| Type |
No. |
Presenting Author |
Title |
Institution |
Country |
| Poster |
P1-001 |
Y. Hasebe |
Impact of dynamic ergodic divertor on plasma rotation in the small tokamak
HYBTOK-II |
Graduate School of Engineering, Nagoya University |
Japan |
| Poster |
P1-003 |
N. Kasuya |
Geodesic acoustic mode with the existence of a poloidal shock structure |
National Institute for Fusion Science |
Japan |
| Poster |
P1-004 |
M. Rajkovic |
A comparison of intermittency in neutral fluids and magnetically confined plasmas |
Institute of Nulcear Sciences Vinca, Belgrade |
Serbia |
| Poster |
P1-005 |
M. Sasaki |
GAM eigenmode in multi-ion system |
The University of Tokyo |
Japan |
| Poster |
P1-006 |
A. Ando |
Generation of supersonic and super-Alfvénic flow by using ICRF heating
and a magnetic nozzle |
Graduate School of Engineering, Tohoku University |
Japan |
| Poster |
P1-007 |
M. Ramisch |
Investigation of plasma turbulence in strongly sheared ExB flows using multiprobe arrays |
University Stuttgart |
Germany |
| Poster |
P1-008 |
Y. Kawai |
Cascade process of two-dimensional turbulence observed in magnetized pure electron plasmas |
Graduate School of Human and Environmental Studies, Kyoto University |
Japan |
| Poster |
P1-009 |
K. Ogiwara |
Neutral flow measurement using a tunable diode laser |
Interdisciplinary Graduate School of Engineering Sciences, Kyushu University |
Japan |
| Poster |
P1-010 |
V.P. Budaev |
Scaling laws of intermittent plasma turbulence in edge of fusion devices |
Nuclear Fusion Institute, RRC Kurchatov Institute |
Russia |
| Poster |
P1-011 |
S. Tamura |
Instability of thin-walled annular beam in dielectric-loaded cylindrical
waveguide |
Graduate School of Science and Technology, Niigata University |
Japan |
| Poster |
P1-012 |
T. Yamada |
Spatiotemporal behavior of drift waves in LMD-U |
Research Institute for Applied Mechanics, Kyushu University |
Japan |
| Poster |
P1-013 |
T.S. Pedersen |
Confinement and dynamics of electron-rich plasmas in the Columbia Non-neutral Torus |
Columbia University |
USA |
| Poster |
P1-014 |
S. Yoshimura |
Viscosity estimation utilizing flow velocity field measurements in a rotating
magnetized plasma |
National Institute for Fusion Science |
Japan |
| Poster |
P1-015 |
T. Asai |
Spatial distribution of toroidal flow in a field reversed configuration |
College of Science and Technology, Nihon Universiy |
Japan |
| Poster |
P1-016 |
D. Lopez-Bruna |
Modification of transport due to low order rationals of the rotational transform in ECH plasmas of the TJ-II Heliac |
EURATOM-CIEMAT |
Spain |
| Poster |
P1-017 |
T. Takahashi |
Effects of Coulomb collisions on the toroidal spin-up of a field-reversed
configuration |
Department of Electronic Engineering, Gunma University |
Japan |
| Poster |
P1-018 |
T. Onchi |
Observation of helical structure with a fast camera in a low-aspect ratio
RFP "RELAX" |
Kyoto Institute of Technology |
Japan |
| Poster |
P1-019 |
J.A. Alonso |
Fast imaging of edge plasma instabilities in the TJ-II stellarator and JET tokamak. |
CIEMAT |
Spain |
| Poster |
P1-020 |
N. Nishino |
Measurement of peripheral plasma turbulence using a fast camera in Heliotron
J |
Hiroshima University |
Japan |
| Poster |
P1-021 |
K. Nishimura |
Activation analysis for LHD experiments with deuterium gases |
National Institute for Fusion Science |
Japan |
| Poster |
P1-022 |
J. Lore |
Transport studies in HSX at 1 Tesla |
University of Wisconsin |
USA |
| Poster |
P1-023 |
L. Minami |
Design study on plasma-loaded cyclotron resonance maser utilizing TPD-II
machine in NIFS |
Tokyo Denki University |
Japan |
| Poster |
P1-024 |
H. Yamazaki |
The experimental effect of encouraging transparent-cathode in relativistic
magnetron with "ETIGO-IV" |
Extreme Energy-Density Research Institute, Nagaoka University of Technology |
Japan |
| Poster |
P1-025 |
V. Chechkin |
Effects of H-mode transition on plasma flow characteristics in the helical divertor of the U-3M torsatron |
Institute of Plasma Physics, National Science Center |
Ukraine |
| Poster |
P1-026 |
H. Aoyama |
Time evolution of spatial structure of radial electric field in Tohoku
University Heliac |
Tohoku University |
Japan |
| Poster |
P1-027 |
S. Kitajima |
Effects of rotating magnetic islands driven by external perturbation fields
in TU-Heliac |
Tohoku University |
Japan |
| Poster |
P1-028 |
T. Estrada |
Transitions to improved core electron heat confinement in TJ-II plasmas |
EURATOM-CIEMAT |
Spain |
| Poster |
P1-029 |
A. Asano |
Plasma confinement prediction of tokamak and helical systems by neural
networks approach |
Nagoya University |
Japan |
| Poster |
P1-030 |
S. Kubo |
Density control by second harmonic X mode ECRH in LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-031 |
B. Seiwald |
Results of the stellarator optimization with respect to the neoclassical 1/υ transport |
Institute of Theoretical and Computational Physics, Graz University of Technology |
Austria |
| Poster |
P1-032 |
T. Notake |
Electron thermal energy transport research based on dynamical relationship between heat flux and temperature gradient |
Fukui University |
Japan |
| Poster |
P1-033 |
A. Wakasa |
Study of neoclassical transport of LHD plasmas applying the DCOM/NNW neoclassical transport database |
Graduate School of Engineering, Hokkaido University |
Japan |
| Poster |
P1-034 |
Y. Takeiri |
Improvement of ion confinement in core electron-root confinement (CERC) plasmas in Large Helical Device |
National Institute for Fusion Science |
Japan |
| Poster |
P1-035 |
S. Okamura |
Summary of H-mode studies in Compact Helical System |
National Institute for Fusion Science |
Japan |
| Poster |
P1-036 |
M. Yokoyama |
Neoclassical plasma viscosity analyses relevant to high-ion-temperature plasmas in the Large Helical Device (LHD) |
National Institute for Fusion Science |
Japan |
| Poster |
P1-037 |
A. Dinklage |
Status of the international stellarator/heliotron profile database |
Max-Planck Institut für Plasmaphysik |
Germany |
| Poster |
P1-038 |
H. Yamada |
Effect of ellipticity on thermal transport in ECH plasmas on LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-039 |
A. Weller |
Extensions of the international stellarator database by high-beta data
from W7-AS and LHD |
Max-Planck Institut für Plasmaphysik |
Germany |
| Poster |
P1-040 |
H. Funaba |
Data structure for LHD plasmas in the international stellarator/heliotron
profile database |
National Institute for Fusion Science |
Japan |
| Poster |
P1-041 |
J. Geiger |
Stability analysis of the Wendelstein 7-X configurations with increased
toroidal mirror |
Max-Planck Institut für Plasmaphysik |
Germany |
| Poster |
P1-042 |
R. Ishizaki |
Motion of the plasmoid in helical plasmas |
National Institute for Fusion Science |
Japan |
| Poster |
P1-043 |
Y. Matsumoto |
Numerical study of resistive magnetohydrodynamic mode structures in typical
plasmas of the Large Helical Device |
Graduate School of Engineering, Hokkaido University |
Japan |
| Poster |
P1-044 |
L. Garcia |
Resistive MHD stability studies for LHD configurations |
Universidad Carlos III |
Spain |
| Poster |
P1-045 |
K. Ichiguchi |
Mercier stability improvement in nonlinear development of LHD Plasma |
National Institute for Fusion Science |
Japan |
| Poster |
P1-046 |
H. Miura |
Growth of eigenmodes with moderate mode numbers in nonlinear MHD simulation of LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-047 |
R.J. Jimenez Gomez |
MHD activity measured with magnetic probes in TJ-II |
EURATOM-CIEMAT |
Spain |
| Poster |
P1-048 |
N. Nakajima |
Analysis of MHD stability in high-beta plasmas in LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-049 |
S. Sakakibara |
Configuration dependence of pressure-driven modes in heliotron plasmas |
National Institute for Fusion Science |
Japan |
| Poster |
P1-050 |
J.H. Harris |
Stability of super dense core plasmas in LHD |
ORNL |
USA |
| Poster |
P1-051 |
S. Ohdachi |
MHD instabilities with sharply peaked pressure profile after ice-pellets injection in the Large Helical Device |
National Institute for Fusion Science |
Japan |
| Poster |
P1-052 |
N. Mizuguchi |
Nonlinear simulation of collapse phenomenon in helical plasma with large pressure gradient |
National Institute for Fusion Science |
Japan |
| Poster |
P1-053 |
Y. Narushima |
3-D ideal MHD stability of super dense core plasma in LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-054 |
C.C. Hegna |
Non-ideal MHD ballooning modes in three-dimensional configurations |
University of Wisconsin |
USA |
| Poster |
P1-055 |
R. Seki |
Analysis of the alpha particle orbits in the high beta plasmas of the Large
Helical Device |
Graduate school of engineering, Hokkaido University |
Japan |
| Poster |
P1-056 |
A. Ware |
Effect of symmetry-breaking on ballooning modes in quasi-symmetric stellarators |
University of Montana |
USA |
| Poster |
P1-057 |
E.A. Veshchev |
Simulation of angle and energy resolved fluxes of escaping neutral particles
from fusion plasmas with anisotropic ion distributions |
National Institute for Fusion Science |
Japan |
| Poster |
P1-058 |
M. Tokitani |
Damage evolution and particle retention in metals bombarded by neutral helium particles at the first wall positions in LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-059 |
R. Maingi |
The boundary physics program plan for the initial research phase of the National Compact Stellarator Experiment |
ORNL |
USA |
| Poster |
P1-061 |
M. Sato |
Material science from the view point of energy flowing |
National Institute for Fusion Science |
Japan |
| Poster |
P1-062 |
S. Takayama |
Reduction behavior of magnetite for microwave frequency |
National Institute for Fusion Science |
Japan |
| Poster |
P1-063 |
M. Tanaka |
Microwave heating of materials: From polar liquid to metal oxides |
National Institute for Fusion Science |
Japan |
| Poster |
P1-065 |
N. Ashikawa |
Investigation of effective cleaning method using ion cyclotron conditioning in LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-066 |
S. Morita |
H/He ratio as a function of wall conditioning and plasma facing material during past 9 years in LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-067 |
K. Narihara |
Abrupt intense radiation from divertor plates of the Large Helical Device |
National Institute for Fusion Science |
Japan |
| Poster |
P1-068 |
M. Shoji |
Optimization of a closed divertor configuration for three dimensionally complicated magnetic structure in the LHD plasma periphery |
National Institute for Fusion Science |
Japan |
| Poster |
P1-069 |
N. Tamura |
Tracer impurity transport inside an IDB plasma of LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-070 |
M. Lehnen |
The DED at TEXTOR: Transport properties of a helical divertor |
Institut fuer Energieforschung - Plasmaphysik |
Germany |
| Poster |
P1-071 |
H. Matsuura |
Effect of plasma parameters on H alpha emission and its spectrum |
Osaka Prefecture University |
Japan |
| Poster |
P1-072 |
A. Ito |
Hydrogen absorption of back side of graphene |
Department of Physics, Graduate School of Science, Nagoya University |
Japan |
| Poster |
P1-073 |
L. Pichl |
Comparison of charge transfer in proton collisions with methane and silane
for simulations of divertor impurities and technological plasmas |
International Christian University |
Japan |
| Poster |
P1-074 |
S. Brezinsek |
Use of a high resolution overview spectrometer for the visible range in
the TEXTOR boundary plasma |
Forschungszentrum Julich |
Germany |
| Poster |
P1-075 |
M. Goto |
Formation of extremely low temperature recombining plasma in confined region
with the serpens mode in the Large Helical Device |
National Institute for Fusion Science |
Japan |
| Poster |
P1-076 |
M.B. Chowdhuri |
Determination of carbon ions densities using recombining phase of LHD plasmas |
Graduate University for Advanced Studies |
Japan |
| Poster |
P1-077 |
T. Ito |
Excitation of Stable Alfvén eigenmodes by application of alternating
magnetic field perturbations in the Compact Helical System |
Department of Energy Engineering and Science, Nagoya University |
Japan |
| Poster |
P1-078 |
J.M. Carmona Torres |
A systematic study of impurity ion poloidal rotation and temperature profiles using CXRS in the TJ-II stellarator |
EURATOM-CIEMAT |
Spain |
| Poster |
P1-079 |
T. Morisaki |
Flux surface mapping in LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-080 |
Y. Nagayama |
Development of microwave imaging reflectometer (MIR) in Large Helical Device
(LHD) |
National Institute for Fusion Science |
Japan |
| Poster |
P1-081 |
Z. Shi |
Analysis of density fluctuation by microwave imaging reflectometry |
Graduate University for Advanced Studies |
Japan |
| Poster |
P1-082 |
S. Yamaguchi |
Observation of novel instability by using microwave imaging reflectometry
in LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-083 |
H. Nakano |
Consideration of density fluctuation measurement using heavy ion beam probe
on Large Helical Device |
National Institute for Fusion Science |
Japan |
| Poster |
P1-084 |
M. Nishiura |
Beam-plasma interaction in high temperature plasmas for a heavy ion beam probe diagnostics |
National Institute for Fusion Science |
Japan |
| Poster |
P1-085 |
A. Shimizu |
The development of potential measurements with 6 mev heavy ion beam probe
on LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-086 |
M.I. Mikhailov |
Search for very high-beta MHD-stable quasi-isodynamic configurations |
RRC Kurchatov Institute |
Russia |
| Poster |
P1-087 |
J. Miyazawa |
Abrupt flushing of the high-density core in internal diffusion barrier plasmas and its suppression by plasma shape control in LHD |
National Institute for Fusion Science |
Japan |
| Poster |
P1-088 |
Y. Higashiyama |
Reactor system analysis and pellet injection simulation in helical and
tokamak reactor |
Nagoya University |
Japan |
| Poster |
P1-089 |
J.F. Lyon |
Compact stellarator path to DEMO |
ORNL |
USA |
| Poster |
P1-090 |
J.F. Lyon |
Analysis of the ARIES-CS compact stellarator power plant |
ORNL |
USA |
| Poster |
P1-091 |
G. Bansal |
High-temperature superconducting coil option for the fusion reactor FFHR and development of indirectly-cooled HTS conductors |
The Graduate University for Advanced Studies |
Japan |
| Poster |
P1-092 |
S. Imagawa |
Conceptual design of magnets with CIC conductors for the LHD-type reactor FFHR2m |
National Institute for Fusion Science |
Japan |
| Poster |
P1-093 |
K. Takahata |
Internal energy dump for superconducting magnet protection of the LHD-type fusion reactor FFHR |
National Institute for Fusion Science |
Japan |
| Poster |
P1-094 |
H. Tamura |
Design and optimization of support post for cryogenic components in the FFHR |
National Institute for Fusion Science |
Japan |
| Poster |
P1-095 |
N. Yanagi |
Design studies on split-type helical coils for FFHR-2S |
National Institute for Fusion Science |
Japan |
| Poster |
P1-099 |
F. Sardei |
EMC3-EIRENE implementation on NCSX and first applications |
Max-Planck Institut für Plasmaphysik |
Germany |