JOURNAL OF PLASMA AND FUSION RESEARCHThe Journal of the Japan Society of Plasma Science and Nuclear Fusion ResearchVol. 99, No. 5, May 2023
Commentary
Relativistic Resonant Particle Acceleration by Counter
ISAYAMA Shogo,
Propagating Magnetohydrodynamics (MHD) Waves		
TAKAHASHI Kenta, MATSUKIYO Shuichi and SANO Takayoshi
Special Topic Article
Challenges in Emerging High Energy Density Science
KODAMA Ryosuke	  1. Introduction	  2. Nuclear Burning in Astrophysical Phenomena and Laser Nuclear Fusion Research
TANAKA Shuta	    	  3. Laboratory Astrophysics with Intense Lasers: Nonlinear Evolution of the Weibel InstabilityKURAMITSU Yasuhiro, MATSUMOTO Yosuke and AMANO Takanobu	    OKUCHI Takuo	  4. Planetary Materials at Dynamic Dense States	  5. Study of Non-Thermal Material Process Dynamics using Ultra-Short Pulse Laser
KURODA Ryunosuke	    	  6. Study of Nonequilibrium Plasma Dynamics using High Power Lasers
IWATA Natsumi and SUNAHARA Atsushi	    Special Topic Article
Large-Scale Structure Formation in Two-Dimensional Turbulence on a Rotating System
OBUSE Kiori	  1. Introduction
SATO Naoki and YAMADA Michio	  2. Plasma Physics and Geophysical Fluid Dynamics
TAKEHIRO Shin-ichi	  3. Large-Scale Band Structure Formation in Rotating Systems	  4.1 Large-Scale Zonal Flow Formation in Two-Dimensional Turbulence on a Rotating Sphere
OBUSE Kiori and YAMADA Michio	     and Nonlinear Interactions of Rossby Waves	  4.2 Zonal Flow Formation and Invariants in Hasegawa-Mima Turbulence
SAITO Izumi and ISHIOKA Keiichi	    	  4.3 Large-Scale Structures and Local-Flux Vectors in β-Plane Turbulence
TAKAOKA Masanori, YOKOYAMA Naoto and SASAKI Eiichi	    Lecture Note
Physicochemical Interaction of Plasma and Catalyst for Surface Chemical Reactions　　　　　4. Kinetic Analysis of Plasma Catalytic Reactions
NOZAKI Tomohiro, KIM Dae-Yeong and CHEN Xiaozhong	    R&D Activities
Report on Collaboration Works of JSPS Bilateral Joint Research Projects
ASHIKAWA Naoko, OISHI Tetsutarou, KAWATE Tomoko, HUANG Jie,	    		SUZUKI Yasuhiro, SAKAMOTO Mizuki､ HU Zhenhua,		
ZHOU Haishan, LUO Guangnan and OHDACHI SatoshiSaloon
Interdisciplinary Communication through the Plasma Fusion Science Chart	     —Report of a 39th JSPF Annual Meeting Symposium—
MORI Yoshitaka, NAKATA Motoki, KANEKO Toshiro, SUZUKI Takeru,	    		AMAMIYA Takahisa, KIKUCHI Kazuhei, YOKOYAMA Masayuki and KASADA Ryuta
Mourning
PFR Abstracts
Information
Announcement

151
158
161
165
171
173
177
182
183
187
193
197
202

208

215

224
229
230
231
238

Cover
Various magnetic field configurations are generated by changing the winding of the helical coils. To automatically remove those containing magnetic islands from the candidates for optimized configurations, we developed a machine-learning image diagnostic method. The upper panel of the figure shows the original Poincaré plots, and the middle panel shows the preprocessed images that wereloaded as training data. The preprocessing makes it easier to determine the region of magnetic islands.
(Sora YABUMOTO et al., Plasma and Fusion Research, Vol. 18, 1403018 (2023) http://www.jspf.or.jp/)

Published Monthly by
The Japan Society of Plasma Science and Nuclear Fusion Research
3-1-1 Uchiyama, Chikusa-ku, Nagoya 464-0075, Japan
Tel (052)735-3185, Fax (052)735-3485, E-mail: plasma@jspf.or.jp, URL: http: / / www.jspf.or.jp /