|Naohiro Kasuya||Last modified date：2019.12.23|
Field of Specialization
Main subject is numerical simulation of structural formation in magnetic confinement fusion plasmas. We are developing the turbulence diagnostic simulator research, which aims to understand what kind of turbulent structures are identified with specific experimental diagnostics by using numerical simulations. We also carry out drift wave turbulence simulations in linear devices and dynamical response simulations in toroidal plasmas.
Research InterestsMembership in Academic Society
- Numerical simulation of turbulent structural formation in magnetized plasmas
keyword : simulation, turbulence, structural formation, numerical diagnostic
- Research on electro-static and –magnetic instabilities in magnetized plasmas
keyword : magnetized plasma, instability, mode structure, growth rate
- Research on particle and heat transport in burning plasmas
keyword : transport, impurity, integrated simulation, burning plasma
|1.||N. Kasuya, T. Ido and A. Shimizu, Diagnostic Simulator and the Future of Turbulent Diagnostics, J. Plasma Fusion Res. 88 (2012) 322.|
- Physical Society of Japan
- Japan Society of Plasma Science and Nuclear Fusion Research
I am promoting the education for numerical simulations of fusion plasmas in Department of Advanced Energy Engineering Science, IGSES, especially putting emphasis on the development of new methods to accelerate the collaboration to experimental researches. The examples of the topic are plasma turbulence simulations, numerical analyses of turbulence field data and development of the integrated code to simulate burning fusion plasmas.