session |
no |
forename |
middle |
asurname |
author_affiliation |
country |
article_title |
Download |
PL |
01 |
Kaname |
|
Ikeda |
ITER Organization |
ITER |
Status of ITER |
abstract |
Proc. |
Presentation |
PL |
02 |
Shinsaku |
|
Imagawa |
National Institute for Fusion Science |
Japan |
Roadmap to a heliotron reactor |
abstract |
Proc. |
Presentation |
R |
01 |
Frank |
|
Jenko |
IPP Garching |
Germany |
Gyrokinetic turbulence in tokamaks and stellarators: New insights and routes towards transport optimization |
abstract |
Proc. |
Presentation |
I |
01 |
Hans- |
Stephan |
Bosch |
Max-Planck-Institut f_r Plasmaphysik |
Germany |
Wendelstein 7-X _ a technology step towards Demo |
abstract |
Proc. |
Presentation |
I |
02 |
David |
Thomas |
Anderson |
University of Wisconsin-Madison |
USA |
ECRH Plasma Experiments at B= 1 T in HSX |
abstract |
Proc. |
Presentation |
I |
03 |
Hiroyuki |
|
Okada |
Institute of Advanced Energy |
Japan |
Configuration Control Experiment in Heliotron J |
abstract |
Proc. |
Presentation |
I |
04 |
Kiyomasa |
Y. |
WATANABE |
National Institute for Fusion Science |
Japan |
Recent study of the high performance confinement and the high beta plasmas on the Large Helical Devices |
abstract |
Proc. |
Presentation |
I |
05 |
Baonian |
|
Wan |
"Institute of Plasma Physics, Chinese Academy of Sciences" |
China |
Recent experiments towards to the steady-state operation in the EAST and HT-7 superconducting tokamaks |
abstract |
Proc. |
Presentation |
I |
06 |
Joo Shik |
|
Bak |
National Fusion Research Institute |
Korea |
KSTAR Construction and Commissioning |
abstract |
Proc. |
Presentation |
I |
07 |
Akihoko |
|
Isayama |
Japan Atomic Energy Agency |
Japan |
Advanced Tokamak Research in JT-60U and JT-60SA |
abstract |
Proc. |
Presentation |
I |
08 |
Michael |
|
Tendler |
Royal Institute of Technology |
Sweeden |
Issues of Perpendicular Conductivity and Electric Fields in Fusion Devices |
abstract |
Proc. |
Presentation |
I |
09 |
Akihide |
|
Fujisawa |
National Institute for Fusion Science |
JAPAN |
Confinement Studies for Future Devices Beyond ITER |
abstract |
Proc. |
Presentation |
I |
10 |
Carlos |
|
Hidalgo |
Laboratorio Nacional de Fusion |
Spain |
On the physics of shear flows in 3-D geometry |
abstract |
Proc. |
Presentation |
I |
11 |
Mikiro |
|
Yoshinuma |
NIFS |
Japan |
Characteristic of an impurity hole in Large Helical Device |
abstract |
Proc. |
Presentation |
I |
12 |
Tomohiro |
|
Morisaki |
NIFS |
Japan |
Topological Changes in Magnetic Flux Surfaces during IDB-SDC Discharge in LHD |
abstract |
Proc. |
Presentation |
I |
13 |
Manfred |
|
Thumm |
Forschungszentrum Karlsruhe |
Germany |
Status and high power performance of the 10-MW 140-GHz ECH system for the stellarator W7-X |
abstract |
Proc. |
Presentation |
I |
14 |
Keishi |
|
Sakamoto |
Japan Atomic Energy Agency |
Japan |
A High-Power Gyrotron and high-power mm wave technology for Fusion Reactor |
abstract |
Proc. |
Presentation |
I |
15 |
Jean |
Marie |
Noterdaeme |
"Max Planck Institute for Plasma Physics, Garching" |
Germany |
Ion cyclotron frequency range (ICRF) power on the way to DEMO |
abstract |
Proc. |
Presentation |
I |
16 |
Shinji |
|
KOBAYASHI |
"Institute of Advanced Energy, Kyoto University" |
Japan |
Configuration effect on energetic particle and energy confinement in NBI plasmas of Heliotron J |
abstract |
Proc. |
Presentation |
I |
17 |
Sumio |
|
Kitajima |
Tohoku University |
Japan |
Recent Experimental Results in Tohoku University Heliac (TU-Heliac) |
abstract |
Proc. |
Presentation |
I |
18 |
Kazuaki |
|
Hanada |
"Research Institute for Applied Mechanics, Kyushu Univ." |
Japan |
Steady-state operation scenario and the first experimental result on Quest |
abstract |
Proc. |
Presentation |
I |
19 |
Jean |
Georges |
Jacquinot |
CEA |
France |
Progress and challenges of steady state operation of fusion devices |
abstract |
Proc. |
Presentation |
I |
20 |
Yoshiteru |
|
Sakamoto |
Japan Atomic Energy Agency |
Japan |
Integrated performance and critical issues towards steady-state operation in JT-60U |
abstract |
Proc. |
Presentation |
I |
21 |
Tetsuo |
|
Seki |
National Institute for Fusion Science |
Japan |
Progress of Steady State Experiment in LHD |
abstract |
Proc. |
Presentation |
I |
22 |
Yoshio |
|
Ueda |
"Graduate School of Engineering, Osaka University" |
Japan |
Status of plasma facing material studies and issues toward DEMO |
abstract |
Proc. |
Presentation |
I |
23 |
Michiya |
|
Shimada |
ITER Organization |
France |
Plasma-Facing Material Development Strategy in ITER |
abstract |
Proc. |
Presentation |
I |
24 |
Reinhold |
|
Stadler |
"Max-Planck Institute for Plasmaphysics, Garching" |
Germany |
Steady-state in vessel components for the Wendelstein 7-X stellarator |
abstract |
Proc. |
Presentation |
I |
25 |
John |
|
Howard |
Austrarian National Univ. |
Austraria |
Spatial heterodyne spectro-polarimetry systems for imaging key plasma parameters in fusion devices |
abstract |
Proc. |
Presentation |
I |
26 |
Mamiko |
|
Sasao |
Tohoku University |
Japan |
Innovation on ITER Neutron diagnostics towards DEMO |
abstract |
Proc. |
Presentation |
I |
27 |
Dai |
Kai |
Sze |
"University of California, San Diego" |
USA |
The Progress of TITAN Program |
abstract |
Proc. |
Presentation |
I |
28 |
Kazuya |
|
Takahata |
National Institute for Fusion Science |
Japan |
Superconducting magnet system of LHD |
abstract |
Proc. |
Presentation |
I |
29 |
Faroch |
|
Najmabadi |
"University of California, San Diego" |
USA |
Key Physics and Technology Issues Compact Stellarator Power Plants |
abstract |
Proc. |
Presentation |
I |
30 |
Robert |
Christian |
Wolf |
Max-Planck-Institut fuer Plasmaphysik |
Germany |
From Wendelstein 7-X to a Stellarator Reactor |
abstract |
Proc. |
Presentation |
I |
31 |
Osamu |
|
Mitarai |
"Liberal Arts Education Center, Kumamoto, Tokai Univ." |
Japan |
"High-density, low temperature ignited operations in FFHR" |
abstract |
Proc. |
Presentation |
I |
32 |
Yasuji |
|
Kozaki |
National Institute for Fusion Science |
Japan |
Design Windows and Economical Potential of Heliotron Reactors |
abstract |
Proc. |
Presentation |
I |
33 |
Akio |
|
Sagara |
National Institute for Fusion Science |
Japan |
Design Integration of the LHD-type Energy Reactor FFHR2 towards Demo |
abstract |
Proc. |
Presentation |
I |
34 |
Guido |
|
Van Oost |
Ghent University |
Belgium |
Fusion Education in the EU |
abstract |
Proc. |
Presentation |
O |
01 |
Francisco |
L |
Tabares |
AS.Euratom/Ciemat Madrid Spain |
Spain |
The Lithium Stellarator Experiment in TJ-II |
abstract |
Proc. |
Presentation |
O |
02 |
Xuantong |
|
Ding |
Southwestern Institute of Physics |
China |
Present Progress of Transport Studies on HL-2A |
abstract |
Proc. |
Presentation |
O |
03 |
Federico |
|
Felici |
CRPP - EPFL |
Switzerland |
Recent results of ECRH/ECCD experiments on TCV |
abstract |
Proc. |
Presentation |
O |
05 |
Vanni |
|
Antoni |
Consorzio RFX |
Italy |
Accelerator design for the Neutral Beam Injector for ITER |
abstract |
Proc. |
Presentation |
O |
06 |
Sadayoshi |
|
Murakami |
Kyoto University |
Japan |
Energetic ion confinement and lost ion distribution in heliotron |
abstract |
Proc. |
Presentation |
O |
07 |
Akihiro |
|
Shimizu |
National Institute for Fusion Science |
Japan |
The development of 6 MeV Heavy Ion Beam Probe system in LHD |
abstract |
Proc. |
Presentation |
P1 |
02 |
Ryutaro |
|
Kanno |
National Institute for Fusion Science |
Japan |
Modeling of Collisional Transport in Ergodic Region |
abstract |
Proc. |
|
P1 |
04 |
Junichi |
|
Miyazawa |
National Institute for Fusion Science |
Japan |
Heating power dependence of the fusion triple product in high-density internal diffusion barrier plasmas in LHD |
abstract |
Proc. |
|
P1 |
05 |
Masahiko |
|
Sato |
National Institute for Fusion Science |
Japan |
Implementation of NBI heating module FIT3D to hierarchy-integrated simulation code TASK3D |
abstract |
Proc. |
|
P1 |
06 |
Hideaki |
|
Miura |
National Institute for Fusion Science |
Japan |
High Wavenumber Behaviors in 3D MHD Instabilities of LHD |
abstract |
Proc. |
|
P1 |
07 |
Katsuji |
|
ICHIGUCHI |
National Institute for Fusion Science |
JAPAN |
Numerical Study of Non-Resonant Pressure Driven Mode in Heliotron Plasma |
abstract |
Proc. |
|
P1 |
08 |
Kinya |
|
Saito |
The Graduate University for Advanced Studies |
Japan |
Effects of Static Magnetic Islands on Interchange Mode in Straight Heliotron Configuration |
abstract |
Proc. |
|
P1 |
09 |
Satoru |
|
Sakakibara |
National Institute for Fusion Science |
Japan |
Effect of external magnetic perturbation on MHD characteristics in the Large Helical Device |
abstract |
Proc. |
|
P1 |
10 |
Yasuhiro |
|
Suzuki |
National Institute for Fusion Science |
Japan |
Identification of magnetic islands in Heliotron J experiments |
abstract |
Proc. |
|
P1 |
11 |
Atsushi |
|
Ito |
National Institute for Fusion Science |
Japan |
High-beta toroidal equilibria with flow in reduced fluid models |
abstract |
Proc. |
|
P1 |
12 |
Ken |
|
Uzawa |
National Institute for Fusion Science |
JAPAN |
Intrinsic rotation of magnetic island with finite width |
abstract |
Proc. |
|
P1 |
13 |
Christopher |
|
Wiegmann |
"FZJ, Institut fuer Energieforschung - Plasmaphysik" |
Germany |
3D MHD equilibrium calculations for Tokamaks with resonant magnetic perturbations: TEXTOR as an example |
abstract |
Proc. |
|
P1 |
15 |
Aaron |
|
Froese |
Kyushu University |
Japan |
Electron parallel heat transport in the scrape-off layer using a particle-in-cell code |
abstract |
Proc. |
|
P1 |
16 |
Isao |
|
Katanuma |
University of Tsukuba |
Japan |
Numerical simulation on the flute instabilities in the GAMMA10 magnetic field |
abstract |
Proc. |
|
P1 |
17 |
Shin |
|
Nishimura |
National Institute for Fusion Science |
Japan |
Effects of MHD-activity-induced low-n error magnetic fields on the neoclassical viscosities in helical plasmas |
abstract |
Proc. |
|
P1 |
18 |
David |
Robert |
Mikkelsen |
PPPL |
USA |
Gyrokinetic stability calculations for related stellarator and tokamak configurations |
abstract |
Proc. |
|
P1 |
19 |
Arimitsu |
|
Wakasa |
"Graduate School of Engineering, Hokkaido University" |
Japan |
Development of neoclassical transport database for LHD: DGN/LHD |
abstract |
Proc. |
|
P1 |
20 |
Nobuhiro |
|
Nishino |
Hiroshima University |
JAPAN |
Peripheral Plasma Turbulence Measurement of Heliotron J plasmas |
abstract |
Proc. |
|
P1 |
21 |
Akinobu |
|
Matsuyama |
"Graduate School of Energy Science, Kyoto University" |
Japan |
Langevin equation for guiding center motion and its application to neoclassical transport theory |
abstract |
Proc. |
|
P1 |
22 |
Zhongbing |
|
Shi |
NIFS |
Japan |
2D Local turbulence measured by microwave imaging reflectometry in TPE-RX |
abstract |
Proc. |
|
P1 |
23 |
Eva |
|
Belonohy |
KFKI RMKI |
Hungary |
Quasi-Coherent Modes in the High Density H-mode Regime of W7-AS |
abstract |
Proc. |
|
P1 |
24 |
Mamoru |
|
Shoji |
NIFS |
Japan |
A closed divertor configuration for reduction of the heat load and efficient particle control for helical fusion reactors |
abstract |
Proc. |
|
P1 |
25 |
Gakushi |
|
Kawamura |
National Institute for Fusion Science |
Japan |
1D fluid model of LHD divertor plasma and hydrogen recycling |
abstract |
Proc. |
|
P1 |
26 |
Hang |
Yu |
Zhou |
National institute for fusion science |
Japan |
Zeff Profile Analysis from Visible Bremsstrahlung Measurement under Different Density Profiles in LHD |
abstract |
Proc. |
|
P1 |
27 |
ikuhiro |
|
yamada |
nagoya university |
Japan |
Transport analysis of high-Z impurity with MHD effects in tokamak system |
abstract |
Proc. |
|
P1 |
29 |
Wataru |
|
Sakaguchi |
Nagoya University |
Japan |
Formation condition of fiberform nanostructured tungsten by helium plasma exposure |
abstract |
Proc. |
|
P1 |
30 |
Yuji |
|
Nobuta |
Hokkaido University |
Japan |
Hydrogen Concentration and Crystal Structure of Carbon Films produced at the duct of Local Island Divertor in Large Helical Device |
abstract |
Proc. |
|
P1 |
31 |
Yoshitada |
|
Masaoka |
Kyoto University |
Japan |
Study of alpha-particle cofinement in the LHD type reactor |
abstract |
Proc. |
|
P1 |
32 |
Evgeny |
A |
Veshchev |
NIFS |
Japan |
Influence of Neutral Beam Injection Direction on Fast Ion Distribution Function in Large Helical Device (LHD) |
abstract |
Proc. |
|
P1 |
35 |
Hideyuki |
|
Mimata |
Tokyo Institute of Technology |
Japan |
A theoretical model of ripple resonance diffusion of alpha particles in tokamaks |
abstract |
Proc. |
|
P1 |
36 |
Tetsuo |
|
Ozaki |
NIFS |
Japan |
Comparison of neutral particle flux decay times on the NBI plasmas in Large Helical Device |
abstract |
Proc. |
|
P1 |
37 |
Mitsutaka |
|
Isobe |
NIFS |
Japan |
Shear Alfv_n spectra and mode structures of neutral-beam-heated Alfv_n eigenmode discharges of CHS |
abstract |
Proc. |
|
P1 |
38 |
yuichi |
|
taira |
nagoya university |
japan |
"Analysis of particle orbits in helical and tokamak-stellarator hybrid system (TOKASTAR), and experiments in Compact-TOKASTAR device" |
abstract |
Proc. |
|
P1 |
39 |
Nagato |
|
Yanagi |
National Institute for Fusion Science |
Japan |
Proposal of split and segmented-type helical coils for the heliotron fusion energy reactor |
abstract |
Proc. |
|
P1 |
40 |
Satoshi |
|
Uemura |
Nagoya University |
Japan |
Environmental and economical assessment of various fusion reactors by the calculation of CO2 emission amount |
abstract |
Proc. |
|
P1 |
41 |
Takuya |
|
Goto |
National Institute for Fusion Science |
JAPAN |
Development of System Design Code for Heliotron Reactor |
abstract |
Proc. |
|
P1 |
43 |
Kenji |
|
Tobita |
Japan Atomic Energy Agency |
Japan |
Water-cooled solid breeding blanket design for DEMO |
abstract |
Proc. |
|
P1 |
44 |
Pavel |
|
Goncharov |
NIFS |
Japan |
Calculation of Nuclear Fusion Power for a Toroidal Plasma Device with Magnetic Confinement |
abstract |
Proc. |
|
P1 |
44 |
Milan |
|
Rajkovic |
Intitute of Nuclear Sciences Vinca |
Serbia |
Control of Spatiotemporal Chaos and Transport REduction in Helical Magnetic Configuration |
abstract |
Proc. |
|
P1(P2) |
28 |
Sadayoshi |
|
Murakami |
Kyoto University |
Japan |
Impurity Control in Helical Reactor |
abstract |
Proc. |
|
P1(P2) |
34 |
Sadayoshi |
|
Murakami |
Kyoto University |
Japan |
Calculation of the Runaway Electrons Stopping Power in ITER |
abstract |
Proc. |
|
P1(P2) |
42 |
Sadayoshi |
|
Murakami |
Kyoto University |
Japan |
Assessment of Impurity Concentration in the Helical Reactor FFHR |
abstract |
Proc. |
|
P2 |
01 |
Tetsuya |
|
Yamamoto |
"Department of Nuclear Engineering, Kyoto University" |
Japan |
A Global Simulation Study of ICRF Heating by TASK/WM and GNET in Helical Plasmas |
abstract |
Proc. |
|
P2 |
03 |
Takashi |
|
Shimozuma |
National Institute for Fusion Science |
Japan |
Analysis of Propagating Mode Contents in the Corrugated Waveguides of ECH System for Precise Alignment |
abstract |
Proc. |
|
P2 |
04 |
Gianluigi |
|
Serianni |
Consorzio RFX |
Italy |
Active steering system for the Neutral Beam Injector for ITER |
abstract |
Proc. |
|
P2 |
06 |
younis |
|
jawad |
"Institute of Plasma Physics, Chinese Academy of Sciences," |
China |
PHOTON TEMPERATURES OF HARD X-RAY EMISSION OF LHCD PLASMAS AND CURRENT DRIVE EFFICIENCY IN THE HT_7 TOKAMAK |
abstract |
Proc. |
|
P2 |
07 |
Kenji |
|
Saito |
NIFS |
Japan |
ICRF plasma heating in helical reactor |
abstract |
Proc. |
|
P2 |
08 |
Hiromi |
|
Takahashi |
National Institute for Fusion Science |
Japan |
Development of 77 GHz-1 MW ECRH system for LHD |
abstract |
Proc. |
|
P2 |
09 |
Fusaki |
P. |
Iizima |
"Department of Electronic Engineering, Gunma University" |
Japan |
Flux supply of a field-reversed configuration by NBI heating |
abstract |
Proc. |
|
P2 |
10 |
Yasuo |
|
Yoshimura |
NIFS |
Japan |
2nd Harmonic ECCD experiment using 84 GHz EC-wave in LHD |
abstract |
Proc. |
|
P2 |
11 |
Gianluigi |
|
Serianni |
Consorzio RFX |
Italy |
Optimisation of the magnetic field configuration for the negative ion source of ITER neutral beam injectors |
abstract |
Proc. |
|
P2 |
12 |
Atsushi |
|
Fukuyama |
Kyoto University |
Japan |
Full wave analysis of ICRF waves in helical plasmas including the finite Larmor radius effects |
abstract |
Proc. |
|
P2 |
13 |
Takuya |
|
Oosako |
University of Tokyo |
Japan |
Fast wave electron heating experiments focusing on competition between damping mechanisms on Large Helical Device |
abstract |
Proc. |
|
P2 |
14 |
Jong-Gu |
|
Kwak |
Korea Atomic Energy Research Institute |
Korea |
Commissioning ICRF System and ICRF Assisted Discharge Cleaning at KSTAR |
abstract |
Proc. |
|
P2 |
15 |
Akiyoshi |
|
Murakami |
The Graduate University for Advanced Studies |
Japan |
Behavior of high-pressure gasses injected to vacuum through a fast solenoid valve for supersonic cluster beam injection |
abstract |
Proc. |
|
P2 |
16 |
Tohru |
|
MIZUUCHI |
"Institute of Advanced Energy, Kyoto University" |
JAPAN |
Effects of gas-fueling by SMBI on plasma performance in Heliotron J |
abstract |
Proc. |
|
P2 |
17 |
Gen |
|
Motojima |
National Institute for Fusion Science |
Japan |
Spectroscopic diagnostics for spatial density distribution of plasmoid by pellet injection in Large Helical Device |
abstract |
Proc. |
|
P2 |
18 |
Ryuichi |
|
Ishizaki |
National Institute for Fusion Science |
JAPAN |
Plasmoid behavior in LHD plasmas |
abstract |
Proc. |
|
P2 |
19 |
masaru |
|
irie |
waseda |
japan |
"Plasma Diagnostics in the Formation Stage of LCDC ""The Local Cold and Dense Compress"" from Injected Pellets" |
abstract |
Proc. |
|
P2 |
20 |
Masayuki |
|
Tokitani |
National Institute for Fusion Science |
Japan |
Microscopic deformation of tungsten surfaces by high energy and high flux helium/hydrogen particle bombardment with short pulses |
abstract |
Proc. |
|
P2 |
22 |
Tomoko |
|
Ohshima |
TYK |
Japan |
Study on electrode of solid electrolyte hydrogen (isotope) sensor for application to liquid blankets. |
abstract |
Proc. |
|
P2 |
23 |
CHIKARAISHI |
|
Hirotaka |
NIFS |
Japan |
Voltage enhancement of the dc power supplies for dynamic current control of LHD superconducting coils |
abstract |
Proc. |
|
P2 |
24 |
Arata |
|
NISHIMURA |
NIFS |
Japan |
Framework of Collaboration Investigation on Neutron Effect on Superconducting Magnet Materials |
abstract |
Proc. |
|
P2 |
25 |
Hitoshi |
|
Tamura |
National Institute for Fusion Science |
Japan |
Conceptual design and development of the indirect-cooled superconducting helical coil in FFHR |
abstract |
Proc. |
|
P2 |
26 |
Yanfen |
|
Li |
The Graduate University for Advanced Studies |
Japan |
Long-term thermal stability of reduced activation ferritic/martensitic steels as structure materials of fusion blanket |
abstract |
Proc. |
|
P2 |
27 |
Masahiko |
|
Emoto |
NIFS |
Japana |
Real-time Video Streaming System for LHD Experiment Using IP Multicast |
abstract |
Proc. |
|
P2 |
28 |
Masaki |
|
Takeuchi |
National Institute for Fusion Science |
Japan |
Development of a High Speed VUV Camera System for 2-Dimensional Imaging of Turbulent Structures in LHD |
abstract |
Proc. |
|
P2 |
30 |
Qingwei |
|
Yang |
Southwestern Institute of Physics |
China |
Integration of HL-2A diagnostics |
abstract |
Proc. |
|
P2 |
31 |
Shin |
|
Kubo |
National Institute for Fusion Science |
Japan |
Collective Thomson Scattering Study using Gyrotron in LHD |
abstract |
Proc. |
|
P2 |
32 |
Sadatsugu |
|
MUTO |
NIFS |
Japan |
Observation of space and energy distributions of high-energy electrons produced in ECH plasmas of LHD |
abstract |
Proc. |
|
P2 |
33 |
Motoshi |
|
Goto |
National Institute for Fusion Science |
Japan |
Simultaneous measurement of electron and ion temperatures with heliumlike argon spectrum for LHD |
abstract |
Proc. |
|
P2 |
34 |
Tsuyoshi |
|
Akiyama |
National Institute for Fusion Science |
Japan |
Conceptual Design of dispersion interferometer using ratio of modulation amplitudes |
abstract |
Proc. |
|
P2 |
36 |
Kiyofumi |
|
Mukai |
"Graduate School of Energy Science, Kyoto University" |
Japan |
Development of a microwave AM reflectometer for electron density profile measurement in Heliotron J |
abstract |
Proc. |
|
P2 |
37 |
Hideya |
|
Nakanishi |
NIFS |
Japan |
Clustered Data Storage for Multi-site Fusion Experiments |
abstract |
Proc. |
|
P2 |
38 |
Keiichi |
|
Ishii |
Tohoku univ. |
Japan |
Multi-channel neutron emission and triton burn-up measurement on JT-60U using Digital-Signal-Processors |
abstract |
Proc. |
|
P2 |
39 |
Shinya |
|
Watanabe |
"Graduate School of Energy Science, Kyoto University" |
Japan |
Radiation measurement by using AXUV photodiode arrays with multiple optical filters in Heliotron J |
abstract |
Proc. |
|
P2 |
40 |
Tomokazu |
|
Yoshinaga |
National Institute for Fusion Science |
JAPAN |
Fluctuation observation by the microwave imaging reflectometry in LHD |
abstract |
Proc. |
|
P2 |
41 |
Daisuke |
|
Kuwahara |
Tokyo Institute of Technology |
Japan |
Development of 2-D Antenna Array for Microwave Imaging Reflectometry in LHD |
abstract |
Proc. |
|
P2 |
42 |
Tetsutarou |
|
Oishi |
Nagoya University |
Japan |
Development of beam emission spectroscopy system for the measurement of density fluctuations in LHD |
abstract |
Proc. |
|
P2 |
43 |
Chihiro |
|
Suzuki |
National Institute for Fusion Science |
Japan |
Extension of the energy-resolved soft X-ray imaging system using two CCD cameras in LHD |
abstract |
Proc. |
|
P2 |
44 |
Tatsuya |
|
Ikeda |
"Department of Electronic Engineering, Gunma University" |
Japan |
Validity of flow velocity estimation of an FRC plasma by the Doppler shift measurement of impurity ion spectra |
abstract |
Proc. |
|
P2 |
45 |
Yoshio |
|
Nagayama |
National Institute for Fusion Science |
Japan |
Development of microwave imaging reflectometry at NIFS |
abstract |
Proc. |
|
P2 |
46 |
Takashi |
|
Minami |
National Institute for Fusion Science |
Japan |
Development of in-situ Density Calibration for Thomson Scattering Measurement by Microwave Reflectometry on LHD |
abstract |
Proc. |
|
P2 |
47 |
AMIT |
KUMAR |
SRIVASTAVA |
"Institute for Plasma Research, Gandhinagar - 382 428, India" |
India |
Development of Reconfigurable Analog and Digital Circuits for Plasma Diagnostics Measurement Systems |
abstract |
Proc. |
|
P2 |
48 |
Hiroto |
|
Matsuura |
Osaka Prefecture University |
Japan |
Measurement of divertor heat flux in helical-axis Heliotron-J device using a thermal probe |
abstract |
Proc. |
|
P2 |
49 |
Kazumichi |
|
Narihara |
NIFS |
JAPAN |
Movable Thomson Scattering Based on Optical Fiber |
abstract |
Proc. |
|
P2 |
50 |
Atsushi |
|
Iwamae |
"JAEA, ITER Project, ITER diagnostics Group" |
Japan |
Development of the UV and Visible Impurity Influx Monitor (Divertor) for ITER |
abstract |
Proc. |
|
P2 |
51 |
Takaki |
|
Hatae |
Japan Atomic Energy Agency |
Japan |
Recent progress in development of Nd:YAG laser for ITER edge Thomson scattering diagnostics |
abstract |
Proc. |
|
P2 |
52 |
Byron |
Jay |
Peterson |
NIFS |
Japan |
Comparison of Au and Pt foils for an imaging bolometer |
abstract |
Proc. |
|
P2 |
54 |
Kazutaka |
|
Nakamura |
Kyoto Institute of Technology |
Japan |
Numerical study on formation process of helical nonneutral plasmas using electron injection from outside magnetic surfaces |
abstract |
Proc. |
|
P2 |
55 |
Daichi |
|
Sugimoto |
"Department of Electronics, Kyoto Institute of Technology" |
Japan |
First Result of Nonneutral Plasmas Confined on Helical Magnetic Surfaces of Heliotron J |
abstract |
Proc. |
|
P2 |
56 |
Yukihiro |
|
Tomita |
National Institute for Fusion Science |
Japan |
Charging of positively charged dust particle in weak magnetic field |
abstract |
Proc. |
|
P2 |
57 |
kosuke |
|
otubo |
niigata university |
Japan |
Numerical Analysis of Slow-Wave Instabilities in Oversized Sinusoidaly Corrugated Waveguide Driven by Finitely Thick Annular Electron Beam |
abstract |
Proc. |
|
P2 |
58 |
Shun-ichi |
|
Oikawa |
Hokkaido University |
JAPAN |
Algebraic analysis approach for multibody problems II |
abstract |
Proc. |
|
P2 |
59 |
kiyoshi |
|
bansho |
niigata university |
japan |
Experimental Study on Performance of Slow Cyclotron Maser in Weakly Relativistic Region |
abstract |
Proc. |
|
P2 |
60 |
Shun-ichi |
|
Oikawa |
Hokkaido University |
JAPAN |
Preliminary Study on Uncertainty-Driven Plasma Diffusion |
abstract |
Proc. |
|
P2 |
61 |
Shun-ichi |
|
Oikawa |
Hokkaido University |
JAPAN |
Binary Interaction Approximation to N-Body Problems |
abstract |
Proc. |
|
P2 |
62 |
Khushvant |
|
Singh |
Indian Institute of Technology (IIT) Delhi |
India |
TE10 mode and plasma interaction in rectangular waveguide |
abstract |
Proc. |
|
P2 |
63 |
Akihiro |
|
Matsubara |
Chubu University |
Japan |
Micro-spectroscopic investigation of the plasma-surface interaction in the microwave carbothermic reduction of the powdered magnetite |
abstract |
Proc. |
|
P2 |
64 |
Hassan |
|
Hosseinkhani |
AEOI |
Iran |
Investigation of Laser Pulse Propagation in Plasma using the PIC Simulation Method |
abstract |
Proc. |
|
P2 |
65 |
Andres |
|
Bustos |
EURATOM-CIEMAT |
Spain |
Kinetic Simulation of Heating and Collisional Transport in a 3D Tokamak |
abstract |
Proc. |
|
|
|
|
|
|
|
|
|
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|
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