YUMOTO Motoshige | Tokyo City University

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概要

• YUMOTO Motoshigeの詳細を見る
• 同名の論文著者
• Tokyo City Universityの論文著者

関連著者

• Iwao Toru

  Tokyo City University

• YUMOTO Motoshige

  Tokyo City University

• Iwao Toru

  Department Of Electrical And Electronic Engineering Musashi Institute Of Technology

• Inaba Tsuginori

  Department Of Electrical Electronic And Communication Engineering Chuo University

• YUWOTO Motoshige

  Musashi Institute of Technology

• Yumoto Motoshige

  Department Of Electrical And Electronic Engineering Tokyo City University

• Kamishima Shinya

  Department Of Electrical And Electronic Engineering Tokyo City University

• Tanaka Manabu

  Osaka Univ. Osaka Jpn

• Iwao Toru

  Musashi Institute Of Technology

• KAMISHIMA Shinya

  Tokyo City University

• TASHIRO Shinichi

  Osaka university

• YUMOTO Motoshige

  Musashi Institute of Technology

• OGURA Naoko

  Tokyo City University

• TANAKA Manabu

  Osaka university

• KAMISHIMA Shinya

  Musashi Institute of Technology

• Sakai Tadashi

  Tokyo City University

• TAKI Hiroyuki

  Tokyo City University

• SHIMOKURA Takuya

  Tokyo City University

• TASHIRO Shinich

  Osaka University

• MORI Yusuke

  Tokyo City University

• NANBA Masashi

  Tokyo City University

• MITSUYASU Eriko

  Tokyo City University

• MOMII Taira

  Tokyo City University

• Morita Yusuke

  Tokyo City University

• INOMATA Tsuyoshi

  Tokyo city university

• YAMAMOTO Shinji

  Tokyo City University

• Iwao Toru

  Department Of Biopharmaceutics Kyoto Pharmaceutical University

• Oinuma Kazuhiro

  Musashi Institute Of Technology

• MORITA Yusuke

  Musashi Institute of Technology

• INOMATA Tsuyoshi

  Musashi Institute of Technology

• KAMISHIMA Shinya

  Department of Electrical and Electronic Engineering, Tokyo City University

• YUMOTO Motoshige

  Department of Electrical and Electronic Engineering, Tokyo City University

• Yumoto Motoshige

  Department Of Electrical And Electronic Engineering Musashi Institute Of Technology

• Suzuki Yoshihiro

  Tokyo City University

• SAITO Yuki

  Tokyo City University

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著作論文

• Heat Transfer of Pulsed Arc as a Function of Current Frequency and Pulsed Width Ratio
• Heat Transfer of Pulsed Arc as a Function of Current Pulse Width Ratio
• Movement of Vacuum Arc Cathode Spots on SS400(Fe+C) Surface with Oxide Layer
• Lateral Gas Flow for Fluctuating Anode Attachment
• Thickness of Oxide Layer for Movement of Cathode Spots in Low-Pressure Arc
• Split Process of Low-Pressure Arc Cathode Spots on SS400 Surface with Oxide Layer
• Movement and Tracking of Low-Pressure Arc Cathode Spots on SS400 Surface with Oxide Layer
• Movement of Cathode Spots on SS400 Surface with Oxide Layer
• Measurement of Arc Time Constant under External Magnetic Field
• Split Process of Low-Pressure Arc Cathode Spots on SS400(Fe+C) Surface with Oxide Layer
• Temperature Distribution Variation of Anode Jet Affected by Iron Vapor Concentration
• Dependence on Pulse Frequency of Arc for Iron Vapour and Radiation Power Distribution
• Removal Process of Oxide Layer on Metal Surface using Cathode Spot in Vacuum Arc
• Conductance and Temperature Distribution of Arc with Decreasing Current
• Contribution of Radiation Increment of SF_6 Arc Affected by Electrode Tip Angle and Gas Flow Rate
• Temperature Change with Time near Anode in Pulsed Arc Affected by Current Increment Ratio
• Removal Process of Oxide Layer on Metal Surface using Cathode Spot in Vacuum Arc
• Dependence on Pulse Frequency of Arc for Iron Vapour and Radiation Power Distribution
• Dependence on Pulse Frequency of Arc for Iron Vapour and Radiation Power Distribution
• Removal Process of Oxide Layer on Metal Surface using Cathode Spot in Vacuum Arc
• Temperature Distribution Variation of Anode Jet Affected by Iron Vapor Concentration
• Removal Process of Cathode Spot of Vacuum Arc with Vapor from Oxide Layer
• Improvement of Color Rendering Spectrum Affected by Scandium Vapor Mixed with High Temperature Argon Medium
• Heat Transfer to Anode Affected by Current Increment Ratio in Pulsed Arc Welding
• Heat Transfer to Anode Affected by Current Increment Ratio in Pulsed Arc Welding
• Removal Process of Cathode Spot of Vacuum Arc with Vapor from Oxide Layer
• Improvement of Color Rendering Spectrum Affected by Scandium Vapor Mixed with High Temperature Argon Medium
• Temperature Distribution Variation of Anode Jet Affected by Iron Vapor Concentration

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