama
Univ.),Sanuki, H.

207

§33. Steady State Operation of a FieldReversed Configuration Plasma by NBI
Asai, T., Takahashi, T., Matsuzawa, Y., Fujino, T.
(Nihon Univ),
Takahashi, T. (Gunma Univ.),
Hirano, Y. (AIST),
Mizuguchi, N., Tomita, Y.

208

§34. Development of Reactor Design Aid Tool
Using Virtual Reality Technology
Mizuguchi, N., Tamura, Y., Sagara, A.

209

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

210

§1.

Experiment on Charge Separation and
Direct Energy Conversion Using a
Slanted CUSP Field

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

211

§2.

Optimization of Phase Velocity ofTraveling Wave in a TWDEC Simulator

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

212

§3.

Fast Power Control Capability of LargeScale Travelling Wave Direct Energy
Conversion

Ishikawa, M., Nemoto, T., Kawana, R., Okayama, S.
(Univ. of Tsukuba), Yasaka, Y., Takeno, H. (KobeUniv.), Tomita, Y.

213

§4.

Effects of Non-Axisymmetric Magnetic Field
on Characteristics of Non-Neutral Plasma

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

214

§5.

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

Takase, Y., Kasahara, H., Adachi, Y., Sasaki, M.,
Oosako, T., Tojo, H., Sumitomo, N., Shimada, Y.,
Nuga, H., Tsujimura, J. (Frontier Sci. and Sci., U.
Tokyo),
Fukuyama, A. (Eng., Kyoto U.),
Watari, T., Mutoh, T., Kumazawa, R., Seki, T., Saito,
K.

215

§6.

Experimental Study of Compatibility ofa Transport Barrier and Energetic Ion
Confinement

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

216

§7.

Study of the Fueling Pellet Transportationin the Guiding Tube

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

217

§8.

Performance of Remote Steering Antenna
in Anti-Symmetric and Symmetric
Directions

Idei, H. (Kyushu Univ.), Shimozuma, T., Ohkubo, K.,
Kubo, S., Notake, T., Hanada, K. (Kyushu Univ.)

218

§9.

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.

219

§10. Development of Continuously SizeControllable Pellet Injector
Sato, K.N., Thang, D., Sakamoto, M., Kawasaki,S., TRIAM Exp. G. (RIAM, Kyushu Univ.),
Goto, K., Rego, I. (IGSES, Kyushu Univ.),
Sakakita, H. (AIST),
Kogoshi, S. (Fac. Sci. Tech., Tokyo Univ. of Sci.),
Yamada, H., Sakamoto, R.

220

§11. Chaos Control of Fluctuations Caused by
Flute Instability in ECR Plasma
Kawai, Y. (Research Institute for Applied Mechanics,
Kyushu University)221§12. Water Vapor Absorption for 48-, 57-, and
119-μm Far-Infrared Laser Wavelength
Nakayama, K., Okajima, S. (Chubu Univ.),
Kawahata, K., Tanaka, K., Tokuzawa, T., Akiyama, T.,
Ito, Y.

222

§13. Dynamics of Hydrogen Atoms andMolecule in the Periphery Plasma
Studied by Means of Polarization
Separated Spectra
Iwamae, A., Sakaue, A., Sakaue, M. (Dept. Mech. Eng.
Sci. Kyoto Univ.),
Sawada, K. (Faculty of Eng., Shinshu Univ.),
Goto, M., Morita, S.

223

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

224

§15. 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)

225

§16. Measurement of the Non-Parallel Flow
Velocity Using a Mach Probe in DivertorSimulating Weakly Magnetized Plasmas(NIFS04KOAB009)
Kado, S., Shikama, T. (The Univ. of Tokyo)

226§17. Improvement of Plasma Performanceby Strong ECH with High Power
GyrotronImai, T., Cho, T., Saito, T., Tatematsu, Y.,
Ichimura, M., Hirata, M., Kohagura, J., Hojo, H.,
Numakura, T. (Univ. of Tsukuba),
Sakamoto, K. (JAEA),
Saigusa, M. (Ibaraki Univ.),
Kubo, S., Shimozuma, T.

227

§18. Formation Mechanism and Transport of
Dust Particles in the Divertor Plasmas
Uesugi, Y., Ohta, K., Nakasaki, Y., Tanaka, Y.
(Kanazawa Univ.),
Ohno, N. (Nagoya Univ.),
Masuzaki, S.

228

§19. Development of Integrated Simulation
Code for Helical Plasma Experiments
Nakamura, Y. (Kyoto Univ.), Yokoyama, M.,
Nakajima, N., Fukuyama, A. (Kyoto Univ.),
Watanabe, K.Y., Funaba, H., Suzuki, Y., Murakami,
S. (Kyoto Univ.), Ida, K., Sakakibara, S., Yamada, H.

229

§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. (JAEA),
Ando, T. (NAT), Miura, Y.M. (Osaka Univ.),
Nishimura, A., Hishinuma, Y., Yamada, S., Takahata,
K., Seo, K.

230§21. 14MeV-Neutron Beam Induced Change
in Characteristics of Materials forSuperconducting Magnets under 4.5 K
Nishijima, S., Izumi, Y., Takeda, S. (Osaka Univ.),
Ochiai, K., Nishitani, T. (JAEA), Takeuchi, T.
(NIMS), Nishimura, A., Seo, K., Hishinuma, Y.,
Muroga, T., Tanaka, T.

231

§22. Development of New High Field andHigh Current Density Superconductors
for Fusion Devises
Tachikawa, K. (Faculty of Engr., Tokai University),
Mito, T. (NIFS)

232

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

233

§24. 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.

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

235

§26. Heat Removal Enhancement of PlasmaFacing Components by Using NanoParticle Porous Layer Method
Kunugi, T., Okamoto, Y., Kawara, Z. (Kyoto Univ.),
Hashizume, H., Yuki, K. (Tohoku Univ.), Shibahara,
M. (Osaka Univ.), Satake, S. (Tokyo Univ. Of
Science),
Sagara, A.

236

§27. Investigation of Tritium Behavior andTracability in In-Vessel Systems of LHD
during D-D Burning
Tanabe, T. (Kyushu University), representative of acooperation program with 24 participants237§28. 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.

238

§29. 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.),
Sugihara, S. (Isotope center, Kyushu Univ.),
Uda, T., Sakuma, Y., Yamanishi, H., Sugiyama, T.

239

§30. Experimental Study on Liquid Lithium
Flow for IFMIF Target
Horiike, H., Kondo, H. (Osaka U.), Ida, M. (JAEA),
Iida, T., Inoue, S. (Osaka U.), Kukita, Y. (Nagoya U.),
Matsui, H. (Tohoku U.), Miyamoto, S. (Osaka U.),
Nakamura, Hideo, Nakamura, Hiroo (JAEA), Suzuki,
A. (Tokyo U.), Yamanaka, S., Yamaoka, N. (OsakaU.),
Tanaka, T., Muroga, T.

240

§31. Integrated Experimental Process Study for
Removal of Tritium and Impurities from
Liquid Lithium
Tanaka, S., Suzuki, A. (University of Tokyo),
Fukada, S. (Kyushu University),
Muroga, T.

241

§32. Optimized Thermo-Mechanical Designof High Intensity Neutron Source Test
Cell for Material Irradiation
Shimizu, A., Yokomine, T., Ebara, S., Yoshida, N.,
Matsuo, K. (Kyushu Univ.),
Nakamura, H., Yutani, S. (JAEA),
Matsui, H., Hasegawa, A. (Tohoku Univ.),
Noda, N., Muroga, T., Sagara, A.

242

§33. Application of Advanced High
Temperature Superconductors for Fusion
Plasma Experimental Devices
Ogawa, Y., Morikawa, J., Kato, H. (The University ofTokyo),
Iwakuma, M. (Kyushu University),
Yanagi, N., Mito, T.

243§34. Effects of Simultaneous Helium
Irradiation on Hydrogen Behavior in
Plasma Facing Materials
Ueda, Y., Nishikawa, M., Ohtsuka, Y. (Osaka Univ.),
Yoshida, N., Tokunaga, K. (Kyusyu Univ.),
Ohno, N. (Nagoya Univ.),
Sagara, A., Masuzaki, S. (NIFS)

244

§35. Development of Current Leads
Combined with the Pulse-Tube
Cryocooler
Maehata, K., Ishibashi, K., Takeo, M. (Kyushu Univ.
Eng.), Maekawa, R., Iwamoto, A., Tamura, H.,
Hamasaki, S., Mito, T.

245

2. Collaboration on Fusion Engineering(1) Fusion Engineering Studies(Noda, N.)

246

§1.

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

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

247

§2.

Retention and Desorption of Deuteriumin Model Alloys of Ferritic Steel

Iwakiri, H., Baba, T., Tani, M., Tokitani, M.,
Kawakami, M., Miyamoto, M., Yoshida, N. (Kyushu
Univ.), Morishita, K. (Kyoto Univ.), Miyamoto, M.
(Shimane Univ.), Muroga, T., Kato, D.

248

§3.

Development of Reduced Activation Ferritic
Steels with Improved Heat Resistance andElemental Property Characterization for High
Efficiency Water-Cooled Blankets

Kohyama, A., Kim, S.W., Ogiwara, H. (Institute ofAdvanced Energy, Kyoto University),
Muroga, T.

249

§4.

Small Specimen Test Techniques for IFMIF

Kimura, A., Kasada, R., Ono, H. (IAE, Kyoto
University)

250

§5.

Study on Radiation Induced Precipitates
in Vanadium Alloys

Nita, N., Anma, Y., Matsui, H. (IMR, Tohoku Univ.),
Nagasaka, T.

251

§6.

Thermal 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.

252

§7.

The Microstructure of Laser Welded
V-4Cr-4TI Alloy after Neutron Irradiation

Watanabe, H., Yamasaki, K., Yoshida, N. (RIAM
Kyushu Univ.), Nagasaka, T., Muroga, T.

253

§8.

Radiation Resistance and Mechanical
Properties of Solution and Dispersion
Hardened Vanadium Alloys with Fine
Grains of High Purity Matrix

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

254

§9.

Development of Joint Technique of
SiC/SiC Composites

Hinoki, T., Eiza, N. (Institute of Advanced Energy,
Kyoto University),
Muroga, T.

255

§10. Summary of Key Element Technology
Verification and Preparation forEngineering Validation of Intense
Neutron Source
Matsui, H. (Tohoku U), Sugimoto, M. (JAEA),
Muroga, T.

256

§11. Joining and Heat Load Test of Tungsten
Divertor
Tomota, Y., Kurumada, A., Imamura, Y. (Ibaraki
Univ.),
Kurishita, H. (Tohoku Univ.), Noda, N.

257

§12. Synthetic Evaluation of Ultra-Fine
Grained, Nano-Particle Dispersed
Tungsten Alloys as Plasma Facing
Materials
Kurishita, H. (IMR, Tohoku Univ.),
Yoshida, N. (RIAM, Kyushu Univ.),
Tanabe, T. (Kyushu Univ.),
Noda, N.

258

§13. Influence of Heating Rate 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.

259

§14. Basic Study on Self-Healing of Er2O3
Coating for Vanadium-Lithium Blanket
SystemTerai, T., Suzuki, A., Chikada, T. (The University ofTokyo), Yao, Z., Muroga, T.

260

§15. Investigation of Issues in Neutronics
Evaluations for Advanced Liquid Blanket
Systems
Iida, T., Murata, I., Kondo, K. (Osaka Univ.),
Tanaka, T., Muroga, T., Sagara, A.,
Sato, S., Ochiai, K., Nishitani, T. (JAEA)

261

§16. Examination of Irradiation Damage inElectrical Insulating Coating Using Ion
Beam Irradiation
Shikama, T., Tsuchiya, B., Nagata, S., Toh, K. (IMR,
Tohoku Univ.),
Tanaka, T., Muroga, T.,
Sawada, A., Suzuki, A. (Univ. of Tokyo),Sato, F. (Osaka Univ.)262

§17. Development of Multi Layer Wall
Channel to Reduce MHD Pressure Drop
Hashizume, H., Yuki, K., Satake, M., Kobayashi, T.
(Tohoku Univ.),
Muroga, T., Sagara, A. (NIFS)

263

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

264

§19. Cryogenic Fatigue Delamination Growthin Material Systems for Superconducting
Fusion Magnets
Shindo, Y., Horiguchi, K., Narita, F. (Dept. of Mater.
Processing, Graduate School of Engineering, Tohoku
Univ.), Sanada, K. (Dept. of Mechanical Systems
Engineering, Faculty of Engineering, Toyama
Prefectural Univ.),
Nishimura, A., Tamura, H.

265

§20. Thermal and Mechanical Properties ofComposite Materials for Superconducting
Coils
Takao, T., Nakamura, K., Watanabe, A. (Sophia
University)266§21. Development of V-Ti and V-Ti-Ta
Superconducting Wires
Inoue, K. (the University of Tokushima, Department ofEnergy System, Institute of Technology and Science)267

§22. Development of Low Activation
Compound Superconducting Wires for
Fusion Reactor
Kikuchi, A., Iijima, Y., Takeuchi, T. (NIMS),
Hishinuma, Y., Nishimura, A.

268

§23. Large-Sized Cylindrical Superconductor
Composed with Ni Meshes for a Current
Lead
Yoshizawa, S. (Dept. Environmental Sys., Meisei Uni.)269

§24. Effect of Test Equipment Configuration on
Interlaminar Shear Fracture and Strengthof Glass Fiber Reinforced Plastics
Nishimura, A.

270

§25. Transmutation of High-Level Wastes
in a FLiBe-Cooled Spherical-Tokamak
ReactorTanaka, Y. (Nagoya Inst. of Tech.), Nagayama, Y.

271

(2) Helical Reactor Design(Sagara, A.)

272

§1.

Reactor Size Optimization of LHDType Reactor FFHR2m

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

273

§2.

Study on Position of Magnets andSupports for Heliotron-type Reactors

Imagawa, S., Sagara, A.

274

§3.

Study of the Fusion Power Rise-Up,
Steady State, and Shutdown Scenarios 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.

275

§4.

Development of a System Code for a
Helical Fusion Reactor

Goto, T. (Grad. Sch. Frontier Sci., Univ. of Tokyo),
Ogawa, Y. (High Temp. Plasma Cntr., Univ. ofTokyo), Sagara, A., Imagawa, S., Yamazaki, K.

276

§5.

Design Study of Indirect CoolingSuperconducting Magnet for the Helical
ReactorMito, T., Takahata, K., Tamura, H., Imagawa, S.,
Sagara, A.

277

§6.

Analysis of Tritium Fluoride Behavior
and Recovery of Tritium in a Molten Salt
Flibe Blanket

Fukada, S. (Dept. App. Qua. Phys. Nucl. Eng. Kyushu
University), Sagara, A., Uda, T.

278

§7.

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.

279

§8.

Research on the First Wall CoolingTechnique in a Flibe Liquid Blanket
SystemYuki, K., Hashizume, H. (Tohoku Univ.),
Sagara, A.

280

§9.

Heat Transfer Between Pebbles
Considering Large Temperature GradientInside Pebble

Yokomine, T. (Kyushu Univ.),
Seo, K., Sagara, A.

281

§10. Study on Heat Transfer Region for Fluid
System in a Liquid Blanket
Satake, S. (Tokyo University of Science), Kunugi,
T. (Kyoto University), Yokomine, T. (Kyusyu
University), Kawahara, Z. (Kyoto University), Yuki,
K. (Tohoku University), Sagara, A.

282

§11. Design Study of the Electrical Power
System for FFHR
Chikaraishi, H., Sagara, A., FFHR Design Group283

§12. Study on Vapor Shielding Effects underHigh Temperature and Particles for
Nuclear Fusion Reactor
Furukawa, H., Norimatsu, T., Mima, K. (ILE, Osaka
University),
Sagara, A.

284

§13. Burning Criteria for D-3He Reactor
Nagayama, Y., Tomita, Y.

285

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

286

§1.

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

Oya, Y. (Radioisotope Center, Univ. of Tokyo),
Oyaidzu, M., Yoshikawa, A., Miyauchi, H.,
Nakahata, T.,Okuno, K. (Shizuoka Univ.),
Tanaka, S. (Univ. of Tokyo),
Kawano, T., Asakura, Y., Uda, T.

287

§2.

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

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

288

§3.

Development of Advanced Catalyst
for Isotope Exchange Reaction
Quantification of Reaction Rate

Munakata, K., Shinozaki, T. (Interdisciplinary
Graduate School of Engineering Sciences Kyushu
University),
Asakura, Y., Uda, T. (National Institute for Fusion
Science),
Sugiyama, K. (Nagoya University)

289

§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.

290

§5.

Study on Polymer Membrane Type
Dehumidifier for Tritium Removal

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

291

3. CHS Experiments(Okamura, S.)

292

§1.

Reheat Mode Discharges in Search of
Attainable High Stored Energy of CHS

Isobe, M., Yoshimura, Y., Nagaoka, K., Akiyama, T.,
Minami, T., Suzuki, C., Okamura, S. (NIFS)

293

§2.

Observation of Overdense Plasma
Heating by ECH Due to O-X-B Mode
Conversion in CHS

Yoshimura, Y., Nagasaki, K. (Kyoto Univ.), 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.,
Mutoh, T.

294

§3.

First Observation of High Density Edge
Transport Barrier Formation during
Reheat Mode of Helical Plasma on CHS

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

295

§4.

Confinement of High Density Edge
Transport Barrier during Reheat Mode on
CHS

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

296

§5.

Comparison between Magnetic
Configuration and Rotational Transform
Profile during ETB formation on CHS

Minami, T., Akiyama, T., Okamura, S.

297

§6.

Edge Pedestal Structure Measured withCXS at a Horizontally Elongated Cross
SectionNishimura, S., Nagaoka, K., Yoshimura, Y.,
Nakamura, K., Ohishi, T., Minami, T., Akiyama, T.,
Ida, K., Toi, K., Isobe, M., Suzuki, C., Okamura, S.,
Matsuoka, K.

298

§7.

Study of an Edge Transport Barrier by Langmuir
Probes 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 Group

299

§8.

Impurity Measurements for Edge
Transport Barrier Discharges in the
Compact Helical System

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.

300

§9.

Radial Phase Shift of the EHO Measured
Using Beam Emission Spectroscopy in
ETB Discharge in CHS (NIFS02KZPD003)

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

301

§10. HCN Laser Scattering Measurement of
ETB-Formed Plasmas in CHS
Tsuji-Iio, S., Shimada, R., Tsutsui, H., Tomita, N.
(Tokyo Tech.),Akiyama, T., Okamura, S., Kawahata, K., Tanaka, K.
(NIFS),Okajima, S. (Chubu Univ.)302

§11. Neutral Particle Transport in CHS Edge
RegionMatsuura, H. (Osaka Pref. Univ.),
Suzuki, C., Okamura, S.

303

§12. Ion Internal Transport Barrier in CHS
Ida, K., Yoshinuma, M., Minami, T.

304

§13. Effect of Magnetic Configuration on
Confinement Improvement of CHS
PlasmasMatsuoka, K., Isobe, M., Minami, T., Yoshimura, Y.,
Fujisawa, A., Okamura, S., Itoh, K., CHS Group305

§14. Spectrograph of Electric Field
Fluctuation in Toroidal Helical Plasma
Fujisawa, A., Shimizu, A., Nakano, H., Ohshima, S.,
Okamura, S., Matsuoka, K., Itoh, K., CHS Group306

§15. The Density Profile Measurement with
Heavy Ion Beam Probe System on CHS
Shimizu, A., Fujisawa, A., Nakano, H.,
Oshima, S. (Nagoya Univ.), Iguchi, H., Minami, T.,
Suzuki, C., Akiyama, T., Yoshimura, Y., Nagaoka, K.,
Isobe, M., Takahashi, C., Okamura, S., Matsuoka, K.,
CHS Group307§16. Reconstruction Method of Local
Density Fluctuation Spectrum with a
Heavy Ion Beam Probe
Nakano, H., Fujisawa, A., Shimizu, A., Ohshima, S.

308

§17. Fluctuation Measurement of High Density
Plasma using HIBP with Rb Ion Beam
Ohshima, S. (Dep. Energy Eng. Sci., Nagoya Univ.),
Fujisawa, A., Shimizu, A., Nakano, H., CHS Group309

§18. Observation of Nonlinear Interaction
between Coherent and Turbulent
Magnetic Fluctuations on CHS
Nagashima, Y., Itoh, S.-I., Yagi, M. (RIAM, Kyushu
Univ.),
Nagaoka, K., Fujisawa, A., Ida, K., Okamura, S.,
Matsuoka, K., Itoh, K.

310

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

311

§20. Up-Down Asymmetry of the Plasma in
the Ergodic Layer of CHS
Nakamura, K., Iguchi, H., CHS Group312§21. Design and Initial Operation of Lost FastIon Probe Based on Thin Faraday Films
in CHS
Isobe, M., Toi, K., Nagaoka, K., Okamura, S. (NIFS),
Goto, K. (Nagoya Univ.)313

§22. Measurement of Energetic Ion Profile byCalorimetric Method
Nagaoka, K., Isobe, M., Toi, K., Goto, K. (Nagoya
Univ.), Osakabe, M.

314§23. Formation of Peaked Density Profile inDimensionally Similar Low Temperature
Plasmas at Very Low Toroidal Magnetic
Field on CHS
Toi, K., Ikeda, R.,1) Takeuchi, M.,1) Suzuki, C.,
Jinguji, Y.,1) CHS Experimental Group1)
Dep. Energy Sci. Eng., Nagoya Univ.

315§24. Measurement of Power Deposition
Profile by Heating Power Modulation of
2.45 GHz Microwaves in CHS
Ikeda, R. (Dep. Energy Eng. Sci., Nagoya Univ.), Toi,
K.,
Takeuchi, M. (Dep. Energy Eng. Sci., Nagoya Univ.),
Suzuki, C., CHS Experimental Group316

§25. Intermittent Transport of Particle andHeat in Scrape-Off Layer of Limiter andDivertor Configurations of CHS
Ohno, N., Takamura, S. (Nagoya Univ.), Toi, K.

317

§26. Electron Heating and Plasma Production
by Whistler Wave and Microwave
Discharges in Low Toroidal Field
Shoji, T. (Dept. Energy Eng. and Sci. Nagoya Univ.),
Suzuki, C., Takeuchi, M., Ikeda, R., Toi, K.

318

§27. Radial Electric Field Control by Electron
Injection in CHS
Kitajima, S., Sasao, M., Shinto, K., Okamoto, A.,
Takahashi, H., Tanaka, Y., Utoh, H., Takenaga, M.,
Ogawa, M., Shinde, J., 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.

319

§28. Study on the Mechanism of CollisionlessInward Penetration of Electrons via
Stochastic Magnetic Region andExperimental Investigation of Energetic
Electron Trap in Helical Magnetic
Surface
Himura, H., Yamamoto, Y., Sanpei, A., Masamune, S.
(KIT),
Wakabayashi, H. (The Graduate Univ. for Advanced
Studies),
Fukao, M. (Osaka Electro-Communication Univ.),
Isobe, M., Okamura, S., Matsuoka, K.

320

§29. Cotton-Mouton Polarimeter with the Useof HCN Laser
Akiyama, T., Kawahata, K., Itoh, Y., Okamura, S.
(NIFS),Okajima, S., Nakayama, K. (Chubu Univ.)321§30. Installation of New 54.5 GHz Gyrotron
to ECH System in CHS
Yoshimura, Y., Akiyama, R., Matsuoka, K., Okamura,S., Kubo, S., Shimozuma, T., Igami, H., Notake, T.,
Mutoh, T.

322

§31. Change of Effective Anode Area in
Neutral Beam Injector for Compact
Helical System
Chang, D.H. (Visiting Scientist, Korea Atomic Energy
Research Institute), Nagaoka, K., Osakabe, M.,
Takeiri, Y.

323

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

324

4. Basic Research and Development(Okamura, S.)

325

§1.

High Density Plasma Experiment
HYPER-I

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

326

§2.

Radial Force Balance in Plasma Holeand Anomalous ExB Drift Solution

Yoshimura, S.,
Yamaguchi, H., Tomida, A., Miyake, F. (Nagoya
Univ.),
Kono, M. (Chuo Univ.),
Tanaka, M.Y. (Kyushu Univ.)

327

§3.

Measurements of Neutral-Gas Flow in
High-Density Plasma Using a Tunable
Laser Diode

Aramaki, M., Kono, A. (Dep. of Eng. Nagoya Univ.),
Miyake, F. (Dep. of Phys. Nagoya Univ.),
Tanaka, M.Y. (Kyushu Univ.),
Yoshimura, S.

328

§4.

Measurement of Rotational Flow Velocity
Using Laser-Induced Fluorescence
Spectroscopy

Okamoto, A. (Tohoku Univ.), Tanaka, M.Y. (Kyushu
Univ.),
Yoshimura, S.

329

§5.

Plasma Flow Measurement using FacingDouble Probe

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

330

§6.

Coefficient of Ion Sensitive Probe for Ion
Temperature Measurement

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

331

§7.

Excited Atomic Processes as
Fundamental Researches for New Plasma
Diagnostic

Iiyama, K., Matsuda, W., Sakai, Y., Jin, W.G., Takagi,
S. (Dept. of Phys. Toho Univ.),
Sakaue, H.A., Yamada, I.

332

§8.

Study of the Excitation Processes 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.)

333

§9.

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

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

334

§10. Measurement of EUV Out-of-Band
Spectra in Laser Produced Sn Plasmas
Namba, S. (Grad. School Eng. Hiroshima Univ.),
Oda, T. (Fac. Eng. Hiroshima Kokusai Gakuin Univ.),
Sato, K.

335

§11. Theoretical and Experimental Studies
on the Contribution of Wave-Particle
Interactions to Radial Transport in a
Strongly Magnetized Non-neutral Plasma
Kiwamoto, Y., Soga, Y., Aoki, J. (Grad. School of
Human and Environmental Studies, Kyoto Univ.)336

§12. Study on Spatio-Temporal Structure of
Bistable Density Transition
Shinohara, S., Kamataki, K., Nishijima, T. (Interdis.
Grad. Sch. Eng. Sci., Kyushu Univ.),
Fujisawa, A., Ida, K., Iguchi, H.

337

§13. Basic Process of Solid Hydrogen Ablation
by Means of Pellet Injection Apparatus
with Changeable Size
Fujita, H., Ohtsu, Y., Misawa, T. (Saga Univ.),
Sato, K.N. (Kyushu Univ.),
Arimoto, H. (Nagoya Univ.),
Yoshimura, S.

338

§14. Production of Ions and Radicals in H2
ECR Plasma with Controlled Electron
Temperature
Muta, H., Thang, D.H., Morino, K. (Interdisciplinary
Graduate School of Engineering Sciences, Kyushu
Univ.)

339

§15. Plasma-Quenching Efficiency of
Molecular Gas Inclusion on Temperatureof Ar Induction Thermal Plasmas
Tanaka, Y., Morishita, Y., Uesugi, Y. (Kanazawa
Univ.), Ohno, N. (Nagoya Univ.)340§16. High Efficiency RF Induction Plasma
Generation
Uesugi, Y., Hanaoka, E., Tanaka, Y. (Kanazawa Univ.),
Ohno, N. (Nagoya Univ.),
Tanaka, M. (Kyushu Univ.)341

§17. Experimental Study of Current Drive
Using Nernst EffectKawamori, E. (High Temperature Plasma Center, The
Univ. of Tokyo),
Tokuzawa, T.

342

§18. Particle Reflections of Low Energy Light
Ions from a Polycrystalline W Surface
Yamaoka, H. (RIKEN),
Matsumoto, Y. (Tokushima Bunri Univ.),
Tanaka, N., Takeuchi, S. (Tohoku Univ.),
Sugawara, H., Shinto, K., Sasao, M. (Tohoku Univ.),
Nishiura, M., Tsumori, K.,
Wada, M. (Doshisha Univ.)343

§19. Experimental Study of Plasma Loaded
Cyclotron Resonance Maser Using
TPD-II Machine at NIFS
Minami, K. (Tokyo Denki Univ. Eng.),Sato, K.

344

§20. Effects of 1/ν Ripple Diffusions on the
Parallel Viscosity and Bootstrap Current
Nishimura, S., Sugama, H., Nakamura, Y. (Kyoto
Univ.)

345

5. Theory and Computer Simulation Project346

(Sudo, S.)

347

§1.

Axisymmetric Toroidal Equilibrium with
Flow in an Extended MHD Model

Ito, A., Nakajima, N., Ramos, J.J. (MIT)

348

§2.

Properties of Ballooning Modes in the
Planar Axis Heliotron Configurations
with a Large Shafranov ShiftNakajima, N., Hudson, R.S. (PPPL), Hegna, C.C.
(Wisconsin U.)

349

§3.

The 2nd Stability of Ballooning Modes in
the Inward-shifted LHD Configurations

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

350

§4.

Nonlinear Evolution of 3D MHD
Instability in LHD

Miura, H., Nakajima, N., Hayashi, T.,1 Okamoto, M.

351

§5.

MPI Parallelization of MEGA Code for
Helical Plasmas

Todo, Y., Nakajima, N.

352

§6.

Nonlinear MHD Effects on the Alfvén
Eigenmode Evolution

Todo, Y.,
Berk, H.L., Breizman, B.N. (IFS, Univ. Texas atAustin)353

§7.

Simulations of Alfvén Eigenmodes withan Extended Ohm’s Law

Todo, Y.

354

§8.

Motion of Ablation Cloud in Torus
PlasmasIshizaki, R., Nakajima, N., Okamoto, M.

355

§9.

Nonlinear Three Dimensional Simulationof Current-Driven Resistive Wall Mode

Sato, M., Nakajima, N.

356

§10. Multi-Scale-Nonlinear Interactions
among Micro-Turbulence, Magnetic
Islands, and Zonal Flows
Ishizawa, A., Nakajima, N., Okamoto, M., Ramos, J.J.
(MIT)

357

§11. Extension of Gyrokinetic-Vlasov
Simulation for Helical Systems
Watanabe, T.-H., Sugama, H.

358

§12. Releasing of Spherical Conducting Dust
Particle from Plasma-Facing Wall under
Biased Potential
Smirnov, R. (UCSD),
Tomita, Y.,
Takizuka, T. (Naka Fusion Institute, JAEA)

359

§13. Effect of Gravity on Releasing ofSpherical Conductive Dust Particle from
Plasma-Facing Wall
Smirnov, R. (UCSD),
Tomita, Y.,
Takizuka, T. (Naka Fusion Institute, JAEA)

360

§14. Electrostatic Potential due to Induced
Charge of Spherical Dust in
Non-Uniform Electric Field
Tomita, Y.,
Smirnov, R. (UCSD),
Takizuka, T. (Naka Fusion Institute, JAEA),
Tskhakaya, D. (Univ. of Innsbruck)361

§15. Rate Coefficient of Electron Impact
Ionization for Electron Truncated Maxwellian
Distribution – Single Electron Temperature –Tomita, Y.,
Smirnov, R. (UCSD),
Takizuka, T. (Naka Fusion Institute, JAEA),
Hatayama, A. (Keio Univ.),
Matsuura, H. (Osaka Prefecture Univ.),
Ohno, N. (Nagoya Univ.)362

§16. Rate Coefficient of Electron Impact
Ionization for Electron Truncated Maxwellian
Distribution – Double Electron Temperature –Tomita, Y.,
Smirnov, R. (UCSD),
Takizuka, T. (Naka Fusion Institute, JAEA),
Hatayama, A. (Keio Univ.),
Matsuura, H. (Osaka Prefecture Univ.),
Ohno, N. (Nagoya Univ.)363

§17. Core-SOL-Divertor Model Based on
JT-60U Recycling Database andApplication to EAST Operation Space
Hiwatari, R. (CRIEPI), Hatayama, A. (Keio Univ.),
Takizuka, T. (JAEA), Zhu, S. (ASIPP), Tomita, Y.

364

§18. Self-Consistent Computation of Radiation
Transfer in Edge Plasmas Based on
Collisional Radiative Model and Neutral
Transport Model
Sawada, K., Shiraki, K., Miyazawa, M., Tsujii, M.
(Shinshu, Univ.), Iwamae, A., Atake, M., Sakaue, A.
(Kyoto Univ.), Nakamura, H.

365

§19. Three-Dimensional Particle-in-Cell
Simulation of Blob Transport
Ishiguro, S.

366

§20. Edge Plasma Simulation for Stellarator
System with 2D Transport Code UEDGE
Takayama, A., Tomita, Y., Ishiguro, S.,
Pigarov, A.Yu., Krasheninnikov, S. (UCSD),
Rognlien, T.D. (LLNL)

367

§21. Integrated Simulations for Fast Ignition
with Cone-Guided Targets
Sakagami, H.,
Johzaki, T., Nagatomo, H., Mima, K. (Institute ofLaser Engineering, Osaka Univ.)368

§22. Formation of Non-Maxwellian
Distribution and Its Role in Collisionless
Driven Reconnection
Horiuchi, R., Ohtani, H.

369

§23. Improved Upstream Boundary Condition
for PASMO
Ohtani, H., Horiuchi, R.

370

§24. Mass Ratio Dependence of Drift Kink
Instability in the Current Sheet
Moritaka, T. (Nagoya Univ), Horiuchi, R., Ohtani,
H., Ishizawa, A.

371

§25. Development of 3D MHD Simulation
Code for Magnetic Reconnection in an
Open System
Usami, S., Horiuchi, R.

372

§26. Real-Time Earth Magnetosphere
Simulator with 3-Dimensional MHD
CodeDen, M., Tanaka, T. (Kyushu Univ., CREST), Fujita,
S. (Meteo. College, CREST), Obara, T., Shimazu, H.
(NICT, CREST), Amo, H., Hayashi, Y., Nakano, E.,
Seo, Y., Suehiro, K., Takahara, H., Takei, T. (NEC)373

§27. Simulation of Interplanetary Shock Wave
Caused by CME on August 25, 2001
Den, M., Ogawa, T. (Kitazato Univ.), Tanaka, T.
(Kyushu Univ., CREST), Yamashita, K. (Yamanashi
Univ.)

374

§28. Three-Dimensional Simulation Study ofFlux Rope Dynamics in the Solar Corona
Kusano, K. (The Earth Simulator Center, JAMSTEC),
Inoue, S. (Solar Terrestrial Environment Laboratory,
Nagoya University)375§29. Jet Formation Driven by Magnetic
Bridges between Ergosphere and Disk
Around Rapidly Rotating Black Hole
Koide, S. (Kumamoto Univ. Sci.)376

§30. Analysis of the Energy Transfer in NS andMHD Turbulence by Using Massive DNS
Gotoh, T. (Nagoya Inst. of Tech.)377

§31. Multifractal Characterization of L- andH-mode Plasma Edge Turbulence
Rajković, M. (Vinca, Serbia), Dendy, R.O. (UKAEA),
Škorić, M.M.

378

§32. A Signature of Wave Collapse in the
GNLS Model of Plasma Turbulence
Mančić, A., Maluckov, A. (University of Niš, Serbia),Hadžievski, Lj. (Vinča Institute, Serbia),Škorić, M.M., Kono, M. (Chuo University)379

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

380

§34. Molecular Dynamics Simulation for
Structure Formation of a Single Polymer
Chain in Solution: Local Orientational
Correlation
Fujiwara, S., Hashimoto, M., Itoh, T. (Kyoto Inst.
Tech.)

381

§35. Three Processes of the Reaction between
a Hydrogen Atom and Graphene
Ito, A. (Nagoya Univ.),
Nakamura, H.

382

§36. Quantun Nernst EffectNakamura, H.,
Hatano, N. (Univ. of Tokyo),Shirasaki, R. (Yokohama Nat’l Univ.)383

§37. A Complementary Fluid Method in δƒ
Particle Simulation
Todo, Y.

384

§38. A Primal Coarse-Projective Integration
Scheme in Multi-Scale Plasma DynamicsŠkorić, M.M., Maluckov, A. (University of Niš,
Serbia),Ishiguro, S.

385

§39. Orthonormal Divergence-Free Wavelet
Analysis of Nonlinear Interactions in a
Rolling-Up Vortex Sheet
Araki, K. (Okayama Univ. Sci.),
Miura, H. (TCSC, NIFS)

386

§40. A Glassless Stereo-Type
Visualization System for 3D MHD
Real-Time Earth’s Magnetosphere
Simulator
Den, M., Kuwabara, T. (Adv. Com.), Ogawa,T. (Kitazato Univ.), Tanaka, T. (Kyushu Uni.),
Goncharenko, I. (3D inc.), Amo, H. (NEC)387

§41. Construction of Seamlessly Integrated
System between Virtual Environment andNumerical Simulation Environment
Tamura, Y., Nakamura, H.,
Kageyama, A. (Earth Simulator Center),Sato, S. (Earth Simulator Center)388

6. Personal Interchange Joint Research Program

389

390

(Kaneko, O.)

391

§1.

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., Shoji, T. (Nagoya Univ.),
Toi, K., Suzuki, C.

392

§2.

Assessment on Fusion Energy
Development from 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.

393

§3.

Ion Heating and Acceleration in a
Supersonic PlasmaAndo, A., Hattori, K., Inutake, M., Tobari, H., Shibata,M., Kasashima, Y. (Dept. Electrical Eng. Tohoku
Univ.)

394

§4.

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.)395

§5.

Clarification on Cooling Mechanism of
Stirling Type Pulse Tube Cryocooler

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

396

§6.

Study on Various Atomic Processesof Impurity Highly Charged Ions by
Versatile Ion Sources

Ohtani, S., Nakamura, N. (ILS, UEC),
Hirayama, T. (Rikkyo Univ.),
Sakai, Y. (Toho Univ.),
Sakurai, M. (Kobe Univ.),
Tanuma, H. (Tokyo Metro. Univ.),
Sakaue, H.A., Kato, D., Yamada, I.

397

§7.

Study on Purification and Compatibilityof Structural Materials with Molten Salt
Breeder

Terai, T., Suzuki, A., Nishimura, H. (Univ. of Tokyo),
Nagasaka, T., Muroga, T., Sagara, A.

398

§8.

Analysis of Jc Properties in High
Magnetic Fields for Low Activation
Superconducting Wires

Hishinuma, Y.,
Takeuchi, T. (NIMS)

399

§9.

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.)400

§10. Advanced Large-Scale Simulation on
Fusion Plasmas by Using the Earth
Simulator
Hayashi, T., Watanabe, T.-H.

401

§11. Heating and Current Drive Experimentson the TST-2 Spherical Tokamak
Takase, Y., Ejiri, A. (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., Shimpo, F.

402

§12. Degradation of Nb3Sn Superconducting
Cable Due to Mechanical Stress
Katagiri, K. (Dept. of Mechanical Engineering, Iwate
Univ.),
Seo, K., Hishinuma, Y., Nishimura, A.,
Nishijima, G., Watanabe, K. (Inst. for Materials
Research, Tohoku Univ.),
Nakamura, K., Takao, T. (Dept. of Electrical andElectronics Engineering, Sophia University)403§13. Magnetic Island Effect on Radial Particle
Flux in TU-Heliac
Kitajima, S., Sasao, M., Shinto, K., Okamoto, A.,
Takahashi, H., Tanaka, Y., Utoh, H., Takenaga, M.,
Ogawa, M., Shinde, J., Aoyama, H., Iwazaki, K. (Dept.
Eng. Tohoku Univ.),
Takayama, M. (Akita Prefectural Univ.),
Komori, A., Nishimura, K., Inagaki, S., Suzuki, Y.

404

§14. ECH Plasma Experiments with an Internal
Coil Device Mini-RT
Ogawa, Y., Morikawa, J., Yatsuka, E. (The Universityof Tokyo),
Yanagi, N., Mito, T.

405

7. Collaborations Using Super SINET

406

(Nagayama, Y.)

407

§1.

Reconstruction of the Network for
Collaboration using Super-SINET

Tsuda, K., Nagayama, Y., Yamamoto, T., Ishiguro, S.,
Horiuchi, R.,
Hasegawa, H. (INTEC Solution Power Inc.)408

8. Fusion Science Archives(Matsuoka, K.)

409

§1.

NIFS Fusion Science Archives Databaseand Studies on the Problems Related toIts Disclosure

Namba, C., Matsuoka, K., Kimura, K., Hanaoka, S.,
Yamaguchi, T., Hotta, S. (Nagoya Univ.),
Obayashi, H., Fujita, J. (NIFS, Professor Emeritus),
Terashima, Y. (Nagoya Univ., Professor Emeritus),
Abe, N. (Sokendai), Takaiwa, Y. (KEK), Gotoh, H.
(NIJL),
Nisio, S., Uematsu, E. (Sci. & Tech., Nihon Univ.)

410

§2.

Complementary Study of Nuclear Fusion
Archiving by Means of Oral History

Fujita, J. (NIFS, Professor Emeritus),
Terashima, Y. (Nagoya Univ., Professor Emeritus),
Obayashi, H. (NIFS, Professor Emeritus),
Matsuoka, K., Namba, C., Kimura, K.,
Kato, N., Abe, N. (The Graduate Univ. Adv. Studies)

411

§3.

The Role of Inter-University Institute for
Nuclear Fusion Research in Early Period

Obayashi, H., Fujita, J. (NIFS, Professor Emeritus),
Terashima, Y. (Nagoya Univ., Professor Emeritus),
Takaiwa, Y. (KEK), Uematsu, E. (Nihon Univ.),
Kawakami, I. (Nihon Univ., Professor Emeritus),
Matsuoka, K., Namba, C., Kimura, K., Hanaoka, S.

412

§4.

Archival Studies on the Nuclear Fusion
Research from Chronological Aspect

Kimura, K., Matsuoka, K., Namba, C., Hanaoka, S.,
Terashima, Y. (Nagoya Univ., Professor Emeritus),
Obayashi, H. (NIFS, Professor Emeritus), Fujita, J.
(NIFS, Professor Emeritus)

413

§5.

Research on History of Fusion andPlasma Research Devices

Kitsunezaki, A. (Research Organization for
Information Science and Technology, RIST),
Obayashi, H. (NIFS, Professor Emeritus),
Kimura, K.

414

§6.

The Chronology on the International
Exchange of Nuclear Fusion Study

Uematsu, E. (Sci. & Tech., Nihon Univ.),
Kojima, C. (Commerce, Nihon Univ.),
Nisio, S. (Nihon Univ., Professor Emeritus)

415

§7.

US-Japan Workshop on Fusion Science
Archives

Matsuoka, K., Namba, C., Kimura, K., Tomita, Y.,
Obayashi, H., Fujita, J. (NIFS, Professor Emeritus),
Abe, N. (Sokendai), Mizuuchi, T. (Kyoto Univ.)416

9. Coordination Research Center

417

(Sato, M.)

418

§1.

Helium Ash Removal by Moving-Surface
PFCs

Hirooka, Y. (NIFS), Nishikawa, M. (Osaka Univ.)

419

§2.

How to Product, Use, and Export
Photovoltaic Power in Developing
Countries

Tazima, T., Sato, M., Iguchi, H.,
Ikuta, K. (Tokyo Institute of Technology),
Inutake, M. (Tohoku University)

420

§3.

Development of Cryogenic Foam Target
with Guide Cone for FIREX-I

Norimatsu, T., Nakai, M., Nagai, K., Fujimura, T.
(ILE, Osaka University),
Iwamoto, A., Mito, T.

421

§4.

Activities on ITER Collaboration

Nakamura, Y., Todo, Y., Seo, K.

422

§5.

3D Edge Transport Analysis of ITER StartUp Configuration for Limiter Power Load
Assessment

Kobayashi, M. (NIFS),
Feng, Y., Sardei, F. (MPI, IPP),
Loarte, A. (EFDA),
Federici, G., Strohmayer, G. (ITER),
Reiter, D. (FZJ, IPP)

423

§6.

Microwave Heating of Water, Ice andSalt Solution: Molecular Dynamics Study

Tanaka, M., Sato, M.

424

§7.

Destruction of an Intense Laser-IrradiatedFullerene Molecule: Ab initio (FirstPrinciple) Molecular Dynamics Study

Tanaka, M., Kono, H. (Dept. Chemistry, Graduate
School of Sci., Tohoku Univ.)

425

§8.

Ab initio Molecular Dynamics Studyof Graphite Erosion and Formation of
Hydrocarbon Molecules by Absorptionof Many Hydrogen Atoms

Koga, T. (D3), Tanaka, M.

426

§9.

Experimental Analysis for Thermally
Non-Equilibrium State Under Microwave
Irradiations: A Greener Process for Steel
MakingSato, M., Matsubara, A., Takayama, S., Sudo, S.,
Motojima, O. (NIFS (National Institute for Fusion
Science)),
Nagata, K., Ishizaki, K. (Graduate School of Scienceand Engineering; Tokyo Institute Of Technology),
Hayashi, T. (Research Institute of Industrial Products
Gifu Prefectural Government),
Dinesh Agrawal, Rustum Roy (Materials ResearchInstitute, Penn State University)427§10. Observation of the Temperature-Jumpof the Sample during Microwave Iron
MakingMatsubara, A., Takayama, S., Sato, M.

428

§11. Carbon Ion Emission Lines during
Radiation Collapse in LHD
Kato, T., Sato, K., Funaba, H., Murakami, I.,
Peterson, B.

429

§12. EUV Spectra of Xe Ions Measured from
LHD for Study of High Z Ion Emission
Kato, T., Kato, D., Sato, K., Funaba, H., Suzuki, C.,
Yamamoto, N. (Nagoya Univ.),
Nishimura, H., Nishihara, K. (Osaka Univ.),
O’Sullivan, G. (Dublin City Univ., Ireland)430§13. Identification of Resonance Excitation
Double-Autoionization of Li-like Iodine
Ions
Kato, D., Sakaue, H.,
Nakamura, N., Ohtani, S. (ILS, UEC)

431

§14. Dielectronic Recombination Rate
Coefficients to Excited States of Mg-likeFe and Dielectronic Satellite Lines
Murakami, I., Kato, T., Kato, D.,
Safronova, U.I., Cowan, T.E. (Univ. of Nevada, Reno,
USA),
Ralchenko, Yu (NIST, USA)432

§15. Recommended Data on Proton-Ion
Collision Rate Coefficients for Fe X – Fe
XV and Fe XVII – Fe XXIII Ions
Skobelev, I. (Multicharged Ions Spectra Data Center of
VNIIFTRI, Russia),
Murakami, I., Kato, T.

433§16. Evaluation of Electron Impact Excitation
Rate Coefficients for Fe M-shell Ions
Murakami, I., Kato, T.,
Skobelev, I. (Multicharged Ions Spectra Data Center of
VNIIFTRI, Russia),
Itikawa, Y. (ISAS/JAXA)

434

§17. Development of a Collisional-Radiative
Model of Oxygen Ions for Plasma
Diagnostics
Murakami, I., Kato, T., Goto, M., Morita, S.,
Safronova, U.I. (Univ. of Nevada, Reno, USA)435

§18. Analysis of CV Spectral Lines and theEmitting Location in LHD Plasma
Murakami, I., Katai, R., Sugimoto, T., Kato, T.,
Sato, K.,
Shiraki, K., Tsujii, M. (Shinshu Univ.)436

§19. Cluster of Mono-Vacancy and HydrogenAtoms in Ferritic Iron
Kato, D., Kato, T., Muroga, T., Noda, N.,
Iwakiri, H. (Kyushu Univ.),
Morishita, K. (Kyoto Univ.)437

§20. Temperature Effect on Charge Transfer
and Ionization in Collisions of H+ Ions
with Hydrocarbon Molecules
Kimura, M. (Kyushu Univ.),
Kusakabe, T. (Kinki Univ.),
Pichl, L. (Aizu Univ.),
Watanabe, A. (Ochanomizu Univ.),
Suzuki, R. (Hitotsubashi Univ.),
Kato, D.

438

§21. LHD Simulated Experiment for
Solar Non-Equilibrium Plasmas andDevelopment of Its Spectroscopic
Diagnostic Tools
Watanabe, T., Hara, H. (Nat. Astron. Obs., NINS),
Kato, T., Murakami, I., Sato, K., Funaba, H., Morita,S., Goto, M., Muto, S. (Nat. Inst. for Fusion Sci.,
NINS),
Yamamoto, N. (Ecot. Cen., Nagoya U.)439

§22. Plasma Diagnostics of Fe Ion Spectra for
Solar-B and LHD
Yamamoto, N. (Nagoya Univ.),
Kato, T., Murakami, I., Sato, K., Funaba, H., Tamura, N.,
Watanabe, T. (Nat. Astron. Obs., NINS)

440

§23. Network of Atomic and Molecular
Database Related the Processing Plasmas
Iinuma, K., Ito, H. (Chiba Inst. Tech.), Sakai, Y.
(Hokkaido Univ.), Samukawa, S. (Tohoku Univ.),
Sugai, H. (Nagoya Univ.), Nakamura, Y. (KeioUniv.), Hatano, Y. (Tokyo Inst. Tech.), Kono, A.
(Nagoya Univ.), Matsumi, Y. (Nagoya Univ.), Sato,T. (Muroran Int. Tech.), Tanaka, M. (Pegasasu Co.),
Tanaka, H. (Sophia Univ.),
Tsumori, K., Kato, T., Kato, D.

441

§24. Atomic and Molecular Data Compilationand Update of the NIFS Databases for
Molecular Targets
Kimura, M. (Kyushu U.), Igarashi, A. (Miyazaki U.),
Motohashi, M. (Tokyo U. Ag. and Tech.), Kusakabe,
T. (Kinki U.), Morishita, T. (U. Elec-Comm.),Moribayashi, K. (JAEA), Kitajima, M. (Tokyo Inst.
Tech.), Imai, M. (Kyoto U.), Pichl, L. (ICU.),
Kato, D., Murakami, I., Kato, T.

442§25. New System of Differential Cross Section
Databases
Pichl, L. (International Christian Univ.),
Kato, D., Murakami, I., Kato, T. (Nat. Inst. Fusion
Sci.)

443

§26. Study of Evolutional Data Collecting
System for the Atomic and Molecular
Databases
Sasaki, A., Kubo, H. (Japan Atomic Energy ResearchInstitute),Joe, K. (Nara Womens’s University),
Pichl, L. (The Aizu University),
Ohishi, M. (National Astronomical Observatory),
Kato, D., Kato, M., Murakami, I., Kato, T. (National
Institute for Fusion Science)444§27. Private Tutoring Academy KENZAIJUKUStarted
Yamada, M. (Guest Professor, NIFS)

445

§28. EUV Spectra by Xeq+ + Xe Charge
Transfer
Yamamoto, N. (Nagoya Univ.), Kato, T., Kato, D.

446

10. Fusion Engineering Research Center

447

(Noda, N.)

448

§1.

Neutronics for Li/Vanadium-alloy and
Flibe/Vanadium-alloy Blanket Systems

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

449

§2.

Development of 3-D Neutronics
Calculation System for Helical Reactor
DesignTanaka, T., Sagara, A., Muroga, T.

450

§3.

Fabrication of Erbium Oxide Coatings by
Arc-Source Plasma Deposition Device for
Vanadium-Lithium Blanket System

Suzuki, A., Sawada, A. (Univ. of Tokyo),Pint, B.A. (Oak Ridge National Laboratory),
Muroga, T.

451

§4.

The Structural Stability and Growth
Process of Er2O3 In-situ Coating on
V-4Cr-4Ti

Yao, Z., Muroga, T., Nagasaka, T., Tanaka, T.,
Suzuki, A. (Univ. Tokyo), Yeliseyeva, O. (KPMI,
Ukraine)

452

§5.

Activation Experiment with D-T Neutrons
on Materials Relevant to Liquid Blankets

Li, Z.X. (Grad. Univ. Advanced Studies), Tanaka, T.,
Muroga, T., Sato, S. (JAEA), Nishitani, T. (JAEA)

453

§6.

Impurity Behavior in V-4Cr-4Ti-Y Alloys
Produced by Levitation Melting

Nagasaka, T., Muroga, T.,
Hino, T., Satou, M., Abe, K., Chuto, T. (Tohoku
Univ.),
Iikubo, T. (Daido Bunseki Research, Inc.)

454

§7.

Creep Property of NIFS-Heat-2 Alloy
Strengthened by Precipitation and Cold
Rolling

Chen, J.M. (Southwestern Institute of Physics, China),
Muroga, T., Nagasaka, T.

455

§8.

Temperature Effect on Strain Hardening
and Fracture Mode of JLF-1 Steel under
Static Plastic Deformation

Li, H. (Sokendai), Nishimura, A., Muroga, T.,
Nagasaka, T. (NIFS)

456

§9.

Compatibility of Low Activation Ferritic
Steels with Liquid Lithium

Xu, Q. (Grad. Univ. Advanced Studies), Nagasaka, T.,
Muroga, T.

457

§10. Irradiation Effect of 14 MeV Neutron on
Interlaminar Shear Strength of Glass Fiber
Reinforced Plastics
Nishimura, A.

458

§11. Annealing Effect on Microstructure andSuperconductivity of V-based Laves
Phase Compound Wires through a RHQ
Process
Hishinuma, Y., Nishimura, A.,
Kikuchi, A., Iijima, Y., Takeuchi, T. (NIMS),
Inoue, K. (Univ. Tokushima)459

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

460

§1.

Measurement Error of Radiation
Monitoring by Means of an Electronic
Dosimeter

Yamanishi, H.

461

§2.

Design of an Integrating Type Neutron
Dose Monitor

Yamanishi, H.

462

§3.

Sensitivity of TLD and RPLD to Cosmic
Ray Hard Component Measured in
Ogoya Tunnel

Yamanishi, H., Miyake, H.,
Yamasaki, T. (Chubu Electric Power Company),
Komura, K. (Kanazawa University)

463

§4.

Consideration of Measuring Tritium
Concentration in Air Using Gas
ChromatographKawano, T.

464

§5.

Chemical Reaction Equation of Water
Vapor Decomposition on a ZirconiumNickel Alloy

Kawano, T.

465

§6.

Performance Test of Direct Immersion
Method to Detect Tritium in Concrete

Kawano, T.

466

§7.

Theoretical Expressions for Removing
Tritium from Exhaust Gas

Kawano, T.

467

§8.

Characteristics of Honeycomb Catalysts
for Oxidation of Tritiated Hydrogen andMethane Gases

Uda, T., Tanaka, M.,
Munakata, K. (Interdisciplinary Graduate School ofEngineering Sciences Kyushu University)

468

§9.

Entrainment Behavior of Activated Dust
in Accidental Event

Ijiri, H., Ebara, S., Shimizu, A. (Kyushu Univ.),
Kawano, T.

469

§10. Development of Exhaust Gas and Effluent
Liquid Treatment System for LHD
Asakura, Y., Kawano, T., Sugiyama, T., Uda, T.

470

§11. Development of Proportional Counter to
Measure Tritium in Atmospheric Air
Ogata, Y. (Nagoya Univ. School of Health Sciences),
Sakuma, Y.

471

§12. Environmental Atmospheric Tritium
Monitoring with Discriminate Samplingof Different Chemical Forms
Uda, T., Tanaka, M.,
Sugiyama, T. (Nagoya Univ.),
Momoshima, N. (Kumamoto Univ.)472

§13. 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.)473

§14. Field Measurement in Hi-Level Multiple
Source EM Environment
Kamimura, Y. (Dept. Engin., Utsunomiya Univ.)474

§15. Measurements of Static and Variable
Magnetic Fields in a Large Plasma
Experimental Facility
Uda, T., Takami, S., Obayashi, H.,
Kamimura, Y. (Utsunomiya University)475

12. Computer and Information Network Center

476

477

(Horiuchi, R.)

478

479

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

480

§1.

Study of Potential Confinement
Mechanism via Plasma Visualization
Technology

Mase, A., Kogi, Y., Ignatenko, M., Kudo, K.
(KASTEC, Kyushu Univ.),
Yoshikawa, M., Nakahara, A., Itakura, A., Hojo, H.,
Cho, T. (PRC, Univ. Tsukuba),
Nagayama, Y.

481

§2.

Study of Impurity Ion Radiation Intensity
in the GAMMA 10 Plasma

Yoshikawa, M., Kubota, Y., Kobayashi, T., Matama, K.
(Univ. Tsukuba, PRC),
Kato, T., Murakami, I.

482

§3.

ICRF Wave Excitation and Propagation in
the GAMMA 10 Tandem Mirror

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

483

§4.

Development of High Performance
Antennas for Electron Heating in
GAMMA 10

Saito, T., Tatematsu, Y., Imai, T., Hojo, H. (Univ.
Tsukuba, PRC),
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., Machida, N. (Graduate Schoolof Pure and Appl. Sci. Univ. Tsukuba)

484

§5.

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., Yoshikawa, M.
(Plasma Res. Center, Univ. Tsukuba)

485

§6.

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.)

486

§7.

Plasma Polarization Spectroscopy on
GAMMA10 Tandem Mirror Plasma

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

487

§8.

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

Ichimura, M., Higaki, H., Kakimoto, S., Yamaguchi, Y.
(University of Tsukuba),
Watari, T., Kumazawa, R., Mutoh, T., Seki, T., Saito, K.
(National Institute for Fusion Science)

488

§9.

Comprehensive Study of Relationshipbetween Electron Distributions andPerformances of Microwave and Mirror
Devices

Ogura, K., Saito, H., Miyazawa, Y. (Niigata Univ.),
Hirata, M., Cho, T., Kohagura, J., Numakura, T.,
Fukai, T., Yokoyama, N., Tokioka, S., Tomii, Y.,
Miyake, Y. (Plasma Research Center, University ofTsukuba)489

§10. Study of Radial Transport of Bounce Ions
by Use of a Lithium Beam Probe Method
Ishii, K., Saito, T., Katanuma, I., Yoshikawa, M.,
Kojima, A., Miyata, Y., Yamaguchi, T., Fujimoto, S.
(Tsukuba Univ.),
Iguchi, H., Nakamura, K.

490

§11. Cross Correlation Measurement between
Density and Potential Fluctuations in a
Tandem Mirror for the Purpose of Radial
Transport Control
Takeno, H., Yasaka, Y. (Kobe Univ.),
Hojo, H., Ichimura, M., Cho, T. (Univ. Tsukuba),
Higaki, H. (Hiroshima Univ.)491

§12. Analysis of Neutral Particle Transportand Recycling 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.),
Sawada, K. (Shinshu Univ., Eng.),
Ishimoto, Y. (JAERI, Naka),
Kubota, Y., Higashizono, Y. (Univ. Tsukuba,
Graduate School of Pure and Appl. Sci.),
Shoji, M., Sagara, A., Morisaki, T., Masuzaki, T.

492

§13. Progress in Potential Formation andRadial-Transport-Barrier Production for
Turbulence Suppression and Improved
Confinement in GAMMA 10
Cho, T., GAMMA 10 Group, Pastukhov, V.P.1,
81 Collaborators from Japanese Universities andInstitutes(Plasma Research Center, University of Tsukuba)(1Russian Research Center “Kurchatov Institute”,
Russia)493

§14. Initial Results of CUSPDEC Applied to
the GAMMA 10 Tandem Mirror
Yasaka, Y., Takeno, H. (Kobe Univ.),
Tomita, Y.,
Ishikawa, M., Nakashima, Y., Hirata, M., Cho, T.
(Univ.Tsukuba)494§15. Effects of Non-Axisymmetric Magnetic
Field on Characteristics of AxisymmetricCusp DEC
Tomita, Y.,
Yasaka, Y., Takeno, H. (Kobe Univ.),
Ishikawa, M., Nakashima, Y., Katanuma, I., Cho, T.
(Univ. Tsukuba)495§16. The Observation of the Negative Toroidal
Current in Heliotron-J
Watanabe, K.Y.,
Motojima, G., Okada, H., Nakamura, Y., Sano, F.
(Kyoto Univ.)496

§17. ICRF Heating Experiment in Heliotron J
Mutoh, T., Kumazawa, R., Seki, T., Saito, K., Okada,H., Torii, Y., Sano, F., Hanatani, K., Mizuuchi, T.,
Kobayashi, S., Nagasaki, K. (IAE, Kyoto Univ.),
Kondo, K., Nakamura, Y. (Grad. School, Energy Scu.,
Kyoto Univ.)497

§18. Hard X-Ray Diagnostic by Use of CdTe
Detector in Heliotron J
Isobe, M., Okamura, S., Yoshimura, Y. (NIFS),
Kobayashi, S., Sano, F. (Kyoto Univ.)498

§19. Evaluation of Boozer Coordinates Basedon the Field Line Tracing Approach
Yokoyama, M., Suzuki, Y.,
Nakamura, Y., Mizuuchi, T., Sano, F., Heliotron J
Experimental Team (Kyoto Univ.)499

§20. Study of Neutral Hydrogen Atom and
Impurity Behaviors in Heliotron J
III-2
Kondo, K. (Graduate School of Energy Science, Kyoto
University),
Sano, F. (IAE, Kyoto University)500§21. Optimization of Helical System Concept
Sano, F. (Institute of Advanced Energy, Kyoto
University)

501§22. Study of Peripheral Plasma in Heliotron J
Using Fast Camera
Nishino, N., Fukuyama, Y., Kondo, E., Fukamizu, T.,
Abe, T. (Hiroshima Univ.),
Kondoh, K., Mizuuchi, T., Sano, F. (Kyoto Univ.)502

§23. Study on Neutral Particle Transport in
Non-Axisymmetric Helical Plasmas
Nakashima, Y., Islam, Md. K. (Univ. Tsukuba,
P.R.C.),
Mizuuchi, T., Kobayashi, S. (Kyoto Univ., I.A.E.),
Kubota, Y., Higashizono, Y. (Univ. Tsukuba,
Graduate School of Pure and Appl. Sci.),
Yabutani, H. (Kyoto Univ., Graduate School ofEnergy Sci.),
Shoji, M.

503

§24. Study on Tritium Behavior in Liquid
Blanket System of Laser Inertial Fusion
ReactorNishikawa, 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.)504

§25. Aerosol Formation and its Effects on the
Chamber Wall Lifetime and Operation of
IFE Power Reactors
Hirooka, Y. (NIFS),
Tanaka, K.A. (Osaka Univ.)505

§26. Surface Wave Structure of Vertical
Liquid Film Flow with Artificial
Oscillation
Kunugi, T., Kino, C. (Kyoto Univ.),
Norimatsu, T. (Osak Univ.),
Sagara, A.

506

§27. X-ray Penumbral Imaging for LaserProduced Plasma–Uniformly Redundant Penumbral Array–Chen, Y.-W. (Ritsumeikan Univ.)507

§28. 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.

508

§29. Natural Diamond Detector for Neutronand γ-ray Measurements in Laser Fusion
Experiments
Isobe, M. (NIFS),
Azechi, H. (I.L.E., Osaka Univ.),
Krasilnikov, A.V. (TRINITI, Russia)509

§30. Development of Gas Gun for Target
Injection in Laser-Fusion Reactor
Endo, T. (Hiroshima Univ.)510

§31. Preliminary Study of ChamberEngineering for Fast Ignition Laser
Fusion Reactor
Konishi, S., Yamamoto, Y., Takeuchi, Y., Hinoki,
T. (Kyoto Univ.),
Nishimura, H., Norimatsu, T., Fujioka, S., Azuchi,
H., Kozaki, Y. (ILE, Osaka Univ.),
Sagara, A.

511

§32. IFE Reactor Chamber Wall Ablations with
Intense Particle and Laser Beams
Kasuya, K., Kuzuu, S., Kobayashi, T., Ozawa, S.
(Tokyo Inst. Tech.), Norimatsu, T., Nakai, M., Nagai,
K. (Osaka Univ.), Miyamaoto, S. (Himeji Inst. Tech.),Sato, M., Shimoda, K. (Gunma Univ.), Mroz, W.,
Prokopiuk, A. (M. Univ. Tech)512§33. Establishment of Material Database
Including High Temperature Irradiation
Effect and Material Design of SiC/SiC
Composites for Inertial Fusion Dry Wall
Chamber
Kohyama, A., Hinoki, T., Ikeda, S. (Institute ofAdvanced Energy, Kyoto University),
Norimatsu, T. (Institute of Laser Engineering, Osaka
University)513

§34. Development of Coil Gun for Fast
Ignition
Yoshida, H. (Gifu Univ.)514

§35. Researches on Compression and Heatingof Cryogenic Target and Related Physics
Mima, K. (ILE, Osaka Univ.), et al.

515

§36. X-ray Imaging in Fast Ignition Fusion
Experiments–An ICA based Poisson-Noise Reduction
Algorithm–
Chen, Y.-W. (Ritsumeikan Univ.),
Han, X. (Univ. of the Ryukyus)516

§37. Neutral Particle Behavior in the
Edge Plasma of TRIAM-1M Tokamak
Measured Using Zeeman Spectroscopy(NIFS04KUTR001)
Kado, S., Shikama, T. (The Univ. of Tokyo),
Zushi, H. (RIAM, Kyushu Univ.)517

§38. Start-Up and Sustainment of Spherical
Tokamak by ECH/ECCD
Maekawa, T., Tanaka, H., Uchida, M., Iwamae, A.,
Yoshinaga, T. (Kyoto Univ.),
Hanada, K., Zushi, H., Idei, H., Hasegawa, M.
(Kyushu Univ.)518

§39. Experimental Study of Compact Plasma Wall
Interaction Experimental Device (CPD)
Hanada, K., Sato, K.N., Zushi, H., Yoshida, N.,
Nakamura, K., Sakamoto, M., Idei, H., Hasegawa, M.,
Sasaki, K. (Kyushu University),
Mitarai, O. (Kyushu Tokai University),
Nisino, N. (Hiroshima University),
Nagata, M., Fukumoto, N. (University of Hyogo),
Maekawa, T., Tanaka, H. (Kyoto University),
Takase, Y., Ejiri, A. (University of Tokyo),
Nagayama, Y., Hirooka, Y.

519

§40. Modeling of Global Particle Balance andPlasma-Surface Interactions in TRIAM-1M
Hirooka, Y. (NIFS),
Sakamoto, M. (Kyushu Univ.)520

§41. Active Control Over Wall Recycling in a
Spherical Tokamak: CPD by a MovingSurface PFC
Hirooka, Y. (NIFS),
Zushi, H. (Kyushu Univ.)521

§42. Compact Toroid Injection into Spherical
Tokamak Plasmas in the Small PWI
DeviceNagata, M., Fukumoto, N. (Univ. Hyogo),
Masamune, S., Sanpei, A. (Kyoto Inst. Tech.),Asai, T. (Nihon Univ.),
Kanki, T. (Japan Coast Guard Academy),
Hanada, K. (Kyushu Univ.)522

§43. Generation of Runaway Electrons by
Electron Cyclotron Wave Heating
during Current Disruption of TRIAM-1M
TokamakToi, K., Ohdachi, S., Isobe, M.,
Idei, H., Nakamura, K. (Res. Institute for Appl. Mech.,Kyusyu Univ.),
TRIAM-1M Group523

§44. Design Study of Long-Pulse NBI
for the Plasma Boundary Dynamics
Experimental Device
Takeiri, Y., Nagaoka, K., Osakabe, M.,
Zushi, H. (Kyushu Univ.)524

§45. Development of Two-Dimensional
Lithium Beam Probe for Edge Density
Measurement in CPD
Morisaki, T.,
Tsuchiya, H. (Grad. Univ. for Advanced Studies),
Zushi, H. (RIAM, Kyushu Univ.),
Inada, Y. (Interdisciplinary Grad. School of Eng. Sci.)525

§46. Integration of PWI Experiments,
Diagnostics, Simulation and Modeling in
Steady State Plasma
Sakamoto, M. (RIAM, Kyushu Univ.) on behalf ofcollaborators526§47. Current Drive and Heating Experiments
using RF/mm-Waves on the TRIAM-1M
TokamakIdei, H. (Kyushu Univ.) for the TRIAM Experimental
Group

527

§48. Dust Measurement in TRIAM-1M using
Fast Camera
Nishino, N., Fukuyama, Y., Kondo, E., Fukamizu, T.,
Abe, T. (Hiroshima Univ.),
Sasaki, K., Hanada, K. (Kyushu Univ.)528

§49. Neutral Particle Transport in SteadyState Torus Plasmas
Nakashima, Y., Yoshikawa, M., Islam, Md. K. (Univ.
Tsukuba, P.R.C.),
Kobayashi, S. (Kyoto Univ., I.A.E.),
Sakamoto, M., Zushi, H. (Kyush Univ., RIAM),
Kubota, Y., Higashizono, Y. (Univ. Tsukuba,
Graduate School of Pure and Appl. Sci.),
Ogawa, M., Takagi, K. (Kyushu Univ., Inter
disciplinary Graduate School of Eng. Sci.),
Shoji, M.

529

§50. Construction and Developmentof Long Term Sustained Spherical
Tokamak “QUEST” in Kyushu
University
Sato, K.N., Zushi, H., Hanada, K., Nakamura,K., Sakamoto, M., Idei, H., Hasegawa, M.,
Kawasaki, S., Nakashima, H., Higashijima, A.,
Yoshida, N., Tokunaga, H. (RIAM, Kyushu
Univ.),
Takase, Y., Ono, Y., Ogawa, Y. (Univ. ofTokyo),
Ando, A. (Tohoku Univ.),
Oono, T. (Nagoya Univ.),
Maekawa, T., Kishimoto, Y. (Kyoto Univ.),
Ishida, A. (Niigata Univ.),
Nagata, M. (Univ. of Hyogo),
Nishino, N. (Hiroshima Univ.),
Mitarai, O. (Kyushu Tokai Univ.),
Asakura, N., Matsukawa, M., Shimizu, K.,
Nishio, S. (JAEA),
Nakamura, Y., Nagayama, Y., Hirooka, T.,
Muto, T., Takeiri, Y., Kaneko, O., Yamada, H.,
Komori, A.

530

§51. Development of an Ion Beam Source fora Low Voltage / High Current Neutral
Beam Injector
Ono, Y., Takase, Y., Zushi, H., Ejiri, A., Kawamori, E.,
Itagaki, T. (Univ. Tokyo, Department of Frontier
Sciences), Asai, T., Takahashi, T. (Nihon Univ.)531

§52. Organization of the All-Japan ST
Research Group
Takase, Y., Ono, Y., Ogawa, Y. (Frontier Sci. andHigh Temp. Plasma Ctr., U. Tokyo), Sato, K., Zushi,
H., Hanada, K., Yoshida, N. (RIAM, Kyushu U.),
Kishimoto, Y., Maekawa, T. (Energy, Kyoto U.),
Nagata, M. (Eng., Hyogo U.), Ishida, A. (Nat. Sci.,
Niigata U.), Nishino, N. (Eng., Hiroshima U.),
Mitarai, O. (Eng., Kyushu Tokai U.), Asakura, N.,
Matsukawa, M., Nishio, S. (Fusion Res. Dev., JAEA),
Komori, A., Nagayama, Y., Hayashi, T.

532

14. Public Relations Office(Takahata, K.)533

15. Research Information Office(Mito, T.)534

III. International Collaboration(Matsuoka, K.)

535

536

1. US – Japan (Universities) Fusion Cooperation Program

537

538

(Sudo, S.)539

2. TEXTOR Collaboration

540

(Noda, N.)541

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

542

543

544

545

546

547

548

549

550

551

552

553

554

555

556

(Komori, A.)557

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

558

559

560

561

562

(Watari, T., Namba, C., Toi, K., Yamada, S.)

563

IV. Department of Engineering and Technical Services

564

565

566

567

568

569

570

571

572

573

574

575

576

V.
Department of Administration
V. Department of 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 5 units: General Affairs, Documents and Public Relations, Personnel,
Employee Relations 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 andManagement, preparation of various ceremonies and events, documents and public information services,
enactment of rules and regulations, general personnel administration and library services.
㩿2005 Fiscal Year㪀

Staff Members
Director-General

1

Professors

41

Associate Professors

36

Research Associates

56

Administrative Staff

44

Technical & Engineering Staff

46

Visiting Scientists

24
Total

248
㩿2005 Fiscal Year㪀

Books and Journals
Japanese Books

13,499Books in Other Languages

44,110Total 㩿vols㪀

57,609Japanese Journals

272

Journals in Other Languages

775

Total 㩿titles㪀

1,047

577

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 financial management relating to budget, revenue/expenditure, corporate property,
and supply of articles.

㩿2005 Fiscal Year㪀㩿in million of Yen㪀

Settlement
Salaried Wages

2,111

Operating Cost

8,905

Equipment

0Site & Buildings

12

Grant-in-Aid for Scientific Research

187

Total

11,215

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2005 Fiscal Year㪀

Site and Buildings
Toki
Site

464,445 䋛

Buildings
Total Building Area
Total Floor Space

39,235 䋛69,759 䋛

578

Joint Research Division
The Joint Research Division consists of four units, Research Planning Section, Research Promotion Section,
International Academic Section, and Policy Planning Evaluation Section, which are in charge of arranging international cooperation, and inter university coordination, respectively. The latter deals with subsidy for scientificresearch and support the graduate school program.
㩿2005 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

37

Accepted

Accepted

33

278

243

Accepted

Accepted

239

1,674

Accepted

Accepted

46

127

46

Accepted

Accepted

19

555

19

345

Number of Graduate School Students(Research Students)

Accepted

Accepted

337

2634

(2005 Fiscal Year)

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

Master's Course

Doctor' s Course

Total

2
0
12
14

0
3
5
8

2
3
17
22

(The Graduate University for Advanced Studies Students)(2005 Fiscal Year)

Doctor's Course
Grade 17

Grade 27

Grade 3
11

Total
25

International Exchange
Number of Foreign Researchers(2005 Fiscal Year)

Invited by Ministry of
Education,Culture, Sports,

Invited by Japan
Workshop

Joint Research

Visitors

Society for theParticipants

Sciences and Technology

15

39

Others

Total

10

175

Promotion of Science

106

0

5

Foreign Researchers to NIFS

(2005 Fiscal Year)

P.R.China

U.S.A.

RussiaIndia

F.R.G.

Ukraina

R.Korea

Spain

Others

Total

29

39

18

6

15

3

16

3

46

175

NIFS Researchers to Overseas(2005 Fiscal Year)

U.S.A.

F.R.G

P.R.China

RussiaFranceR.Korea

Italy

Spain

Austria.

Others

Total

69

21

18

9

9

38

8

23

8

10

213

579

APPENDIX 1. Organization of the Institute580

APPENDIX
MembersofofCommittees
Committees
APPENDIX2.2. Members
Advisory Council for Research and ManagementOHSAWA, Yukiharu
OKAJIMA, Shigeki
OGAWA, Yuichi
SASAO, Mamiko
SANO, Fumimichi

CHO, Teruji

HINO, Tomoaki

MATSUDA,
Shinzaburo
MIMA, Kunioki

YOSHIDA, Naoaki

SUDO, Shigeru
KOMORI, Akio
OKAMOTO, Masao

OHYABU, Nobuyoshi
KAWAHATA, Kazuo
MUTO, Takashi

HAYASHI, Takaya

MITO, Toshiyuki
SATO, Motoyasu
NODA, Nobuaki

Professor,
Graduate School of Science,
Nagoya University
Professor,
School of Engineering,
Chubu University
Director,
High Temperature PlasmaCenter, University of Tokyo
Professor,
Graduate School of Engineering,Tohoku University
Director,
Laboratory for Complex Energy
Processes, Institute of Advanced
Energy, Kyoto University
Director,
Plasma Research Center,
University of Tsukuba
Professor,
Graduate School of Engineering,
Hokkaido University
Executive Director for ITER
promotion, Japan Atomic Energy
AgencyDirector,
Institute of Laser Engineering,Osaka University
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
Director of
Fusion Engineering ResearchCenter, NIFS

UDA, TatsuhikoDirector of
Safty and Environmental
Research Center, NIFS

581

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. MORITA, Shigeru
Prof. OKAMURA, Shoichi
Prof. NAGAYAMA, Yoshio
Assoc. Prof. IGUCHI, Harukazu
Assoc. Prof. PETERSON, Byron Jay
Assoc. Prof. MORISAKI, Tomohiro
Assoc. Prof. MASUZAKI, Suguru
Res. Assoc. SAKAMOTO, Ryuichi

Res. Assoc. ISOBE, Mitsutaka
Res. Assoc. YOSHIMURA, Shinji
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

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
Res. Assoc. TOKUZAWA, TokihikoRes. 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. MUTOH, Takashi 㩿Director㪀
Prof. NAKAMURA, Yukio
Prof. KUMAZAWA, Ryuhei
Assoc. Prof. KUBO, Shin
Assoc. Prof. SIMOZUMA, Takashi
Assoc. Prof. SEKI, Tetsuo

Res. Assoc. YOSHIMURA, Yasuo
Res. Assoc. IGAMI, Hiroe
Res. Assoc. NISHIURA, Masaki
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, 2006.

582

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

Assoc. Prof. CHIKARAISHI, Hirotaka
Assoc. Prof. YAMADA, Syuichi
Assoc. Prof. MAEKAWA, Ryuji
Res. Assoc. HAMAGUCHI, Shinji
Res. Assoc. TAMURA, Hitoshi
Res. Assoc. IWAMOTO, Akifumi

㩿Particle Beam Heated Plasma Research Division㪀
Prof. KANEKO, Osamu 㩿Director㪀
Prof. IDA, Katsumi
Prof. TAKEIRI, YasuhikoProf. HAMADA, Yasuji
Assoc. Prof. OKA, Yoshihide
Assoc. Prof. OZAKI, Tetsuo
Assoc. Prof. FUJISAWA, Akihide
Res. Assoc. OSAKABE, Masaki

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

Theory and Computer Simulation Center
Prof. OKAMOTO, Masao 㩿Director㪀
Prof. HORIUCHI, Ritoku
Prof. NAKAJIMA, Noriyoshi
Prof. ISHIGURO, Seiji
Prof. SAKAGAMI, Hitoshi
Prof. SKORIC, Milos
Assoc. Prof. TODO, Yasushi
Assoc. Prof. TOMITA, Yukihiro
Assoc. Prof. WATANABE, Tomohiko

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

Coordination 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. 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. 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
Assoc. Prof. CHIKARAISHI, Hirotaka
Prof. MITO, Toshiyuki 㩿Additional Post㪀㩿Additional Post㪀
Assoc. Prof. YANAGI, Nagato 㩿Additional Post㪀
Assoc. Prof. YAMADA,Shuichi 㩿Additional Post㪀
Assoc. Prof. SHIMOZUMA, Takashi 㩿Additional Post㪀 Assoc. Prof. MAEKAWA, Ryuji 㩿Additional Post㪀

583

䋨 Atomic and Molecular Data Research Center 䋩Prof. KATO, Takako 㩿Chief㪀
Prof. MORE, Richard
Assoc. Prof. MURAKAMI, Izumi

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

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

Assoc. Prof. NAGASAKA, Takuya
Res. Assoc. SEO, Kazutaka
Res. Assoc. HISHINUMA, Yoshimitsu
Res. Assoc. TANAKA, Teruya
Res. Assoc. KATO, Daiji 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

Assoc. Prof. KAWANO, Takao
Res. Assoc. YAMANISHI, Hirokuni
Res. Assoc. SUGIYAMA, TakahikoComputer and Information Network Center
Prof. HORIUCHI, Ritoku 㩿Director, Additional Post㪀
Prof. DEN, Mitsue
Assoc. Prof. TSUDA, Kenzo

Res. Assoc. YAMAMOTO, Takashi
Res. Assoc. USAMI, Shunsuke

Guest Professor
Prof. KUSAMA, Yoshinori
㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Japan Atomic Energy Agency 㩿JAEA㪀㪀
Prof. YAMAZAKI, Kozo
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Nagoya University㪀
Prof. MATSUBARA, Youichi
㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Musashi Institute of Technology㪀
Prof. MATSUOKA, Mamoru
㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Mie University㪀
Prof. OKUMURA, Haruhiko㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Mie University 㪀Prof. SAKAMOTO, Keishi
㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Japan Atomic Energy Agency 㩿JAEA㪀㪀
Prof. WATANABE, Kunihiko㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Japan Agency for Marine - Earth Science and Technology 㪀Prof. YOSHIDA, Zensyo
㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿The University of Tokyo㪀
Prof. NISHIHARA, Motohisa
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Hitach Ltd.㩿retired㪀㪀Prof. IKEDA, Tetsuo
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Nagoya Institute of Technology㪀
Prof. OKAMOTO, Yukou
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Nagoya University㪀
Prof. NORIMATSU, Takayoshi
㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Osaka University 㪀Prof. TAKEUCHI, Takao㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Superconducting Materials Center, National Institute for Materials Science㪀Prof. MOMOSHIMA, Noriyuki
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Kumamoto University㪀
Prof. YAMADA, Masao
㩿Jul. 1, '05㪄Mar. 31, '06㪀
㩿Yamada Masao Urban Design Network Ltd.㪀
Prof. SAITO, Teruo
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿University of Tsukuba 㪀Prof. TANAKA, Masayoshi
㩿Jan. 1, '06㪄Mar. 31, '06㪀
㩿Kyusyu University㪀
Assoc. Prof. MURAKAMI, Sadayoshi
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Kyoto University㪀
Assoc. Prof. HOUJYOU, Hitoshi
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿University of Tsukuba 㪀584

Assoc. Prof. HAYAKAWA, Naoki
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Nagoya University㪀
Assoc. Prof. MURAKAMI, Masakatsu
㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Osaka University 㪀
Assoc. Prof. NAMBA, Chusei
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿NIFS㩿retired㪀㪀
Assoc. Prof. TAKAMARU, Hisanori
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Chubu University㪀
Assoc. Prof. SUZUKI, Akihiro
㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿The University of Tokyo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 Theoretrical Physics,University of Innsbruck㪀
Prof. VYACHESLAVOV, Leonid Nikolaevich
㩿Jan. 10, '05㪄May.10, '05㪀㩿Budker Institute of Nuclear Physics㪀
Prof. IGITKHANOV, Juri Levanovic
㩿Apr. 7, '05㪄Sept. 7, '05㪀㩿Max-Planck-Institute for Plasma Pyhsics㪀
Prof. RAMOS, Alcazar Jesus
㩿Jun. 10, '05-Sept. 9, 05㪀
㩿Plasma Science and Fusion Center,Massachusetts Institute of Technology㪀
Prof. VINYAR, Igor
㩿Jun. 27, '05-Sept.26, 05㪀
㩿St.Petersburg State Technical University㪀
Prof. SKOBELEV, Igor
㩿Sept 15, '05㪄Jan. 15, '06㪀㩿Multicharged Ions Spectra Data Center of VNIIFTRI㪀Prof. PETROSKY, Tomio Yamakoshi
㩿Oct 20, '05㪄Jan. 19, '06㪀
㩿Ilya Prigogine Center for Studies in Statistical Mechanics and Complex
Systems,The University of Texas at Austin㪀Prof. VLADMIROV, Serguei
㩿Jan. 5, '06㪄Apr. 7, '06㪀㩿Research Center for Theoretical Astrophysics,School of Physics,University of Sydney㪀
Prof. VOYTSENYA, Volodymyr
㩿Jan. 10, '06㪄Apr.10, '06㪀
㩿Kharkov Institute of Physics and Technology㪀
Prof. CHEN, Jiming
㩿Feb. 24, '06㪄Jul. 23, '06㪀㩿Southwestern Institute of Physics㪀
Assoc.Prof. NEUDACHIN, Sergey
㩿Jan. 11, '05㪄Apr.14, '05㪀㩿Kurchatov Institute㪀

585

COE Research Fellow
HASEGAWA, Hiroki
JINBO, Shigeaki
GONCHAROV, PavelNOTAKE, Takashi
MATSUMOTO, Yoshikatsu
YAMAGUCHI, So-ichiro
HEMMI, Tsutomu
KALINIA, Diana
SONG, Mi-young
NAKAMURA, Ki-ichiro
NUNAMI, Masanori

㩿Apr. 1, '05㪄Jun. 20, '05㪀
㩿Apr. 1, '05㪄Nov. 15, '05㪀
㩿Apr. 1, '05㪄Oct. 31, '05㪀
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Apr. 1, '05㪄Mar. 31, '06㪀㩿Jul. 1, '05㪄Mar. 31, '06㪀
㩿Oct. 1, '05㪄Mar. 31, '06㪀
㩿Oct. 1, '05㪄Mar. 31, '06㪀
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Apr. 1, '05㪄Mar. 31, '06㪀Research Fellow 㩿Science research㪀
PARCHAMY, Araghy Homaira
KOBUCHI, Takashi
ESMAEIL, Farshi Haghro
PAVLICHENCO, Rostislav Olegorich
YAMAGUCHI, So- ichiro
YAO, Zhenyu
GONCHAROV, PavelYAKOVLEV, Mykhaylo㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Apr. 1, '05㪄Dec. 31, '05㪀
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿May.16, '05㪄Jun. 30, '05㪀㩿Oct. 1, '05㪄Mar. 31, '06㪀
㩿Nov. 1, '05㪄Mar. 31, '06㪀㩿Dec. 16, '05㪄Mar.15, '06㪀Research Fellow 㩿Industrial-Academic coordination㪀
SUNO, Hiroya
MATSUBARA, Akihiro
SEKI, Ichiro

㩿Apr. 1, '05㪄Apr. 30, '05㪀
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿May.16, '05㪄May. 31, '05㪀Specialist Research Fellow
KOZAKI, Yasuji

㩿Mar.1, '06㪄Mar. 31, '06㪀JSPS Research Fellow
SATO, Masahiko
KASUYA, Naohiro
㩿Postdoctoral Fellowships for Foreign Researchers㪀
CLIVE, Alvin Michael.
FERRANDO=MARGALET, Sergi
LIU, Yi
㩿Invitation Fellowship Programs for Research in Japan㪀
Department of Administration
SATO, Yukinori㩿Department Director㪀
General Affairs Division
YAMAMOTO, Hiroshi
Director
DEGUCHI, Hidenori
Deputy Director
General Affairs Section
ICHIOKA, Akihiro
Chief
Documents and Public Relations Section
Chief
Personnel Section
KAWAI, Tohru
Chief
Employee Relations Section
KAWAI, Tohru
Chief
Additional Post
Science Information and Library Section
Chief

586

㩿Apr. 1, '04㪄Mar. 31, '07㪀
㩿Apr. 1, '05㪄Mar. 31, '06㪀
㩿Apr. 1, '05㪄Mar. 31, '07㪀㩿Nov. 28, '05㪄Nov. 27, '07㪀㩿Nov. 20, '05㪄Nov. 19, '07㪀Financial Affairs Division
FUJINAMI, Toyohiko
TAKEDA, Minoru
DOHMAE, Hiroki
SHIROSHIMA, Toshiaki
Financial Affairs Section
SAKAGUCHI, Toshihiro
Accounting Section
YAMADA, Kenji
Contract Section
IKEDA,Katsumi
Joint Research Division
TAKEUCHI, Masao
MORITA, Yasuo
Research Planning Section
IDO, Satoshi
Research Promotion Section
KOBAYASHI, Toshinari

Director
Deputy Director
Chief
Chief
Chief
Chief
Chief
Director
Deputy Director
Chief
Chief

International Academic Section
MATSUURA, Katsunori
Chief
Policy Planning Evaluation Section
AKAGAWA, Yasuhiro
Chief
Facilities Division
HOSOKI, Tsutomu
Director
WATANABE, Yasuo
Deputy Director
General Affairs Section of Facilities Division
WATANABE, Yasuo
Chief
Additional Post
Planning Section of Facilities Division
NAKAGAWA, Shin-ichi
Chief
Control and Maintenance Section of Facilities
Division
HAYASHI, Hidenori
Chief
The Building and Repairs Section of Facilities
Division
NITTA, Haruki
Chief

587

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

This list was made up as of March 31, 2006

588

APPENDIX 4. List of Publications I (NIFS Series)

589

590

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

591

592

593

594

595

596

597

598

599

600

601

602

603

604

605

Author IndexA
Abe, K. .............................................................264, 454
Abe, N. .................................................... 410, 411, 416
Abe, R. .............................................................111, 115
Abe, T. .............................................................502, 528
Adachi, Y. ................................................................215
Aizu, K. ...................................................................207
Akao, H. .....................................................................62
Akiyama, R. .....................................................160, 322
Akiyama, T. ........................... 161, 162, 222, 293, 294,
295, 296, 297, 298, 299,
300, 302, 307, 321, 324
Amano, H. ...............................................................239
Amo, H. ...........................................................373, 387
Ando, A. ......................................... 394, 395, 486, 530
Ando, K. ..................................................................116
Ando, T. ...................................................................230
Anma, Y. .................................................................251
Aoki, J. .....................................................................336
Aoki, K. ...................................................................106
Aoyama, H. ......................................................319, 404
Araki, K. ..................................................................386
Aramaki, M. .....................................................326, 328
Arimoto, H. ........................................................40, 338
Arimoto, K. ..............................................................172
Asai, T. ............................................. 92, 208, 522, 531
Asakura, N. ......................................................530, 532
Asakura, Y. .............286, 287, 288, 289, 290, 291, 470
Asano, E. .........................................................135, 136
Asaoka, Y. ...............................................................393
Ashikawa, N. ................................... 42, 63, 64, 65, 66,
67, 68, 93, 233, 235
Atake, M. .................................................. 57, 365, 487
Atarashi, M. .............................................................239
Azechi, H. ................................................................509
Azuchi, H. ................................................................511
Azumi, M. ........................................................188, 189

B
Baba, T. ...........................................................111, 248
Balandin, A.L. .........................................................172
Bansal, G. ............................... 114, 120, 121, 122, 123
Baudouy, B. .............................................................119
Beidler, C.D. ..............................................................20
Berk, H.L. ................................................................353
Breizman, B.N. ........................................................353

C
Carreras, B.A. ..................................................178, 179
Castejon, F. ................................................................20
Chang, D.H. .............................................................323
Chen, J.M. ................................................................455
Chen, Y.-W. .....................................................507, 516
Chikada, T. ..............................................................260
Chikaraishi, H. ....................88, 99, 104, 111, 115, 283
Chikaraishi, N. .........................................................100
Cho, T. ................................... 211, 214, 227, 481, 489,
491, 493, 494, 495

606

CHS Experimental Group ............. 294, 299, 305, 306,
307, 309, 312, 315, 316
Chuto, T. ..................................................................454
Cowan, T.E. .............................................................432

D
Dantsuka, T. .............................................................106
Darrow, D.S. ............................................................130
Den, M. ................................................... 373, 374, 387
Dendy, R.O. .............................................................378
Diamond, P.H. ........................ 200, 201, 202, 203, 204
Dinesh Agrawal .......................................................427
Dinklage, A. ...............................................................20
Dong, J.Q. ............................................... 190, 191, 192

E
Ebara, S. .................................................. 242, 279, 469
Eiza, N. ....................................................................255
Ejiri, A. ................................................... 402, 519, 531
Emoto, M. ................................................................163
Endo, T. ...................................................................510
Enokida, Y. ..............................................................288
Estrada, T. ..................................................................20

F
Federici, G. ..............................................................423
Feng, Y. .............................................................54, 423
Ferrando i Margalet, S. ...........................................196
FFHR Design Group ...............................................283
Fujimoto, S. .............................................................490
Fujimura, T. .............................................................421
Fujino, T. .................................................................208
Fujioka, S. ................................................................511
Fujisawa, A. .....................20, 200, 300, 305, 306, 307,
308, 309, 310, 319, 324, 337
Fujita, H. ..................................................................338
Fujita, J. .................................. 410, 411, 412, 413, 416
Fujita, S. ...................................................................373
Fujita, T. ....................................................................16
Fujiwara, S. ..............................................................381
Fukada, S. ............................................... 241, 278, 504
Fukai, T. ...................................................................489
Fukamizu, T. ....................................................502, 528
Fukao, M. .................................................................320
Fukumasa, O. ...........................................................219
Fukumoto, K. ...........................................................252
Fukumoto, N. ............................................ 92, 519, 522
Fukuyama, A. ........................... 79, 200, 215, 229, 483
Fukuyama, Y. ..................................................502, 528
Funaba, H. ......... 17, 36, 145, 229, 429, 430, 439, 440
Furukawa, H. ...........................................................284
Furuzawa, A. ...........................................................225GGAMMA 10 Group .................................................493
Gao Zhe .................................................. 190, 191, 192

Goncharenko, I. .......................................................387
Goncharov, P.R. ................................................82, 159
Goto, K. .................................................. 220, 313, 314
Goto, M. .....................................15, 39, 40, 41, 42, 69,
223, 225, 435, 439
Goto, S. ....................................................................173
Goto, T. ....................................................................276
Gotoh, H. .................................................................410
Gotoh, T. ..........................................................205, 377
Grisham, L. ..............................................................136

HHadžievski, Lj. .........................................................379
Hahm, T.S. .......................................................202, 204
Hallatschek, K. ................................................201, 203
Hamabe, M. .............................................................219
Hamada, Y. ............................................. 149, 150, 151
Hamaguchi, S. ....................86, 90, 106, 112, 119, 396
Hamajima, T. ...................................................101, 105
Hamasaki, S. ............................................................245
Han, X. .....................................................................516
Hanada, K. ..................................... 218, 402, 518, 519,
522, 528, 530, 532
Hanaoka, E. .............................................................341
Hanaoka, S. ............................................. 410, 412, 413
Hanatani, K. .............................................................497
Hara, H. ...................................................................439
Hara, M. ............................................ 93, 102, 103, 235
Haruyama, T. ...........................................................106
Hasegawa, A. ...........................................................242
Hasegawa, H. ...........................................................408
Hasegawa, M. ......................................... 518, 519, 530
Hashiba, Y. ..............................................................233
Hashimoto, M. .........................................................381
Hashizume, H. ........................................ 236, 263, 280
Hashizume, K. .........................................................235
Hata, K. ............................................................106, 259
Hatakeyama, R. ...............................................380, 485
Hatano, N. ................................................................383
Hatano, Y. ................................................. 93, 235, 441
Hatayama, A. .......................................... 362, 363, 364
Hattori, K. ............................................... 394, 395, 486
Hayakawa, N. ..........................................................110
Hayashi, H. ..............................................................145
Hayashi, T. ..................................... 176, 177, 182, 186,
351, 401, 427, 532
Hayashi, Y. ..............................................................373
Hegna, C.C. .....................................................349, 350
Heliotron J Experimental Team ..............................499
Heller, R. .................................................................117
Hemmi, T. ...............111, 114, 115, 120, 121, 122, 123
Higaki, H. ................................. 75, 483, 486, 488, 491
Higashijima, A. ........................................................530
Higashizono, Y. ...................................... 492, 503, 529
High-Density Group ............................................52, 53
Himura, H. ...............................................................320
Hino, T. ............................................. 66, 233, 264, 454
Hinoki, T. ................................................ 255, 511, 513
Hirano, Y. ........................................................143, 208
Hirata, M. ................................................ 227, 489, 494
Hirayama, T. ....................................................333, 397
Hirohata, Y. .............................................................235
Hirooka, T. ...............................................................530
Hirooka, Y. ............................. 419, 505, 519, 520, 521
Hisamichi, Y. .............................................................41
Hishinuma, Y. .................230, 231, 268, 399, 403, 459

Hiwatari, R. .....................................................364, 393
Hochin, T. ................................................................165
Hojo, H. ..........................147, 148, 227, 481, 484, 491
Homma, H. ..............................................................235
Honda, A. .................................................................136
Horiguchi, K. ...........................................................265
Horiike, H. ...............................................................240
Horiuchi, R. ............369, 370, 371, 372, 408, 476, 508
Hoshika, H. ..............................................................402
Hoshino, M. ...........................................................9, 58
Hotta, S. ...................................................................410
Hozumi, N. ..............................................................102
Hudson, R.S. ....................................................349, 350

I
Ichiguchi, K. ....................................................178, 179
Ichimasa, Y. .............................................................238
Ichimura, M. .....................75, 227, 483, 486, 488, 491
Ida, K. ........................... 10, 12, 13, 20, 25, 33, 35, 36,
40, 69, 70, 155, 158, 229, 298,
300, 301, 304, 310, 324, 337
Ida, M. .....................................................................240
Idei, H. ....................................... 76, 79, 128, 167, 218,
518, 519, 523, 527, 530
Ido, T. ..................................................... 149, 150, 151
Igami, H. ................. 19, 51, 76, 77, 78, 80, 81, 82, 83,
126, 127, 128, 129, 294, 322
Igarashi, A. ..............................................................442
Igitkhanov, Y. ............................................................54
Ignatenko, M. ...................................................169, 481
Iguchi, H. ....... 307, 311, 312, 319, 324, 337, 420, 490
Iida, T. .................................................... 240, 261, 473
Iijima, Y. ..........................................................268, 459
Iikubo, T. .................................................................454
Iinuma, K. ................................................................441
Iiyama, K. ................................................................332
Ijiri, H. .....................................................................469
Ikeda, K. ....................................... 69, 70, 72, 135, 136
Ikeda, R. .................................. 315, 316, 318, 319, 392
Ikeda, S. ...................................................................513
Ikeda, Y. ..................................................................136
Ikuta, K. ...................................................................420
Imagawa, S. ...........................84, 86, 87, 90, 112, 273,
274, 275, 276, 277, 279
Imai, M. ...................................................................442
Imai, T. ............................................................227, 484
Imamura, Y. .............................................................257
Imazawa, R. .............................................................172
Imazu, S. ..................................................................166
Inada, Y. ..................................................................525
Inagaki, S. ............................10, 19, 23, 24, 28, 36, 51,
76, 77, 78, 83, 167, 216, 404
Inoue, K. ..........................................................267, 459
Inoue, S. ...........................................................240, 375
Inoue, T. .................................................... 88, 149, 150
Inutake, M. ...................................... 394, 395, 420, 486
Irie, M. .......................................................................92
Isayama, A. ..........................................................36, 76
Ise, T. .........................................................................88
Ishibashi, K. .............................................................245
Ishida, A. .........................................................530, 532
Ishida, M. .................................................................104
Ishigohka, T. ..............................................................87
Ishiguro, E. ..............................................................168
Ishiguro, S. ......................366, 367, 380, 385, 408, 508
Ishii, K. ....................................................................490

607

Ishikawa, M. ...................211, 212, 213, 214, 494, 495
Ishimoto, Y. .......................................................65, 492
Ishiyama, A. .............................................................105
Ishizaki, K. ...............................................................427
Ishizaki, R. ...............................................................355
Ishizawa, A. .....................................................357, 371
Islam, Md. K. .......................................... 492, 503, 529
Isobe, M. ..........................82, 130, 216, 293, 294, 295,
296, 298, 299, 300, 305, 307, 313,
314, 319, 320, 324, 498, 509, 523
Itagaki, M. .................................................................37
Itagaki, T. .........................................................172, 531
Itakura, A. ................................................................481
Itikawa, Y. ...............................................................434
Ito, A. ...............................................................348, 382
Ito, H. .......................................................................441
Ito, S. ............................51, 80, 81, 126, 127, 128, 129
Ito, Y. .......................................................................222
Itoh, K. ...... 10, 24, 181, 183, 184, 188, 189, 191, 192,
199, 200, 201, 202, 203, 204, 305, 306, 310
Itoh, S.-I. ........................181, 183, 188, 189, 199, 200,
201, 202, 203, 204, 310
Itoh, T. .....................................................................381
Itoh, Y. .....................................................................321
Iwakiri, H. ........................................................248, 437
Iwakuma, M. ........................................... 108, 111, 243
Iwama, N. ..................................................................59
Iwamae, A. ................................ 57, 223, 365, 487, 518
Iwamoto, A. ..............96, 105, 106, 118, 245, 396, 421
Iwazaki, K. .......................................................319, 404
Izumi, Y. ..................................................................231

J
Jin, W.G. ..................................................................332
Jinguji, Y. ................................................................315
Joe, K. ......................................................................444
Johzaki, T. .......................................................368, 508

K
Kado, S. .................................................. 226, 301, 517
Kageyama, A. ..........................................................388
Kakimoto, S. ......................................................75, 488
Kakiuchi, M. ............................................................473
Kalinina, D.V. ....................................................24, 154
Kamataki, K. ....................................................141, 337
Kamimura, Y. ..................................................474, 475
Kamiya, K. ...............................................................238
Kaneko, O. ................................. 69, 70, 134, 135, 136,
141, 143, 389, 530
Kaneko, T. .......................................................380, 485
Kanki, T. ..................................................................522
Kanno, R. .........................................................186, 187
Kasaba, K. .........................................................96, 247
Kasada, R. ................................................................250
Kasahara, H. ............................................................215
Kasashima, Y. ..........................................................394
Kasuya, K. ...............................................................512
Kasuya, N. .............................................. 184, 188, 189
Katagiri, K. ............................................... 96, 247, 403
Katai, R. ...................................................................436
Katanuma, I. ........................................... 214, 490, 495
Katayama, K. ...........................................................504
Kato, A. ...................................................................109

608

Kato, D. .........................248, 397, 430, 431, 432, 437,
438, 441, 442, 443, 444, 446
Kato, H. ...................................................................243
Kato, M. ...................................................................444
Kato, N. ...................................................................411
Kato, S. ........................................... 149, 150, 151, 154
Kato, T. ..........................429, 430, 432, 433, 434, 435,
436, 437, 439, 440, 441,
442, 443, 444, 446, 482
Kawabata, S. ............................................................107
Kawagoe, A. ....................................................107, 111
Kawahara, Z. ...........................................................282
Kawahata, K. .............................22, 23, 24, 26, 27, 36,
144, 146, 147, 148, 155, 160, 161,
162, 167, 169, 170, 222, 302, 321
Kawai, Y. .................................................................221
Kawakami, I. ...........................................................412
Kawakami, M. .........................................................248
Kawamitsu, S. ..........................................................168
Kawamori, E. .......................................... 172, 342, 531
Kawamura, K. ..........................................................234
Kawana, R. ..............................................................213
Kawano, T. .................................... 287, 290, 464, 465,
466, 467, 469, 470
Kawara, Z. ...............................................................236
Kawasaki, S. ....................................................220, 530
Khan, R. ...................................................................182
Khilchenko, A.D. .....................................................156
Kikuchi, A. ......................................................268, 459
Kim, S.W. ................................................................249
Kimura, A. ...............................................................250
Kimura, K. ......................410, 411, 412, 413, 414, 416
Kimura, M. ............................................. 334, 438, 442
Kimura, N. ...............................................................106
Kino, C. ...................................................................506
Kiridoshi, S. ...............................................................63
Kishimoto, Y. ..................................................530, 532
Kitajima, M. .............................................................442
Kitajima, S. ..................................... 143, 216, 319, 404
Kitsunezaki, A. ........................................................414
Kiwamoto, Y. ..........................................................336
Kiyama, S. ...............................................................143
Kizu, K. .............................................................65, 230
Kobayashi, H. ............................................................98
Kobayashi, M. ...................................... 5, 6, 7, 54, 423
Kobayashi, S. ...........................51, 76, 80, 81, 82, 126,
127, 128, 129, 254, 492,
497, 498, 503, 529
Kobayashi, T. .......................... 217, 263, 482, 487, 512
Kobuchi, T. ..........................................................33, 35
Koga, K. .....................................................................63
Koga, T. ...................................................................426
Kogi, Y. ............................................ 28, 147, 169, 481
Kogoshi, S. ..............................................................220
Kohagura, J. .....................................................227, 489
Kohyama, A. ....................................................249, 513
Koide, S. ..................................................................376
Koizumi, N. .............................................................230
Kojima, A. ...............................................................490
Kojima, C. ...............................................................415
Kojima, M. .......................................................165, 166
Komada, S. ......................................................135, 136
Komatsu, K. .............................................................238
Komori, A. ............................ 3, 5, 6, 7, 36, 54, 55, 66,
233, 404, 480, 530, 532, 542
Komura, K. ..............................................................463
Kondo, E. .........................................................502, 528
Kondo, H. ................................................................240

Kondo, K. ......................................... 40, 261, 497, 500
Kondo, T. .........................................................135, 136
Kondoh, K. ..............................................................502
Konishi, S. .......................................................393, 511
Kono, A. ..........................................................328, 441
Kono, H. ..................................................................425
Kono, M. ..........................................................327, 379
Konoshima, S. ...........................................................61
Kosaki, M. ...............................................................102
Kotoh, K. .................................................................290
Kozaki, Y. ................................................................511
Krasheninnikov, S. ..................................................367
Krasilnikov, A.V. ....................................................509
Kubo, H. ..................................................................444
Kubo, N. ..................................................................130
Kubo, S. ........................ 19, 24, 50, 51, 76, 77, 78, 79,
80, 81, 82, 83, 126, 127, 128,
129, 218, 227, 294, 322, 484
Kubota, Y. .............................. 217, 482, 492, 503, 529
Kudo, K. ................................................. 169, 290, 481
Kuge, A. ...................................................................111
Kukita, Y. ................................................................240
Kumazawa, R. ...........................44, 47, 49, 50, 58, 69,
75, 215, 402, 488, 497
Kunugi, T. ............................................... 236, 282, 506
Kurishita, H. ........................................... 254, 257, 258
Kuroda, N. ...............................................................166
Kurumada, A. ..........................................................257
Kusakabe, T. ........................................... 334, 438, 442
Kusano, K. ...............................................................375
Kuwabara, T. ...........................................................387
Kuzuu, S. .................................................................512

L
LABCOM Group .....................................................166
Laqua, H.P. ..........................................................77, 83
LHD Experimental Group .........12, 13, 17, 21, 36, 47,
49, 54, 66, 88, 145, 154
Li, H. ........................................................................456
Li, Z.X. ....................................................................453
Liu, Y. ..................................................................59, 60
Loarte, A. .................................................................423

M
Maaßberg, H. .............................................................20
Machida, N. .............................................................484
Maeda, M. ................................................................106
Maehata, K. .............................................................245
Maekawa, R. ............................ 86, 106, 109, 111, 116,
118, 119, 245, 396
Maekawa, T. .............76, 133, 392, 518, 519, 530, 532
Maluckov, A. ...................................................379, 385
Mančić, A. ...............................................................379
Masamune, S. ........................................... 92, 320, 522
Mase, A. .................................... 28, 147, 148, 169, 481
Masuda, K. ...............................................................171
Masuzaki, S. ................... 5, 6, 7, 8, 12, 13, 15, 40, 46,
54, 64, 66, 68, 228, 233, 244
Masuzaki, T. ............................................. 42, 234, 492
Matama, K. ............................................. 217, 482, 487
Matsubara, A. ..................................................427, 428
Matsubara, Y. ..................................................109, 396
Matsuda, W. .............................................................332
Matsui, H. ............................... 240, 242, 251, 252, 256

Matsukawa, M. ....................................... 230, 530, 532
Matsukawa, T. .........................................................104
Matsumi, Y. .............................................................441
Matsumoto, C. .........................................................225
Matsumoto, Y. .................................. 37, 151, 275, 343
Matsuo, K. .......................................................242, 311
Matsuoka, K. ......................... 294, 298, 299, 300, 305,
306, 307, 310, 311, 320, 322, 324,
409, 410, 411, 412, 413, 416, 535
Matsuura, H. ........................................... 303, 362, 363
Matsuzawa, Y. .........................................................208
Mekawa, T. ..............................................................400
Mendenilla, A. .................................................151, 152
Michael, C.A. .......................22, 24, 26, 155, 156, 198
Mima, K. ......................................... 284, 368, 508, 515
Minami, K. ...............................................................344
Minami, T. ...............20, 293, 294, 295, 296, 297, 298,
299, 300, 304, 305, 307, 324
Minoda, A. ...............................................................102
Misawa, T. ...............................................................338
Mitarai, O. ................42, 273, 275, 402, 519, 530, 532
Mito, T. ............................87, 90, 94, 96, 97, 105, 106,
107, 108, 111, 112, 115, 116, 117,
118, 120, 121, 122, 123, 124, 232,
243, 245, 277, 396, 405, 421, 534
Miura, H. .........................................................351, 386
Miura, Y.M. .............................................................230
Miya, N. .....................................................................65
Miyake, F. ............................................... 326, 327, 328
Miyake, H. ...............................................................463
Miyake, Y. ...............................................................489
Miyamaoto, S. .........................................................512
Miyamoto, K. ...........................................................239
Miyamoto, M. ........................................... 64, 248, 248
Miyamoto, S. ...........................................................240
Miyata, Y. ................................................................490
Miyauchi, H. ............................................................287
Miyazawa, J. ........................................... 52, 53, 54, 92
Miyazawa, K. .......................................................12, 13
Miyazawa, M. ..........................................................365
Miyazawa, Y. ...........................................................489
Mizuguchi, N. ......................................... 182, 208, 209
Mizuno, Y. ........... 51, 80, 81, 102, 126, 127, 128, 129
Mizuuchi, T. .....................76, 416, 497, 499, 502, 503
Momoshima, N. ...............................................239, 472
Mori, H. ...................................................................199
Mori, S. ....................................................................219
Moribayashi, K. .......................................................442
Morikawa, J. ....................................................243, 405
Morino, K. ...............................................................339
Morisaki, T. .....................................5, 6, 7, 12, 13, 15,
42, 54, 55, 492, 525
Morishita, K. ....................................................248, 437
Morishita, T. ............................................................442
Morishita, Y. ............................................................340
Morita, S. ...................... 12, 13, 14, 15, 39, 40, 41, 69,
70, 153, 173, 223, 225, 435, 439
Morita, Y. ................................................................111
Moritaka, T. .............................................................371
Moriuchi, S. .............................................................113
Motohashi, M. .........................................................442
Motojima, G. ...........................................................496
Motojima, O. ............................1, 36, 54, 66, 118, 427
Mroz, W. ..................................................................512
Munakata, K. ...................................................289, 468
Murakami, I. ..................429, 432, 433, 434, 435, 436,
439, 440, 442, 443, 444, 482
Murakami, M. ............................................................76609

Murakami, S. ................................ 11, 20, 82, 130, 229
Murakami, Y. ...........................................................102
Muramoto, Y. ..........................................................102
Muraoka, K. ...............................................................16
Murata, I. .................................................................261
Murata, Y. ................................................................172
Muroga, T. .......................93, 231, 235, 240, 241, 242,
248, 249, 252, 253, 254, 255, 256,
260, 261, 262, 263, 264, 398, 437, 449,
450, 451, 452, 453, 454, 455, 456, 457
Muta, H. ...................................................................339
Muto, S. .............................................. 27, 82, 153, 439
Mutoh, T. ...... 19, 47, 51, 69, 75, 77, 78, 83, 125, 127,
130, 210, 215, 294, 322, 488, 497, 530

NNagai, D. ..................................................................484
Nagai, K. ................................................. 118, 421, 512
Nagakura, Y. ..............................................................86
Nagao, M. ................................................................102
Nagaoka, K. .............. 35, 38, 69, 70, 71, 72, 135, 136,
137, 138, 139, 140, 293, 294, 298, 299,
300, 307, 310, 313, 314, 323, 324, 524
Nagasaka, T. ....................93, 235, 251, 252, 253, 254,
264, 398, 452, 454, 455, 456, 457
Nagasaki, K. .....................76, 77, 78, 82, 83, 294, 497
Nagashima, Y. .................................................200, 310
Nagata, K. ................................................................427
Nagata, M. ........................92, 400, 519, 522, 530, 532
Nagata, S. .................................................................262
Nagatomo, H. ...................................................368, 508
Nagayama, Y. ..................18, 23, 24, 28, 36, 163, 167,
169, 172, 216, 271, 285, 400,
406, 408, 481, 519, 530, 532
Naitou, H. ................................................................219
Nakahara, A. ............................................................481
Nakahata, T. .............................................................287
Nakai, H. ..................................................................106
Nakai, K. ..................................................................254
Nakai, M. ................................................ 118, 421, 512
Nakajima, N. .......................... 174, 176, 177, 180, 182,
185, 198, 229, 348, 349,
350, 351, 352, 355, 356, 357
Nakamura, A. ...........................................................111
Nakamura, H. .......................... 242, 365, 382, 383, 388
Nakamura, Hideo .....................................................240
Nakamura, Hiroo .....................................................240
Nakamura, K. ................................. 266, 298, 312, 403,
490, 519, 523, 530
Nakamura, N. ...................................................397, 431
Nakamura, Y. ................................. 46, 47, 49, 69, 176,
177, 229, 235, 345, 422,
441, 496, 497, 499, 530
Nakanishi, H. .......................................... 164, 165, 166
Nakano, E. ...............................................................373
Nakano, H. .............................. 150, 306, 307, 308, 309
Nakano, T. .................................................................65
Nakao, Y. .................................................................508
Nakasaki, Y. ............................................................228
Nakashima, H. .........................................................530
Nakashima, Y. ............................... 211, 214, 217, 492,
494, 495, 503, 529
Nakayama, K. ................................. 160, 162, 222, 321
Namba, C. .......................410, 411, 412, 413, 416, 558
Namba, S. ................................................................335
Narihara, K. ................. 12, 13, 14, 18, 21, 31, 51, 145

610

Narita, F. ..................................................................265
Narui, M. .................................................................252
Narushima, Y. ...........................34, 36, 37, 38, 71, 172
NBI Group ........................................ 72, 137, 138, 139
Nejoh, Y.N. ..............................................................206
Nemoto, T. ...............................................................213
Ninomiya, A. .............................................................87
Nishida, T. ...............................................................290
Nishiguchi, A. ..........................................................508
Nishihara, K. ............................................................430
Nishijima, G. ...........................................................403
Nishijima, S. ............................................................231
Nishijima, T. ....................................................141, 337
Nishikawa, M. ........................................ 244, 419, 504
Nishimura, A. ..................89, 230, 231, 247, 265, 268,
270, 403, 456, 458, 459
Nishimura, H. ......................... 216, 224, 398, 430, 511
Nishimura, K. .......... 63, 65, 66, 67, 68, 216, 233, 404
Nishimura, S. ..................294, 298, 299, 300, 324, 345
Nishino, N. ......................402, 492, 502, 528, 530, 532
Nishio, S. ................................................ 400, 530, 532
Nishitani, T. ............................................ 231, 261, 453
Nishiura, M. ................................... 130, 143, 149, 150,
151, 152, 216, 343
Nishizawa, A. ......................................... 149, 150, 151
Nisino, N. .................................................................519
Nisio, S. ...........................................................410, 415
Nita, N. ....................................................................251
Nobuta, Y. .................................................................66
Noda, N. .........................40, 49, 66, 67, 233, 242, 246,
254, 257, 258, 259, 437, 447, 540
Noguchi, S. ..............................................................105
Nomura, S. .................................................................99
Nonomura, M. .........................................................166
Norimatsu, T. ................................. 118, 284, 393, 421,
506, 511, 512, 513
Norimura, T. ............................................................238
Notake, T. ............... 19, 51, 76, 77, 78, 79, 80, 81, 83,
126, 127, 128, 129, 218, 294, 322, 484
Nozaki, K. ................................................................484
Nuga, H. ...................................................................215
Numakura, T. ...................................................227, 489
Nunami, M. ......................................................186, 187O
O’Sullivan, G. ..........................................................430
Oakberg, T. ..............................................................162
Obara, T. ..................................................................373
Obayashi, H. ...........410, 411, 412, 413, 414, 416, 475
Ochiai, K. .........................................................231, 261
Oda, A. .....................................................................275
Oda, T. ...............................................................40, 335
Ogata, Y. ..........................................................471, 473
Ogawa, H. ....................................... 111, 149, 150, 216
Ogawa, M. .............................................. 319, 404, 529
Ogawa, T. ........................................................374, 387
Ogawa, Y. .......................243, 276, 393, 405, 530, 532
Ogiwara, H. .............................................................249
Ogura, K. .................................................................489
Ohdachi, S. ..................................... 12, 13, 14, 32, 523
Ohishi, M. ................................................................444
Ohishi, T. .................................................................298
Ohkubo, J. ..................................................................97
Ohkubo, K. ..............................................................218
Ohnishi, M. ..............................................................211
Ohno, N. .................228, 244, 317, 340, 341, 362, 363

Ohshima, S. ............................................ 306, 308, 309
Ohsuna, M. ..............................................................166
Ohta, K. ...................................................................228
Ohtani, H. ............................................... 369, 370, 371
Ohtani, S. ................................................ 333, 397, 431
Ohtsu, Y. ..................................................................338
Ohtsuka, Y. ..............................................................244
Ohyabu, N. ................. 5, 6, 7, 40, 54, 66, 91, 233, 234
Oikawa, S. .................................................................37
Oishi, T. ...................................................................301
Oka, Y. ........................................ 69, 70, 135, 136, 142
Okada, H. .........................................................496, 497
Okai, T. ....................................................................239
Okajima, S. ............................. 160, 162, 222, 302, 321
Okamoto, A. ........................... 143, 319, 326, 329, 404
Okamoto, M. ...........185, 187, 216, 351, 355, 357, 508
Okamoto, Y. ............................................................236
Okamura, S. ...................292, 293, 294, 295, 296, 297,
298, 299, 300, 301, 302, 303, 305,
306, 307, 310, 311, 313, 319,
320, 321, 322, 324, 325, 498
Okamura, T. .......................................................86, 119
Okano, K. .................................................................393
Okayama, S. .............................................................213
Okumura, H. ............................................................164
Okumura, K. ............................................................111
Okuno, K. ......................................... 67, 230, 287, 291
Ono, H. ....................................................................250
Ono, K. ......................................................................64
Ono, T. .....................................................................238
Ono, Y. ................................... 172, 400, 530, 531, 532
Ooba, K. ...................................................................116
Oono, T. ...................................................................530
Oosako, T. ...............................................................215
Osakabe, M. .......... 27, 70, 72, 82, 130, 135, 136, 137,
138, 139, 216, 314, 323, 524
Oshima, S. ...............................................................307
Oya, Y. ...................................................... 67, 287, 291
Oyaidzu, M. .............................................. 67, 287, 291
Ozaki, T. ............................................................82, 159
Ozawa, S. .................................................................512

PParchamy, H. .............................................................61
Pastukhov, V.P. .......................................................493
Pavlichenko, R. ..................................................28, 170
Pavlichenko, T. ........................................................160
Peterson, B.J. ................................ 59, 60, 61, 300, 429
Pichl, L. .................................. 334, 438, 442, 443, 444
Pigarov, A.Yu. .........................................................367
Pint, B.A. .................................................................451
Prokopiuk, A. ...........................................................512

R
Rajković, M. ............................................................378
Ralchenko, Yu .........................................................432
Ramos, J.J. .......................................................348, 357
Rego, I. ....................................................................220
Reiter, D. ...........................................................54, 423
Rognlien, T.D. .........................................................367
Rustum Roy .............................................................427

S
Saeki, K. ..................................................................207
Safronova, U.I. ................................................432, 435
Sagara, A. ......... 63, 65, 66, 67, 68, 93, 209, 210, 233,
234, 235, 236, 242, 244, 261, 263,
272, 273, 274, 275, 276, 277, 278,
279, 280, 281, 282, 283, 284, 393,
398, 449, 450, 492, 506, 511
Saigusa, M. ......................................................227, 484
Saito, H. ...........................................................380, 489
Saito, K. ......... 68, 73, 74, 75, 131, 132, 215, 488, 497
Saito, T. .......................................... 227, 484, 485, 490
Saitoh, H. .................................................................235
Saitou, Y. ................................................ 326, 330, 331
Sakagami, H. ...................................................368, 508
Sakai, Y. ................................................. 332, 397, 441
Sakakibara, S. ......... 12, 13, 14, 15, 17, 24, 27, 29, 30,
34, 36, 37, 51, 157, 158, 229
Sakakita, H. .....................................................143, 220
Sakamoto, K. ...........................................................227
Sakamoto, M. ..... 42, 49, 220, 519, 520, 526, 529, 530
Sakamoto, R. ....... 9, 10, 18, 52, 53, 58, 154, 217, 220
Sakamoto, T. ............................................................254
Sakaue, A. ......................................... 57, 223, 365, 487
Sakaue, H. ................................................................431
Sakaue, H.A. ................................... 332, 333, 334, 397
Sakaue, M. ...............................................................223
Sakuma, Y. ............................................. 239, 471, 473
Sakurai, I. .................................................................225
Sakurai, M. ......................................................333, 397
Samukawa, S. ..........................................................441
Sanada, K. ................................................................265
Sanin, A.L. ................................................ 26, 155, 156
Sano, F. ...................496, 497, 498, 499, 500, 501, 502
Sanpei, A. ................................................. 92, 320, 522
Sanuki, H. ............................... 190, 191, 192, 206, 207
Sardei, F. ............................................................54, 423
Sarkar, B. .................................................................122
Sasaki, A. .................................................................444
Sasaki, K. ........................................ 173, 402, 519, 528
Sasaki, M. ................................................................215
Sasao, M. ................130, 143, 152, 216, 319, 343, 404
Satake, H. .................................................................473
Satake, M. ................................................................263
Satake, S. ................................ 185, 186, 187, 236, 282
Sato, A. ....................................................................106
Sato, F. .....................................................................262
Sato, H. ....................................................................101
Sato, K. ............................40, 168, 172, 211, 335, 344,
429, 430, 436, 439, 440, 532
Sato, K.N. ....................................... 220, 338, 519, 530
Sato, M. .........................135, 136, 137, 138, 139, 356,
417, 420, 424, 427, 428, 512
Sato, N. ....................................................................395
Sato, S. .................................................... 261, 388, 453
Sato, T. .....................................................................441
Sato, Y. ....................................................................104
Satou, M. .........................................................264, 454
Sawada, A. .......................................................262, 451
Sawada, K. .............................. 219, 223, 288, 365, 492
Saxena, Y.C. ............................................................122
Seki, R. ......................................................................37
Seki, T. ............. 43, 45, 48, 68, 75, 215, 402, 488, 497
Sekiguchi, H. .............................................................87
Seo, K. ....................120, 122, 230, 231, 281, 403, 422
Seo, Y. .....................................................................373
Shats, M.G. ..............................................................197

611

Shibahara, M. ...........................................................236
Shibata, M. .......................................................394, 486
Shibuya, M. .................................... 135, 136, 138, 139
Shibuya, T. ...............................................................234
Shikama, T. ............................................. 226, 262, 517
Shimada, K. .............................................................230
Shimada, R. .......................................................99, 302
Shimada, Y. .............................................................215
Shimazu, H. .............................................................373
Shimizu, A. ............149, 150, 151, 242, 275, 279, 294,
299, 300, 306, 307, 308, 309, 469
Shimizu, K. ..............................................................530
Shimizu, N. ................................................................37
Shimizu, Y. ..............................................................102
Shimoda, H. ...............................................................37
Shimoda, K. .............................................................512
Shimohiro, T. .............................................................97
Shimozuma, T. .....................19, 20, 24, 27, 51, 76, 77,
78, 79, 80, 81, 82, 83, 126,
127, 128, 129, 133, 167, 218,
227, 294, 322, 395, 484
Shimpo, F. .........................................................50, 402
Shinde, J. .........................................................319, 404
Shindo, Y. ................................................................265
Shinohara, S. ....................................................141, 337
Shinozaki, T. ............................................................289
Shinto, K. ........................143, 152, 216, 319, 343, 404
Shintomi, T. .............................................................106
Shiotsu, M. .......................................................106, 259
Shirai, Y. ..................................................................106
Shiraki, K. ........................................................365, 436
Shirasaki, R. .............................................................383
Shiratani, M. ..............................................................63
Shoji, M. .........................40, 54, 56, 57, 492, 503, 529
Shoji, T. .................................................. 142, 318, 392
Shoji, Y. .............................................................96, 247
Skobelev, I. ......................................................433, 434Škorić, M.M. ........................................... 378, 379, 385
Smirnov, R. ............................. 359, 360, 361, 362, 363
Soga, Y. ...................................................................336
Strohmayer, G. .........................................................423
Sudo, S. .......................24, 40, 154, 171, 346, 427, 537
Suehiro, J. ........................................................102, 103
Suehiro, K. ...............................................................373
Sugai, H. ..................................................................441
Sugama, H. .................................... 185, 186, 193, 194,
195, 196, 345, 358
Sugawara, H. ...................................................143, 343
Sugihara, S. ..............................................................239
Sugimoto, M. ...........................................................256
Sugimoto, T. ............................................................436
Sugiyama, K. ...........................................................289
Sugiyama, T. ........................... 239, 288, 290, 470, 472
Sumitomo, N. ...........................................................215
Sumiyoshi, F. ...................................................107, 111
Sunahara, A. ............................................................508
Suzuki, A. ...................................... 235, 240, 241, 260,
262, 398, 451, 452
Suzuki, C. ..............293, 294, 298, 299, 300, 303, 307,
315, 316, 318, 319, 324, 392, 430
Suzuki, Ch. ..............................................................196
Suzuki, R. ................................................................438
Suzuki, Y. .................................... 31, 33, 37, 157, 176,
177, 229, 404, 499

612

TTachikawa, K. ........................................... 97, 117, 232
Taguchi, T. ...............................................................508
Takagi, K. ................................................................529
Takagi, S. .................................................................332
Takahara, H. ............................................................373
Takahashi, C. ..................132, 294, 299, 300, 307, 324
Takahashi, H. .......................................... 216, 319, 404
Takahashi, K. ...........................................................485
Takahashi, T. ............................ 92, 208, 208, 239, 531
Takahata, K. ..................................... 85, 101, 120, 122,
123, 230, 277, 533
Takaiwa, Y. .....................................................410, 412
Takamaru, H. ...................................................186, 187
Takamatsu, T. ..........................................................171
Takami, S. ................................................. 88, 109, 475
Takamura, S. ............................................................317
Takao, T. ..........................................................266, 403
Takase, Y. ...............215, 400, 402, 519, 530, 531, 532
Takayama, A. ...........................................................367
Takayama, M. ......................................... 216, 319, 404
Takayama, S. ...................................................427, 428
Takayanagi, T. .........................................................333
Takeda, H. ...............................................................238
Takeda, S. ................................................................231
Takei, T. ...................................................................373
Takeiri, Y. ......................20, 49, 69, 70, 135, 136, 137,
138, 139, 219, 323, 524, 530
Takenaga, H. ..............................................................16
Takenaga, M. .......................................... 143, 319, 404
Takeno, H. ..............211, 212, 213, 214, 491, 494, 495
Takeo, M. .................................................................245
Takeuchi, M. ...................299, 315, 316, 318, 319, 392
Takeuchi, S. .....................................................143, 343
Takeuchi, T. .................................... 231, 268, 399, 459
Takeuchi, Y. ............................................................511
Takita, Y. ......................51, 80, 81, 126, 127, 128, 129
Takiyama, K. .............................................................40
Takizuka, T. ....................359, 360, 361, 362, 363, 364
Tamai, H. .................................................................230
Tamura, H. ................................ 97, 117, 245, 265, 277
Tamura, N. .................................... 24, 59, 60, 154, 440
Tamura, Y. .......................................................209, 388
Tanabe, T. ........................................................237, 258
Tanaka, H. ..........................37, 76, 392, 441, 518, 519
Tanaka, K. .................... 10, 12, 13, 14, 15, 16, 22, 24,
26, 31, 33, 42, 49, 51, 155,
156, 160, 198, 222, 302
Tanaka, K.A. ............................................................505
Tanaka, M. ..............341, 424, 425, 426, 441, 468, 472
Tanaka, M.Y. ..................326, 327, 328, 329, 330, 331
Tanaka, N. .......................................................143, 343
Tanaka, S. ........................................................241, 287
Tanaka, T. ......................231, 240, 261, 262, 373, 374,
387, 449, 450, 452, 453
Tanaka, Y. ..............216, 228, 271, 319, 340, 341, 404
Tani, M. ...................................................................248
Tanuma, H. ..............................................................397
Tatematsu, Y. .......................................... 227, 484, 485
Tauchi, H. ................................................................238
Tauchi, Y. ................................................................219
Tawara, T. ................................................................172
Tawara, Y. ...............................................................225
Tazima, T. ................................................................420
Terai, T. ...........................................................260, 398
Terashima, Y. ................................. 410, 411, 412, 413
Thang, D. .................................................................220

Thang, D.H. .............................................................339
Timura, T. ................................................................172
Tobari, H. .........................................................394, 486
Tobita, K. .................................................................393
Toda, S. ................................................... 183, 201, 203
Todo, Y. .................................. 352, 353, 354, 384, 422
Toh, K. .....................................................................262
Toi, K. ....... 12, 13, 14, 27, 32, 82, 298, 299, 300, 313,
314, 315, 316, 317, 318, 319, 392, 523, 558
Tojo, H. ....................................................................215
Tokioka, S. ...............................................................489
Tokitani, M. .......................................................64, 248
Toku, H. ...................................................................171
Tokunaga, H. ...........................................................530
Tokunaga, K. ...........................................................244
Tokuzawa, T. ...........................12, 13, 24, 27, 51, 146,
147, 161, 222, 342
Tomida, A. .......................................................326, 327
Tomii, Y. .................................................................489
Tomita, N. ................................................................302
Tomita, Y. ......................171, 208, 211, 212, 213, 214,
275, 285, 359, 360, 361, 362,
363, 364, 367, 416, 494, 495
Tomota, Y. ...............................................................257
Tonegawa, A. ...........................................................234
Torii, Y. ...................................................................497
Torikai, Y. ...............................................................473
TRIAM Experimental Group ..........................220, 527
TRIAM-1M Group ..................................................523
Tribaldos, V. ..............................................................20
Tskhakaya, D. ..........................................................361
Tsuchiya, B. .............................................................262
Tsuchiya, H. .......................................................55, 525
Tsuchiya, K. .............................................................230
Tsuda, K. .................................................................408
Tsuda, M. .........................................................101, 105
Tsuji, T. .....................................................................76
Tsujii, M. .........................................................365, 436
Tsuji-Iio, S. ........................................................99, 302
Tsujimura, J. ............................................................215
Tsukada, K. ............................................. 149, 150, 151
Tsumori, K. ................................ 69, 70, 135, 136, 138,
139, 141, 219, 343, 441
Tsushima, A. ................................... 207, 326, 330, 331
Tsutsui, H. .........................................................99, 302
Tsuzuki, K. ................................................................65

U
Uchida, K. ................................................................147
Uchida, M. ................................................ 76, 392, 518
Uda, T. ...........................238, 239, 278, 287, 288, 289,
290, 460, 468, 470, 472, 475
Ueda, Y. ...................................................................244
Uematsu, E. ............................................ 410, 412, 415
Uesugi, Y. ............................................... 228, 340, 341
Umeda, N. ................................................................136
Unno, H. ..................................................................207
Urano, H. ...................................................................16
Uriu, Y. ......................................................................87
Usami, S. .................................................................372
Utoh, H. .................................................. 216, 319, 404

V
Vinyar, I. ..................................................................154

Vyacheslavov, L.N. .................................. 26, 155, 156

W
Wada, M. ........................................ 143, 151, 152, 343
Wakabayashi, H. ......................................................320
Watanabe, A. ...................................................266, 438
Watanabe, F. ................................................. 12, 13, 14
Watanabe, H. ...........................................................253
Watanabe, K. ............................................ 37, 275, 403
Watanabe, K.W. ..................................................12, 13
Watanabe, K.Y. ...................14, 15, 17, 29, 30, 31, 33,
34, 35, 36, 38, 71, 157,
158, 177, 229, 496
Watanabe, S. ..............................................................76
Watanabe, T. .......................46, 62, 163, 275, 439, 440
Watanabe, T.-H. .............193, 194, 195, 196, 358, 401
Watari, T. ............................58, 75, 215, 402, 488, 558
Wataya, Y. ...............................................................167

X
Xia, H. .....................................................................197
Xu, Q. ......................................................................457

YYabutani, H. .............................................................503
Yagai, T. ..................................................................101
Yagi, M. ..........................181, 183, 188, 189, 200, 310
Yagi, Y. ...................................................................143
Yagyu, J. ....................................................................65
Yamada, H. ..................... 9, 11, 16, 20, 29, 30, 33, 36,
58, 92, 177, 217, 220, 229, 530
Yamada, I. ...................................... 145, 332, 333, 397
Yamada, M. .............................................................445
Yamada, S. ........................87, 102, 103, 113, 230, 558
Yamada, Y. ........................................................97, 117
Yamagishi, O. ................................... 26, 155, 193, 198
Yamaguchi, H. .................................................326, 327
Yamaguchi, S. ...........................................................28
Yamaguchi, T. ....................31, 37, 157, 158, 410, 490
Yamaguchi, Y. .......................................... 75, 483, 488
Yamamoto, H. .........................................................396
Yamamoto, I. ...........................................................288
Yamamoto, N. ................................ 430, 439, 440, 446
Yamamoto, S. ............................................................82
Yamamoto, T. ..................................................136, 408
Yamamoto, Y. ........................................ 171, 320, 511
Yamanaka, S. ...........................................................240
Yamanishi, H. ................................. 239, 461, 462, 463
Yamanoue, T. ..........................................................172
Yamaoka, H. ............................................................343
Yamaoka, N. ............................................................240
Yamasaki, K. ...........................................................253
Yamasaki, T. ............................................................463
Yamashita, K. ..........................................................374
Yamauchi, K. ...........................................................111
Yamazaki, K. ............................ 14, 121, 172, 275, 276
Yanagi, N. ......................76, 86, 87, 90, 105, 106, 112,
114, 120, 121, 122, 123, 243, 405
Yao, Z. .............................................................260, 452
Yasaka, Y. ..............211, 212, 213, 214, 491, 494, 495
Yasohama, K. ..........................................................396
Yatsuka, E. ...............................................................405

613

Yeliseyeva, O. .........................................................452
Yokomine, T. .................................. 242, 279, 281, 282
Yokota, M. ...................................... 111, 132, 149, 150
Yokota, Y. ...............................................................147
Yokoyama, M. ........................... 11, 20, 185, 197, 198,
216, 229, 319, 499
Yokoyama, N. ..........................................................489
Yoshida, H. ..............................................................514
Yoshida, M. .............................................................163
Yoshida, N. .............................. 64, 242, 244, 248, 253,
258, 519, 530, 532
Yoshikawa, A. .......................................... 67, 287, 291
Yoshikawa, K. .........................................................171
Yoshikawa, M. ............................... 217, 481, 482, 485,
487, 490, 492, 529
Yoshimura, M. ...........................................................33
Yoshimura, S. .................326, 327, 328, 329, 330, 338
Yoshimura, Y. .....................19, 51, 76, 77, 78, 80, 81,
82, 83, 126, 127, 128, 129, 196,
293, 294, 298, 299, 300, 305,
307, 322, 324, 331, 484, 498
Yoshinaga, T. ...................................................392, 518
Yoshinuma, M. ...............12, 13, 25, 35, 155, 301, 304
Yoshizawa, S. ..........................................................269
Yuki, K. .......................................... 236, 263, 280, 282
Yutani, S. .................................................................242
Yuyama, M. .............................................................106Z
Zhu, S. .....................................................................364
Zubarev, P.V. ...........................................................156
Zushi, H. ................................ 402, 517, 518, 519, 521,
524, 525, 529, 530, 531, 532

614

615

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
Auditorium

616

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
Power Station