夏目祥揮

ナツメヒロキ

講師
学位：博士（工学）

詳細情報

研究キーワード

統合輸送コード
光線追跡
ダイバータ
プラズマ
核融合
周辺プラズマ

研究分野

エネルギー核融合学
エネルギープラズマ科学

受賞

プラズマ・核融合学会第38回若手学会発表賞（学生会員部門）
プラズマ・核融合学会第 14 回貢献賞第 1 回若手フォーラム実行委員会活動に対する卓越した貢献

講演・口頭発表等

Synthetic diagnosis of ITER divertor impurity monitor using measured BRDF
2D-Emission Intensity Measurement of Hydrogen/Deuterium Plasma Detachment with ICR Heating on TPDsheet-ICR
Experimental and Modeling Studies of EIR and MAR Processes on Detached Plasmas Using the Linear Plasma Device NAGDIS-II
Estimation of the Optical Reflection Property of Plasma Facing Surfaces from Topography Measurements
Effect of charge exchange cross section on detached plasma simulation
Influence of dynamic pressure induced by transient recycled neutral flux on reduction of pulsed particle load in the linear plasma device Magnum-PSI
Newly developed integrated transport code for detached plasma simulation
Study on effects of neutral particle behavior on detached plasma formation using linear plasma device and modeling
Multi-fluid Modeling of Detached Hydrogen Plasmas in a Linear Plasma Device using Fluid Code LINDA
Is there in the Visible Range for Tungsten Surfaces a Link between BRDF, Reflectance and Topography Measurements?
Application of Machine Learning for OES data in NAGDIS-II
Dynamic Response of Detached Recombining Plasmas by Applying Electron Beam
Analysis of Detached Plasmas in a Linear Plasma Device by using Fluid Code LINDA with Kinetic Neutral Transport Code
Global fluctuation structures across ionizing- and recombining-plasma regions
Integration of fluid plasma and kinetic neutral transport codes for accurate detached-plasma simulation
Study for Densification and Stabilization of Hydrogen-Isotope Plasma in NAGDIS-II
Multi-Signal Monitoring for Discharge Optimization in Linear Plasma Device NAGDIS-II
Measurement of the bidirectional reflectance distribution function of tungsten surface sputtered in argon plasma
Detached helium plasma simulation with collisional-radiative model
Computer tomography on divertor impurity monitor for ITER including wall reflection effects