教員情報 - 武藤　敬 | 中部大学

ムトウ　タカシ MUTOH Takashi
武藤　敬

所属中部大学

先端研究センター

職名特任教授

学会発表
2015/04/27	"High Power and Steady State Operation of ICRF Heating in LHD" （招待講演） (21st Topical Conference on Radiofrequency Power in Plasmas)
2015/04/27	"High Power and Steady State Operation of ICRF Heating in LHD"(Invited talk) (21st Topical Conference on Radiofrequency Power in Plasmas)
2014/11/09	"HIGH POWER HEATING AND STEADY STATE OPERATION IN THE LARGE HELICAL DEVICE"(Invited talk) (American Nuclear Society, 21st Topical Meeting (Embedded) on the Technology of Fusion Energy (TOFE))
2014/11/09	"HIGH POWER HEATING AND STEADY STATE OPERATION IN THE LARGE HELICAL DEVICE"（招待講演） (American Nuclear Society, 21st Topical Meeting (Embedded) on the Technology of Fusion Energy (TOFE))
2013/05/14	"Steady State Operation of MW Heating Power Using ICH and ECH in LHD"(Invited talk) (7th IAEA Technical Meeting on Steady State Operation of Magnetic Fusion Devices)
2013/05/14	"Steady State Operation of MW Heating Power Using ICH and ECH in LHD"（招待講演） (7th IAEA Technical Meeting on Steady State Operation of Magnetic Fusion Devices)
2012	Experiment group Steady State Operation Using Improved ICH and ECH for High Performance Plasma in LHD IAEA Fusion Energy Conference 2012 San Diego, EX/P2-12
2012	Experiment group Steady State Operation Using Improved ICH and ECH for High Performance Plasma in LHD IAEA Fusion Energy Conference 2012 San Diego, EX/P2-12
2011	"Physics and technology of steady state operation in LHD"(Plenary talk) (International Toki Conference ITC21)
2011	"Physics and technology of steady state operation in LHD"（基調講演） (International Toki Conference ITC21)
2005/10/24	"Thirty-minute plasma sustainment by real-time magnetic-axis swing for effective divertor-load-dispersion in the Large Helical Device" (Invited talk) (47th Annual Meeting, APS, Division of Plasma Physics)
2005/10/24	"Thirty-minute plasma sustainment by real-time magnetic-axis swing for effective divertor-load-dispersion in the Large Helical Device" （招待講演） (47th Annual Meeting, APS, Division of Plasma Physics)