Program

Division 2

16th A307 Room 16aA307　9:00〜12:30

Division 2
Basic Plasma Physics
（Non-neutral Plasmas, Plasma Sources, Ion Sources）

1: Orbit analysis of pulsed positrons in a permanent magnet dipole field trap; Univ. Tokyo^A, NIFS^B, IPP^C, Hiroshima Univ.^D, AIST^E; H. Saitoh^A,B, J. von der Linden^C, A. Deller^C, H. Higaki^D, K. Michishio^E, T. Hori^E, N. Oshima^E
2: Correlation between confinement properties of side wells of nested trap and the entire nested trap; Kyoto Inst. Tech.; Toshikazu Okada, Yutaro Nakajima, Negai Higashi, Akio sanpei, Haruhiko Himura
3: Investigation of time evolution and statistical conservation of two-fluid equilibria of non-neutral plasmas by PIC simulation; Kyoto Inst. Tech., LLNL^A; Yutaro Nakajima, Haruhiko Himura, Akio Sanpei, Meghraj Sengupta^A
4: Motion Analysis of Fast Particle Generated by Relaxation Process of Electrons Injected into Restricted Space by Axially Applied Magnetic Field; Nagaoka Univ. Tech., Kanazawa Univ.^A, NIT, Anan College^B; T. Kikuchi, N. Suzutani, Y. Soga^A, Y. Park^B, K. Takahashi, and T. Sasaki
5: Negative and Positive Ion Density in front of Negative Ion Production Surface in Large-scaled Filament-driven Arc Negative Ion Source; NIFS^A, Sch. of Engineering, Nagoya Univ.^B, SOKENDAI^C, Sch. of Science, Nagoya Univ.^D; H. Nakano^A,B, S. Masaki^C, K. Tsumori^A,C, M. Osakabe^A,C, Y. Takeiri^A, E Rattanawongnara^C, and K. Nagaoka^A,D
6: Hardness degree of negative ion sheath boundary and negative ion beam characteristics; NIFS^A, Nagoya Univ.^B, SOKENDAIC^{, Nihon Univ.}D^{, Tohoku Univ.}E^{, Naruto Univ. Edu.}F^{, MaxPlanck IPP}G^; K. Nagaoka^A,B, T. Hamajima^B, K. Tsumori^A,C, H. Nakano^A,B, M. Osakabe^A,C, K. Takahashi^E, K. Miyamoto^F, B. Kraus^G, U. Fantz^G, E. Rattanawongnara^C

Break （10:30〜10:45)

7: Vlasov-Darwin simulation exactly conserving charge, canonical momentum, and Hamiltonian; QST Rokkasho; Takashi Shiroto
8: Formation of intermediate shock by Alfven wave and plasma heating; Kumamoto University; Shinji Koide, Kento Shiiba
9: Guiding Center Derivation, Hamiltonian Structure, and Nonlinear Stability of Steady Solutions of the Generalized Hasegawa-Mima Equation for Drift Wave Turbulence in Curved Magnetic Fields; GSFS, The University of Tokyo, RIMS, Kyoto University^A; Naoki Sato, Michio Yamada^A
10: Analysis of the Phase Space Distribution Function in the Landau Damping Process; Univ. of Tokyo, NIFS^A, Nagoya Univ.^B; Koki Maekaku, Hideo Sugama^A, Tomo-Hiko Watanabe^B
11: Observation on intermittent chaos caused by delayed-feedback; Nagasaki Univ.; Takao Fukuyama, Yutaro Sueyoshi, Kojiro Noguchi
12: Analysis of dynamical turbulence phenomena using multi field SVD; CIT Nihon Univ., KIT^A, NIFS^B, RCPT Kyushu Univ.^C, FAS Kyushu Univ.^D, FMS Kyushu Univ.^E, RIAM Kyushu Univ.^F; Takumi Kodahara, Makoto Sasaki, Yuichi Kawachi^A, Yuki Jajima, Tatsuya Kobayashi^B, Takuma Yamada^C,D, Hiroyuki Arakawa^E, Akihide Fujisawa^C,F
13: Spectral transition between continuous and discrete spectra of high wavenumber turbulence in a linear magnetized plasma; KIT, CIT Nihon Univ.^A, RIAM Kyushu Univ.^B, RCPT Kyushu Univ.^C, IGSES Kyushu Univ.^D, IAE Kyoto Univ.^E, FAS Kyushu Univ.^F; Y. Kawachi, M.Sasaki^A, K. Nishizawa^B,C, Y. Kosuga^B,C, K. Terasaka^D, S. Inagaki^E, T. Yamada^F, N. Kasuya^B,C, C.Moon^B,C, Y. Nagasaki^B,C, A. Fujisawa^B,C

16th A307 Room 16pA307　13:30〜17:00

Division 2
Magnetic Field Confinement
（Wave, Heating, Instability, Numerical Analysis and Simulation）

1: Data-driven analysis of turbulent plasmas using multi-field singular value decomposition; GUAS, NIFS^A, JST PRESTO^B, Nihon Univ.^C; Go YATOMI, Motoki NAKATA^A,B, Makoto SASAKI^C
^●2: Nonlinear simulation of energetic-particle-driven geodesic acoustic mode in ASDEX-Upgrade; NIFS, MPG-IPP^A, Hiroshima-Univ.^B, Univ. Tokyo^C, QST^D; H. Wang, Ph. Lauber^A, Y. Todo, Y. Suzuki^B, H. Li^C, M. Idouakass, J. Wang, P. Adulsiriswad^D
3: Cancellation
4: Dynamically coupled simulation for flux-driven plasma turbulent transport using a reduced transport model; SOUKENDAI^A, NIFS^B, JST PRESTO^C, Kyoto Univ.^D; Tomonari Nakayama^A, Motoki Nakata^A,B,C, Mitsuru Honda^D
5: Self-consistent Simulations of ICRF-induced Alfven Eigenmodes in the Large Helical Device; NIFS^A, SOKENDAI^B, UCI^C, QST^D; J. Wang^A, Y. Todo^A, R. Seki^A, K. Ogawa^A,B, S. Kamio^C, H. Kasahara^A, K. Saito^A, T. Seki^A, H. Wang^A, M. Idouakass^A, and P. Adulsiriswad^D
6: Kinetic MHD hybrid simulations of infernal modes in tokamak plasmas with kinetic thermal ion effects; NIFS, QST^A; M. Sato, Y. Todo, N. Aiba^A, M. Takechi^A
7: Analysis of equilibrium energy by simulated annealing of reduced MHD; Fac. Eng., Tottori Univ., Dept. Phys. and IFS, Univ. Texas at Austin^A; M. Furukawa, P. J. Morrison^A

Break （15:00〜15:15)

^●8: Structures of micro-instability and associated turbulence with L-mode characteristics in reversed magnetic shear configuration in a global toroidal system; GSES^A, Plasma UNIT^B, IAE^C; Rui ZHAO^A, Yasuaki KISHIMOTO^B,A,C, Kenji IMADERA^A,B, Akihiro ISHIZAWA^A,B
9: Spatial structure estimation of electrostatic potential fluctuations in heterogeneous turbulence by using deep learning; Nihon Univ., Nagoya Univ.^A, NIFS^B, PRESTO JST^C, KIT^D, Kyushu Univ.^E; Yuki Jajima, Makoto Sasaki, Ryohtaroh T. Ishikawa^A, Motoki Nakata^B,C, Tatsuya Kobayashi^B, Yuichi Kawachi^D, Hiroyuki Arakawa^E
10: Nonlinear simulation of plasmoid release by the edge localized modes; Nagoya Univ.，NIFS^A，QST^B; Miyamae Ryuhei，Watanabe Tomohiko，Maeyama Shinya，Sato Masahiko^A，Todo Yasushi^A，Aiba Nobuyuki^B
11: Three-dimensional numerical analysis of global background flow effects on MHD stability (II); NIFS^A, SOKENDAI^B, Hiroshima Univ.^C, BACV Sol.Inc.^D; Katsuji ICHIGUCHI^A,B, Yasuhiro SUZUKI^C, Yasushi TODO^A, Yuki TAKEMURA^A, Satoru SAKAKIBARA^A,B, Mikiro YOSHINUMA^A, Benjamin A, CARRERAS^D
12: Correlation of gyrokinetic linear and nonlinear simulation results of turbulent energy exchange; GSFS, NIFS^A, GSS^B; T. Kato, H. Sugama^A, T.-H. Watanabe^B, M. Nunami^B,C
13: Numerical diagnostic for 3-D measurement using simulation data in torus plasmas; RIAM, Kyushu Univ., IGSES, Kyushu Univ.^A, NIFS^B, Nagoya Univ.^C; N. Kasuya, R. Yoshihara^A, T. Ido, K. Kuwamiya^A, M. Nunami^B, S. Satake^B, K. Fujita^C, M. Nishiura^B
14: Application of nonlinear auto-regressive Gaussian process regression to turbulent transport modeling; NIFS, Kyoto Univ.^A; S. Maeyama, M. Honda^A, E. Narita^A

17th A307 Room 17aA307　9:00〜12:00

Division 2
Invited talk

1: （Invited Presentation.） Parity Transition Phenomena of MHD Instabilities in Magnetically Confined Plasmas; NIFS; Y. Takemura
2: （Invited Presentation.） Physics of interaction between solid hydrogen pellets and magnetically confined toroidal plasmas; QST Rokkasho; MATSUYAMA Akinobu

Break （10:00〜10:15)

3: 2D High-speed Visible Imaging Spectroscopy for Small Pellet Ablation Cloud in Heliotron J; IAE, Kyoto Univ., GSES, Kyoto Univ.^A, NIFS^B, SOKENDAI^C, Eng. Kyoto Univ.^D; S. Kado, A. Mori^A, G. Motojima^B,C, A. Iwata^A, K. Takeuchi^A, T. Shikama^D, M. Murakumo^D, C. Feng^A, F. Cai^A, R. Matsutani^A, S. Ohshima, T. Minami, S. Inagaki, F. Kin, S. Kobayashi, Y. Nakamura^A, A. Ishizawa^A, H. Okada, T. Mizuuchi, S. Konoshima and K. Nagasaki
^●4: Throughput optimization of high time and wavelength resolution spatial heterodyne spectrometer for plasma emission measurement; GSE, Kyoto Univ.^A, IAE, Kyoto Univ.^B; M. Xu^A, T. Shikama^A, M. Murakumo^A, S. Kado^B, and M. Hasuo^A
5: Linear and circular polarization spectroscopy of a near-infrared helium line emission from a Heliotron J plasma; GSE Kyoto Univ., IAE Kyoto Univ.^A, GSES Kyoto Univ.^B; MORITA Tsunehiro，SHIKAMA Taiichi，MURAKUMO Minato，KADO Shinichiro^A, MINAMI Takashi^A, KOBAYASHI Shinji^A, OSHIMA Shinsuke^A，IWATA Akihiro^B，KIN Fumiyoshi^A，ISHIZAWA Akihiro^B, NAKAMURA Yuji^B, OKADA Hiroyuki^A，KONOSHIMA Shigeru^A, MIZUUCHI Toru^A, INAGAKI Shigeru^A，NAGASAKI Kazunobu^A, HASUO Masahiro
6: A comparison between helium line intensity ratio and Thomson scattering methods for the measurements of the temperature and density profiles in a QUEST ECH discharge; GSE Kyoto Univ., RIAM Kyushu Univ.^A, GSFS Univ. Tokyo^B, JCG Acad.^C; T. Shikama, T. Komiyama, K. Hanada^A, T. Ido^A, T. Onchi^A, K. Kono^A, A. Ejiri^B, M. Hasegawa^A, S. Inoue, M. Hasuo, H. Idei^A, K. Gaku^A, K. Kuroda^C, A. Higashijima^A, P. Prapan^A
7: Observation of tungsten impurity transport characteristics using wide wavelength range spectroscopy and space-resolved spectroscopy in LHD; Tohoku Univ., NIFS^A, SOKENDAI^B, Kyushu Univ.^C; Tetsutarou Oishi, Shigeru Morita^A,B, Daiji Kato^A,C, Izumi Murakami^A,B, Hiroyuki A. Sakaue^B, Yasuko Kawamoto^A,B, Tomoko Kawate^A,B, Motoshi Goto^A,B, Ryota Nishimura, Hiroyuki Takahashi, Kenji Tobita
8: reliable measurement of divertor heat flux for over hours discharge; Osaka Metro. Univ., Osaka Pref. Univ.^A; H.Matsuura, Bui Xuan Nhat Son^A, T.Nakano
9: High neutral particle pressure in the divertor section by volume recombination in LHD; NIFS^A, SOKENDAI^B, IPP^C; G. Motojima^A,B, U. Wenzel^C, M. Kobayashi^A,B, M. Goto^A,B, Y. Hayashi^A,B, S. Masuzaki^A,B, G. Kawamura^A,B, V. Haak^C

17th A307 Room 17pA307　13:30〜17:00

Division 2
Basic Plasma Physics
（Atomic Processes, Spectroscopy, Plasma Diagnostics）

1: Improvement of hydrogen ion density ratio in multi-cusp magnetic field ion source based on KEIO-MARC code analysis; Tohoku Univ., QST Rokkasho^A, Keio Univ.^B; H. Takahashi, R. Nishimura, T. Seino, P. Boonyarittipong, K. Yoshimura, A Kanno, T. Hara, Y. Takahashi, T. Oishi, A. Matsuyama^A, K. Tobita, K. Hoshino^B
2: Ion temperature measurement of divertor-simulating hydrogen plasma in DT-ALPHA device; Tohoku Univ., QST Rokkasho^A; Keigo Yoshimura, ^○Hiroyuki Takahashi, Tomohiro Seino, Ryota Nishimura, Akihiro Kanno, Yusaku Takahashi, Tomoya Hara, Tetsutarou Oishi, Akinobu Matsuyama, Kenji Tobita
3: Measurement of oxygen concentration dependence of hydrogen permeation flux through Ni membrane under hydrogen-oxygen plasma irradiation; Kyoto Univ.; Takuma Hashizuka, Shora Kurokawa, Keisuke Miura, Arseniy Kuzmin, Taiichi Shikama, Masahiro Hasuo
4: Stray light rejection in laser Thomson scattering spectrum using reflecting volume Bragg grating; Nagoya Univ.; A. Okamoto, M. Sugimoto, M. Koike, K. Sato, Y. Yamada, K. Takeda, T. Fujita
5: Electron anisotropic velocity distribution in LHD plasmas via argon X-ray spectra; NIFS^A, SOKENDAI^B, Tohoku Univ.^C; T. Kawate^A,B, M. Goto^A,B, T. Oishi^C, Y. Kawamoto^A,B, I. Yamada^A, H. Funaba^A, H. Takahashi^A,B
^●6: Simulation of Doppler-free spectra using the Collisional Radiative Model; Sokendai，NIFS^A; Joseph John Simons，Motoshi Goto^A

Break （15:00〜15:15)

7: Diamagnetism enhanced by energetic electrons in a magnetic nozzle; Tohoku Univ., Australian National Univ.^A; Kazunori Takahashi, Christine Charles^A, Rod W Boswell^A
8: PIC-MCC analysis of high-energy electron transport in magnetic nozzle thrusters; Univ. Tsukuba, Tohoku Univ.^A, NIFS^B, YNU^C; Kazuma Emoto, Kazunori Takahashi^A,B, Yoshinori Takao^C
9: Evaluation of plasma loss suppression by a permanent magnets array and performance improvement of helicon thruster; Department of Electrical Engineering, Tohoku University^A, NIFS^B; Yugo Nakahama^A, Kazunori Takahashi^A，B
10: Electron velocity distribution function under an external electric field and a loss in velocity space; The University of Tokyo; A. Ejiri, Y. Peng, S. Jang, Z. Jiang, N. Tsuji, K. Shinohara
11: Research of DCCS stabilization for disruption free tokamak; Advanced Numerical Analysis Center; Osamu WATANABE
12: Timescale of Supersonic Merging Formation of Field-Reversed Configuration; Nihon Univ., Nihon Univ.^A, TAE^B; Daichi KOBAYASHI, Taichi SEKI, Juri OGASAWARA, Tsutomu TAKAHASHI, Makoto SASAKI^A, Thomas ROCHE^B, Sean Dettrick^B, Tomohiko ASAI
13: Investigation of the particle transport in the non-uniform turbulence field; Nagoya Univ.^A, NIFS^B, SOKENDAI^C, Kyushu Univ.^D; T. Muramatsu^A, K. Nagaoka^A,B, M. Nakata^B,C, Y. Hidaka^D, S. Yoshimura^A,B, K. Terasaka^D

18th A307 Room 18aA307　9:00〜12:15

Division 2
Basic Plasma Physics
（high-energy-density physics）

1: Temporal evolution of electron energy and sheath electric field in a high-flux ion acceleration under high intensity laser irradiation; ILE, Osaka Univ., IACS, Osaka Univ.^A; N. Iwata^A, K. Mima, Y. Sentoku
2: Radiation from and self-force on uniformly accelerated particle; Fukuoka Institute of Technology; Tatsufumi Nakamura
3: The role of plasma collectivity in magnetic field evolution in laser-produced high energy density plasma.; Sci. Osaka Univ., ILE Osaka Univ.^A, IACS Osaka Univ.^B; T. Komatsu^A, N. Iwata^A,B, Y. Sentoku^A
^●4: The impacts of downstream heating on ion acceleration for collisionless electrostatic shock; Inst. of Laser Eng.，Osaka Univ.; Minh Nhat Ly，Takayoshi Sano，Youichi Sakawa，Yasuhiko Sentoku

Break （10:00〜10:15)

5: Depiction of the heating process of fast-ignition laser fusion; ILE, Osaka Univ.^A, IACS, Osaka Univ.^B, Hiroshima Univ.^C; Y. Sentoku^A, N. Iwata^A,B, T. Johzaki^C, H. Nagatomo^A
6: Ignition and Burn Dynamics under Kilo-Tesla-Class Magnetic Field in Fast Ignition Laser Fsuion; Grad. Sch. Adv. Sci. Eng. Hiroshima Univ.^A, ILE Osaka Univ.^B; Tomoyuki Johzaki^A,B, Naoki Matsumura^A, Wookyung Kim^A, Takuma Endo^A
7: Effect of nuclear elastic scattering on burn characteristics of DT fuel in fast ignition laser fusion; Grad. Sch. Adv. Sci. Eng. Hiroshima Univ.^A, ILE Osaka Univ.^B; S. Hirose^A, T. Johzaki^A,B, T. Endo^A, W. Kim^A
8: High efficient compression of solid ball using the tailored pulse laser; ILE, Osaka Univ.^A, Dept. Electr. Electron. Eng., Fac. Eng., Utsunomiya Univ.^B, Grad. Sch. Eng., Osaka Univ.^C, Grad. Sch. Adv. Sci. & Eng., Hiroshima Univ.^D, NIFS^E; R. Takizawa^A，H. Nagatomo^A，Y. Arikawa^A，H. Morita^B,A，J. Dun^A，T. Maekawa^A，T. Tsuido^A, K. F. F. Law^A，K. Katagiri^C,A，N. Ozaki^C,A，Y. Hironaka^A，K. Shigemori^A，J. Fujiiki^C,A，Y. Abe^C,A，H. Habara^C,A，K. Kuramitsu^C,A，T. Johzaki^D,A，S. Sakagami^E,A，M. Nakai^A，H. Shiraga^A，R. Kodama^C,A，Y. Sentoku^A，S. Fujioka^A
9: Development of three dimensional hydrodynamic simulation code for laser plasma; ILE Osaka Univ.; Hideo NAGATOMO
10: Magnetized high-energy-density plasma experiment at Laser Mega Joule (LMJ) facility; ILE Osaka Univ., CELIA Univ. Bordeaux^A, CEA^B, Eng. Utsunomiya University^C; S. Fujioka, Z. Berkson, X. Han, R. Takizawa, K. F. F. Law, P. NICOLAI^A, J. J. Santos^A, P. Bradford^A, C. Vlachos^A, D. Raffestin^B, L. Le-Deroff^B, C. Rousseaux^B, T. Caillaud^B, H. Morita^C, T. Higashiguchi^C
11: Diagnostics of physical parameters on complex laser-ablation processes -1- Evaluation on effects of hot electrons with multiple diagnostics; ILE, Osaka Univ., GSE, Osaka Univ.^A; SHIGEMORI Keisuke, IDESAKA Tomoyuki, MATSUURA Sota, NAKATSUJI Chiharu, SATO Takumi, EBISAWA Eigo, KAWASAKI Koki, YAMANOI Kohei, OZAKI Norimasa^A, TAKIZAWA Ryunosuke, FUJIOKA Shinsuke, YOGO Akifumi, KODAMA Ryosuke
12: Diagnostics of physical parameters on complex laser-ablation processes -2- Development of a time-resolved measurement of mass ablation rate by the x-ray backlighting technique; ILE, Osaka Univ., Graduate School of Engineering, Osaka Univ.^A, Univ. Bordeaux^B, INO-CNR^C; T. Idesaka, S. Matsuura, C. Nakatsuji, K. Kawasaki, D. Tanaka, E. Ebisawa, T. Sato, N. Ozaki^A, R. Kodama, R. Takizawa, S. Fujioka, A. Yogo, D. Batani^B, Ph. Nicolai^B, G. Cristoforetti^C, P. Koester^C, L.A. Gizzi^C, and K. Shigemori

18th A105 Room 18pA105　13:30〜16:00

Division 2
Space Plasmas

1: Properties of local MHD turbulence in auroral magnetosphere-ionosphere coupling; Nagoya Univ.; T.-H. Watanabe, T. Sakaki, K. Fujita, and S. Maeyama
2: Nonlinear evolution of auroral growth through the Kelvin-Helmholtz instability in the dipole field; Dept. of Phys., Nagoya Univ.; T.Sakaki, T.-H. Watanabe, and S. Maeyama
3: Nonlinear gyrokinetic modeling of the magnetosphere-ionosphere coupling system; Nagoya University; Keiji Fujita, Tomo-Hiko Watanabe
4: Physical applicability of the extended MHD approximation for special relativistic plasmas and search for its Lagrangian; Grad School of Inf. Sci. and Inst. of Fluid Sci.，Tohoku Univ., Inst. of Fluid Sci., Tohoku Univ.^A; Shuntaro Yoshino, Makoto Hirota^A, Yuji Hattori^A
5: Statistical theory of anisotropic magnetohydrodynamic turbulence: revisit to the imbalanced case; Univ. Toyama; Yasuhiro Nariyuki

Break （14:45〜15:00)

6: A study of stochastic acceleration model for non-resonant microwave heating in Heliotron-type magnetic configuration; IAE Kyoto Univ., NIFS^A, GSES Kyoto Univ.^B, EEE Kyoto Univ.^C; S. Kobayashi, K. Nagaoka^A, K. Nagasaki, S. Inagaki, T. Fujita^B, R. Yamato^B, S. Fujita^C, S. Ohshima, H. Ohgaki, T. Kii, H. Zen, S. Kado, T. Minami, S. Konoshima, T. Mizuuchi
7: Ion mass dependence on the propagation features of large-amplitude whistler waves; ILE, Osaka Univ.; Takayoshi Sano
8: Laser-driven collisionless electrostatic shock in a multicomponent near-critical-density plasma: Laser polarization direction dependence; ILE, Osaka Univ.，Grad. Sch. of Sci., Osaka Univ.^A; M. Hanano^A, T. Sano, A. Morace，Y. Sakawa
^●9: Multi-Ion Species Acceleration via Laser-Driven Magnetic Reconnection; ILE, Osaka Univ., MePhI^A, Bordeaux Univ.^B; King Fai Farley Law, Jinyuan Dun, Yuki Abe, Morace Alessio, Yasunobu Arikawa, Philipp Korneev^A, Joao Jorge Santos^B, Shinsuke Fujioka

18th A307 Room 18pA307　13:30〜17:15

Division 2
Magnetic Field Confinement
（Transport and Confinement, Nonlinear-Phenomena）

1: Noise robustness of phase space tomography for charge exchange recombination spectroscopy measurement in LHD; NIFS^A, SOKENDAI^B; T. Kobayashi^A,B, M. Yoshinuma^A,B, W. Hu^B, K. Ida^A,B
2: Interaction between electron and ion scale turbulence and challenge to verify the velocity space anisotropy in LHD plasmas - V; SOKENDAI^A, NIFS^B; T.Nasu^A, T.Tokuzawa^A,B, M.Nakata^A,B, K.Ida^A,B, M.Yoshinuma^B, T.Kobayashi^A,B, K.Tanaka^B, and LHD Experiment Group^B
3: Observation of core density peaking in the LHD; NIFS^A, Univ. Tokyo^B, Kyushu Univ.^C, Nagoya Univ.^D, Tech. Univ. Denmark^E; Masaki Nishiura^A,B, Akihiro Shimizu^A, Shinsuke Satake^A, Takeshi Ido^C, Keiji Fujita^D, Mikiro Yoshinuma^A, Ryoma Yanai^A, Masanori Nunami^A
4: Non-linear analyses on phase coupling between density and magnetic fluctuations of H-mode plasma in LHD; SOKENDAI^A, NIFS^B, Hiroshima Univ.^C; Wenqing HU^A, Tatsuya KOBAYASHI^B,A, Yasuhiro SUZUKI^C, Mikiro YOSHINUMA^B, Satoru SAKAKIBARA^B,A, Kunihiro OGAWA^B,A, Tokihiko TOKUZAWA^B,A, Katsumi IDA^B
5: On parametric condition and characteristics of time series change in plasma detachment on Large Helical Device; Univ. Tokyo, QST^A, NIFS^B; H.Yamada, Y.Isobe, T.Yokoyama^A, M.Kobayashi^B, Y.Narushima^B, Y.Takemura^B, C.Suzuki^B, R.Sakamoto^B
6: Characteristics of the discharge of tokamak and RFP plasmas in the low-aspect-ratio torus machine; Kyoto Inst. Tech.; Takeru Inoue, Shinichiro Inagaki, Takahiro Sasaki, Yuji Ashida, Hitomi Fujiwara, Yuichi Kawachi, Akio Sanpei and Haruhiko Himura
7: Correlation between relaxation and electron temperature in low aspect ratio RFP; Kyoto Inst. Tech.; Akio Sanpei, Takeru Inoue, Shinichiro Inagaki, Takahiro Sasaki, Yuji Ashida, Hitomi Fujiwara, Yuichi Kawachi, Haruhiko Himura

Break （15:15〜15:30)

8: Relationship between avalanche-like heat transport and zonal flow in local turbulence; Nagoya Univ.; H.Sugiyama, T.-H. Watanabe, S.Maeyama
9: Dynamic contribution of zonal flows to drift wave turbulence analyzed by a projection operator method; Nagoya Univ.; T Yuge，S Maeyama，T.-H. Watanabe
10: Effects of magnetic and electrostatic fluctuations on ECH supra-thermal electron behavior and toroidal torque in tokamak plasma in tokamak plasma; Kyoto Univ.; S. Murakami, D. Iio and Y. Yamamoto
11: Magnetic Configuration Dependence of Energy Confinement and Available Energy in Heliotron J; IAE, Kyoto Univ., TU/e^A, GSES, Kyoto Univ.^B; K. Nagasaki, S. Inagaki, R. Mackenbach^A, J. Proll^A, S. Ohshima, S. Kobayashi, T. Minami, S. Kado, F. Kin, Y. Nakamura^B, A. Ishizawa^B, S. Konoshima, T. Mizuuchi, H. Okada
12: Abrupt excitation of electromagnetic fluctuation in Heliotron-J; IAE Kyoto Univ.; S. Inagaki, F. Kin, S. Ohshima, S. Kobyashi, S. Kado, T. Minami, S. Konoshima, H. Okada, T. Mizuuchi, K. Nagasaki
13: Modification of double differential DD neutron emission spectrum due to nuclear elastic scattering in the relevant JT-60SA deuterium plasma; Kyushu Univ., QST^A, Nagoya Univ.^B, Tokyo Univ.^C, NIFS^D, SOKENDAI^E; H. Matsuura, T. Fukuda, S. Wakisaka, D. Umezaki, S. Sumida^A, T. Nishitani^B, K. Shinohara^C, S. Sugiyama^A, K. Ogawa^D,E
14: Excitation of breathers in multi-ion species plasmas; Kyushu Univ. RIAM, Ecole Polytechnique^A, Univ. de Lorraine^B, Kyushu Univ. IGSES^C; Y. Kosuga, J. Bourgeois^A, M. Lesur^B, I. Oyama^C

18th C200 Room 18pC200　13:30〜16:50

Division 10，Division 2，Division 3，Division 8
100th Anniversary of Compton-effect Discovery: Recent Progress in Solid State Physics

1: （Symposium Session.） Introduction; Gunma Univ., S. Sci. & Tech.; Kosuke Suzuki
2: （Symposium Session.） The 100-years History of Compton-Scattering Studies on Materials Science; 無; Nobuhiko Sakai
3: （Symposium Session.） Review of experimental studies by using high resolution and magnetic Compton scattering; Univ. Hyogo; Akihisa Koizumi

Break （14:55〜15:10)

4: （Symposium Session.） Application to high-temperature cuprate superconductors-nematicity and Fermi surface; NIMS; Hiroyuki Yamase
5: （Symposium Session.） Observation of Co-3d orbital changes in spin-crossover cobaltites by X-ray Compton scattering; Tokyo Med. Univ., Dept. Phys.; Yoshihiko Kobayashi
6: （Symposium Session.） Symmetry of wavefunctions and spin magnetization in thin films observed by magnetic Compton scattering; Gunma Univ., GS. Sci. & Tech.; Hiroshi Sakurai
7: （Symposium Session.） Advanced Compton scattering measurement and analysis using data-driven science; Kumamoto Univ., Fac. Sci.; mizumaki@kumamoto-u.ac.jp
8: （Symposium Session.） Summary and Perspective; JASRI; Naruki Tsuji

19th A307 Room 19aA307　9:00〜12:00

Division 2
Plasma Science
（high-energy-density physics）

1: Formation and confinement of high energy density plasma due to the interaction between high power laser and fine-scale structured medium; Plasma UNIT^A, GSES, Kyoto Univ.^B, IAE, Kyoto Univ.^C, GSE, Kyoto Univ.^D, ICR, Kyoto Univ.^E, RIST Tokai Univ.^F, Nihon Univ.^G; Y. Kishimoto^A,B,C, R. Matsui^B,A, S. Masuno^E,A, M. Hashida^F,A, S. Sakabe^E,A, K. Matsuda^C, H. Sakaguchi^C, K. Fukami^D, T. Asai^G, S. Tokita^E,A
2: Theoretical analysis of self-generated magnetic fields in underdense plasmas driven by intense lasers; ILE Osaka Univ., IACS Osaka Univ.^A; Kaoru Sugimoto, Natsumi Iwata^A, Yasuhiko Sentoku
3: Direct measurement of plasma energization and its parameter dependence in a magnetic reconnection in high-power laser-produced plasma; Kyushu Univ.，Aoyama Gakuin Univ.^A，ILE,Osaka Univ.^B，Osaka Univ.^C，Osaka Univ.^D，Hokkaido Univ.^E，Toyama Univ.^F，National Inst. Tech., Gifu^G，NIFS^H; Taichi Morita，Yuya Muramoto，Yoshio Maenosono，Yoshiki Kanesada，Shuichi Matsukiyo，Shogo Isayama，Kotaro Oshida，Suzuto Matsuo，Takuto Kojima，Rikiya Higashi，Kenta Takahashi，Ryo Yamazaki^A，Shuta Tanaka^A，Kento Aihara^A，Yuhi Sato^A，Juri Shiota^A，Yuna Kidokoro^A，Shoma Yakura^A，Youichi Sakawa^B，Shunsuke Egashira^C，Kousuke Maeda^C，Yuto Suzuki^C，Masahiro Hanano^C，Yasuhiro Kuramitsu^D，Kentaro Tomita^E，Yimin Pan^E，Taichi Takezaki^F，Takuya Oguchi^F，Masafumi Edamoto^G，Kentaro Sakai^H
4: Measurements of plasma acceleration and magnetic field change in a magnetic reconnection experiment using laser-produced plasma; Kyushu Univ., Aoyama Gakuin Univ.^A, ILE,Osaka Univ.^B, Osaka Univ.^C, Osaka Univ.^D, Hokkaido Univ.^E, Toyama Univ.^F, National Inst. Tech., Gifu^G, NIFS^H; Yuya Muramoto, Taichi Morita, Yoshio Maenosono, Yoshiki Kanesada, Shuichi Matsukiyo, Shogo Isayama, Kotaro Oshida, Suzuto Matsuo, Takuto Kojima, Rikiya Higashi, Kenta Takahashi, Ryo Yamazaki^A, Shuta Tanaka^A, Kento Aihara^A, Yuhi Sato^A, Juri Shiota^A, Yuna Kidokoro^A, Shoma Yakura^A, Youichi Sakawa^B, Shunsuke Egashira^C, Kousuke Maeda^C, Yuto Suzuki^C, Masahiro Hanano^C, Yasuhiro Kuramitsu^D, Kentaro Tomita^E, Yimin Pan^E, Taichi Takezaki^F, Takuya Oguchi^F, Masafumi Edamoto^G, Kentaro Sakai^H
5: High-energy ion diagnostics using multi-layered scintillation detector for laser-driven ion acceleration experiments; Osaka Univ., RCNP^A, Tohoku Univ.^B, Kobe Univ.^C, Aoyama Univ.^D, Kyusyu Univ.^E, QST-NIRS^F, QST-KPSI^G; Toshiharu Yasui, Yuki Abe, Hideki Kohri^A, Atsushi Tokiyasu^B, Masato Kanasaki^C, Shuta Tanaka^D, Shogo Isayama^E, Takumi Minami, Kentaro Sakai, Takahumi Asai^C, Tomoya Taguti, Kosuke Himeno, Kazumasa Oda, Soichiro Suzuki, Fuka Nikaido, Kiyotika Kuramoto, Yuichi Sakai, Takahiro Tanaka, Zechen Lan, Akifumi Yogo, Satoshi Kodaira^F, Takehito Hayakawa^G, Yuji Fukuda^G, Yasuhiro Kuramitsu
6: Demonstration of wakefield acceleration of protons by using resorcinol/formaldehyde (RF) foam target; Kyushu Univ., Osaka Univ.^A, NIFS^B, ILE Osaka Univ.^C, QST-KPSI^D, NCU^E, Kobe Univ.^F, Aoyama Gakuin Univ.^G, QST-NIRS^H, Tohoku Univ.^I, RCNP Osaka Univ.^J; Shogo Isayama, Yasuhiro Kuramitsu^A, Yuki Abe^A, Takumi Minami^A, Kentaro Sakai^B, Tomoya Taguchi^A, Kazumasa Oda^A, Soichiro Suzuki^A, Fuka Nikaido^A, Kiyochika Kuramoto^A, Toshiharu Yasui^A, Yuichi Sakai^A, Yumi Kaneyasu^C, Kohei Yamanoi^C, Yuji Fukuda^D, Akira Kon^D, Hiromitsu Kiriyama^D, Kotaro Kondo^D, Shih-Hung Chen^E, Masato Knasaki^F, Takafumi Asai^F, Shuta Tanaka^G, Satoshi Kodaira^H, Atushi Tokiyasu^I, Hideki Kohri^J

Break （10:30〜10:45)

7: Effect of a plasma mirror on the interactions of intense laser pulses with cluster targets; QST-KPSI, Kobe Univ.^A, Eng. Osaka Univ.^B, ILE Osaka Univ.^C, QST-NIRS^D, Aoyama Gakuin Univ.^E, Kyusyu Univ.^F, OTRI Osaka Univ.^G, Tohoku Univ.^H, RCNP Osaka Univ.^I; Y. Fukuda, T. Asai^A, T. Kaji^A, H. Tanabe^A, C. Inoue^A, S. Mochizuki^A, R. Ozaki^A, K. Toyonaga^A, K. Maekawa^A, T. Yasui^B, K. Kuramoto^B, Y. Sakai^B, T. Tanaka^B, K. Oda^B, S. Suzuki^B, F. Nikaido^B, T. Taguchi^B, K. Himeno^B, K. Sakai^B, T. Minami^B, L. Zechen^C, A. Kon, Ko. Kondo, Y. Miyasaka, Y. Mashiba, A. Sagisaka, K. Ogura, T. Hayakawa, A. Yogo^C, S. Kodaira^D, S. Tanaka^E, S. Isayama^F, T. Pikuz^G, A. Tokiyasu^H, H. Kohri^I, Y. Abe^B, Y. Kuramitsu^B, T. Yamauchi^A, M. Kanasaki^A, H. Kiriyama
8: Generation of quasi-monoenergetic proton beams from anisotropic expansion of laser-irradiated hydrogen clusters; Kobe Univ., QST-KPSI^A; Chihiro INOUE, Masato KANASAKI, Tomoya YAMAUCHI, Yuji FUKUDA^A
9: 3D ion track Extraction and nuclide identification with fluorescent nuclear track detectors by machine learning; Osaka University, QST-KPSI^A, QST-NIRS^B; Fuka Nikaido^○, Kentaro Sakai, Takumi Minami, Rikimaru Kitamura, Yuji Fukuda^A, Satoshi Kodaira^B, Tamon Kusumoto^B, Yasuhiro Kuramitsu
10: Machine learning based analysis of etch pit images of high energy ions driven by an intense laser; Eng. Osaka Univ.^A，KPSI-QST^B，Phys. NCU(Taiwan)^C，Phys. Univ. York (UK)^D，Glen Eastman Energy b.v.-Rotterdam-The Netherlands^E，ILE Osaka Univ.^F，ELPH Tohoku Univ.^G，RCNP Osaka Univ.^H，NIRS-QST^I，Maritime-Kobe Univ.^J; T.Minami^A,B，T.Taguchi^A，F.Nikaido^A，K.Sakai^A，S.Soichiro^A，N.Tamaki^A，Y.Abe^A,F，C.M.Chu^C，K.T.Wu^C，Y.T.Liao^C，W.Y.Woon^C，L.N.K.Döhl^D,E，N.Woolsey^D，Y.Arikawa^F，A.Yogo^F，A.Morace^F，A.O.Tokiyasu^G，H.Kohri^H，S.Kodaira^I，H.Habara^A,F，M.Kanasaki^J，Y.Fukuda^B，and Y.Kuramitsu^A,F
11: Nuclear reactions by an intense laser using graphene, solid-state nuclear track detectors, and machine learning; Eng. Osaka Univ.^A, KPSI-QST^B, Phys. NCU (Taiwan)^C, Phys. Univ. York (UK)^D, Glen Eastman Energy b.v.-Rotterdam-The Netherlands^E, ILE Osaka Univ.^F, Maritime Kobe Univ.^G, ELPH Tohoku Univ.^H, RCNP Osaka Univ.^I, NIRS QST^J; Y. Kuramitsu^A, T. Minami^A,B, T. Taguchi^A, F. Nikaido^A, K. Sakai^A, S. Soichiro^A, N. Tamaki^A, Y. Abe^A, C.M. Chu^C, K.T. Wu^C, Y.T. Liao^C, W.Y. Woon^C, L.N.K. Döhl^D,E, N. Woolsey^D, Y. Arikawa^F, A. Yogo^F, A. Morace^F, H. Habara^A, M. Kanasaki^G, A.O. Tokiyasu^H, H. Kohri^I, S. Kodaira^J, T. Hayakawa^B, and Y. Fukuda^B