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村上 泉


Teaching content

Research on atomic and molecular processes in plasma will be guided, especially on plasma spectroscopic diagnostics using a collisional-radiative model, theoretical calculations of atomic data which are necessary to construct a collisional-radiative model, spectroscopic measurements and analysis of impurity ions using LHD and CoBIT devices, and impurity behavior in plasmas.

Course Division of Fusion System
Affiliation Fusion Systems Research Division
Department Atomic and Molecular Processes Research Section
Degree Doctor of Science
Works -I. Murakami, H.A. Sakaue, C. Suzuki, D. Kato, M. Goto, N. Tamura, S. Sudo, S. Morita and LHD Experiment Group, “Development of quantitative atomic modeling for tungsten transport study using LHD plasma with tungsten pellet injection”, Nuclear Fusion 55 (2015) 093016 (9pp).

- I. Murakami, A. Sasaki, D. Kato, and F. Koike, “Collisional-radiative model including recombining processes for W27+ ion”, The European Physical Journal D, 71 (2017) 246 (6pp).

- I. Murakami, D. Kato, T. Oishi, M. Goto, Y. Kawamoto, C. Suzuki, H.A.Sakaue, S. Morita, LHD Experiment Group, “Progress of tungsten spectral modeling for ITER edge plasma diagnostics based on tungsten spectroscopy in LHD”, Nuclear Materials and Energy, 26 (2021) 100923 (10p)
Responsible course SOKENDAI: " Advances in Plasma Science "


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