[1] Naoki Kenmochi, Yuuki Yokota, Masaki Nishiura, Haruhiko Saitoh, Naoki Sato, Kaori Nakamura, Takahiro Mori, Kenji Ueda, and Zensho Yoshida:“Inward diffusion driven by low frequency fluctuations in self-organizing magnetospheric plasma,” Nuclear Fusion (2022), vol. 62, 026041 [doi.org/10.1088/1741-4326/ac412c]..

[2] Keiichiro Nunotani and Zensho Yoshida: “Clebsch representation of relativistic plasma and generalized enstrophy,” Physics of Plasmas (2022), vol. 29, 052905[doi.org/10.1063/5.0084281].

[3]Naoki Sato and Michio Yamada:“A generalized Hasegawa-Mima equation in curved magnetic fields,” Journal of Plasma Physics (2022), vol. 88, 3
[doi.org/10.1017/S0022377822000514].

[4]Naoki Sato:“Existence of weakly quasisymmetric magnetic fields without rotational transform in asymmetric toroidal domains,” Scientific Reports (2022), vol. 12, 11322
[doi.org/10.1038/s41598-022-15594-9].

[5] R Nishio, S Kajita, H Tanaka, K Asaoka, T Tsutsumi, M Hori, N Ohno
“Nitrogen Atom Density Measurements in NAGDIS-T Using Vacuum Ultraviolet Absorption Spectroscopy”
Plasma and Fusion Research 17, 1201004-1201004, 2022.

[6] S Feng, S Kajita, M Higashi, A Bieberle-Hütter, T Yoshida, N Ohno
“Photoelectrochemical properties of plasma-induced nanostructured tungsten oxide”
Applied Surface Science 580, 151979, 2022

[7] X Guo, H Tanaka, S Kajita, N Ohno, S Hattori, K Sawada
“Isotope Effect for Plasma Detachment in Helium and Hydrogen/Deuterium Mixture Plasmas”
Plasma and Fusion Research 17, 2402027-2402027, 2022.

[8] H Natsume, K Nojiri, S Kajita, T Ushiki, T Sugie, SI Kitazawa, T Kikuchi, et al.
“Measurement of the Bidirectional Reflectance Distribution Function of Tungsten Surface Sputtered in Argon Plasma”
Plasma and Fusion Research 17, 2405041-2405041, 2022.

[9] R Zhang, S Kajita, D Hwangbo, D Sinelnikov, H Tanaka, N Ohno
“Changes in morphology and field emission property of nano-tendril bundles after high temperature annealing”
Nuclear Materials and Energy 31, 101178, 2022.

[10] D Hwangbo, D NISHIJIMA, S Kajita, O Noriyasu, “Motion analysis of arc spots on tungsten fuzz by means of self-avoiding random walk model”
Japanese Journal of Applied Physics, 62 2022 SA1007

[11] W Shen, S Kajita, H Tanaka, Q Shi, N Ohno, “Fuzz Growth Process under He-W Co-Deposition Conditions”, Plasma and Fusion Research 17, 1302094-1302094 

[12] Y Hayashi, H Tanaka, N Ohno, S Kajita, T Morgan, H van der Meiden
Reduction of pulsed particle load with dynamic pressure induced by transient recycled neutral flux
Plasma Physics and Controlled Fusion 64 (10), 105013

[13] H Natsume, K Nojiri, S Kajita, M Fukuda, T Ushiki, H Tanaka, T Sugie, …, “Bidirectional reflectance distribution function of recrystallized tungsten mono-block exposed to cyclic heat loading”, Nuclear Materials and Energy 33, 101243

[14] S Kajita, S Iwai, H Tanaka, D Nishijima, K Fujii, H van der Meiden, N Ohno, “Use of machine learning for a helium line intensity ratio method in Magnum-PSI”, Nuclear Materials and Energy 33, 101281

[15] M Yoshikawa, H Tanaka, Y Hayashi, S Kajita, H Van Der Meiden, … “Effects from the Target Plate Geometry on Fluctuations of Helium Plasma in the Linear Divertor Simulator Magnum-PSI”, Plasma and Fusion Research 17, 1402100-1402100

[16] S Kajita, AM Ito, K Ibano “Growth of fiberform nanostructures on metal surfaces by helium plasma irradiation” Journal of Applied Physics 132 (18), 181101

[17] N. Sato and M. Yamada, ‘Vorticity equation on surfaces with arbitrary topology embedded in three-dimensional Euclidean space’, Journal of Mathematical Physics 63, 093101, 2022. arXiv: https://arxiv.org/abs/2112.00416

[18] K. Maekaku and  Z. Yoshida, “Hierarchical foliation of one-dimensional Vlasov–Poisson system”, Physics of Plasmas 29, 082303 (2022)