OKABE Shigemitsu | Tokyo Electric Power Company

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• 同名の論文著者
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関連著者

• OKABE Shigemitsu

  Tokyo Electric Power Company

• Okabe Shigemitsu

  Tokyo Electric Power Co.

• Okabe Shigemitsu

  Tokyo Electric Power Co. Ltd. Yokohama

• Sakamoto Yoshiki

  Tokyo Electric Power Company

• Okabe S

  Tokyo Electric Power Co. Yokohama

• Ohtsuka S

  Department Of Electrical Electronic And Computer Engineering The Kyushu Institute Of Technology

• Okabe Shigemitsu

  Kyushu Institute Of Technology

• Ishii Tsunayoshi

  Tokyo Electric Power Company

• Oguchi Shuichi

  Tokyo Electric Power Company

• TSUBOI Toshihiro

  Tokyo Electric Power Company

• OHTSUKA Shinya

  Kyushu Institute of Technology

• Kaneko Shuhei

  Tokyo Electric Power Co. Ltd. Yokohama

• Tanaka Yasunori

  Kanazawa Univ. Kanazawa Jpn

• Tanaka Yasunori

  Div. Of Electrical Eng. & Computer Sic. Kanazawa University

• Okabe Shigemitsu

  The Tokyo Electric Power Company R & D Center

• 末廣 純也

  九大

• Hara Masanori

  Ees Faculty Of Information Sciences And Electrical Engineering Kyushu University

• Hara Masanori

  Department Of Electrical And Electronic Systems Engineering Isee Kyushu University

• UESUGI Yoshihiko

  Kanazawa University

• Hara M

  Ees Faculty Of Information Sciences And Electrical Engineering Kyushu University

• Khan Yasin

  Department Of Electrical And Electronic Systems Engineering Isee Kyushu University

• ODA Akihito

  Department of Electrical and Electronic Systems Engineering, ISEE, Kyushu University

• Oda Akihito

  Department Of Electrical And Electronic Systems Engineering Isee Kyushu University

• OKABE Shigemitsu

  High Voltage & Insulation Group R&D Center, Engineering R&D Division, the Tokyo Electric Power Compa

• Numada Toru

  Division Of Electrical And Computer Engineering Kanazawa University

• TAKAMI Jun

  Tokyo Electric Power Company

• Tsuji Masaki

  Tokyo Electric Power Company

• AONO Kazuaki

  Mitsubishi Electric Corporation

• INAMI Kiyoshi

  Mitsubishi Electric Corporation

• TAKAMI Jun

  High Voltage & Insulation Group, R&D Center, TEPCO

• TSUBOI Toshihiro

  High Voltage & Insulation Group, R&D Center, TEPCO

• Asakawa Akira

  Central Res. Inst. Electric Power Ind.

• HIKITA Masayuki

  Kyushu Institute of Technology

• Hikita M

  Department Of Electrical Engineering Nagoya University

• Hikita M

  Kyushu Inst. Of Technol.

• Hikita Masayuki

  Nagoya University

• HARA MASANORI

  Department of Pediatrics, Yoshida Hospital

• TANAKA Yasunori

  Division of Electrical Engineering & Computer Science, Kanazawa University

• Okabe Shigemitu

  Tokyo Electric Power Co.

• UESUGI Yoshihiko

  Department of Thermonuclear Fusion Research,Naka Fusion Research Establishment,Japan Atomic Energy R

• Kato Shohei

  Toyo University

• Kaneko Shuhei

  Engineering R&d Division Tokyo Electric Power Co. Ltd.

• YUASA Sadayuki

  Tokyo Electric Power Company

• TANAKA Yasunori

  Department of Electrical and Electronic Engineering, Kanazawa University

• ASAKAWA Akira

  Central Research Institute of Electric Power Industry

• Ametani Akihiro

  Doshisha University

• SUEHIRO Junya

  Department of Electrical and Electronic Systems Engineering Graduate School of Information Science a

• Hara Masanori

  Department Of Applied Chemistry Graduate School Of Engineering Tohoku University

• Abe Toshiya

  The Tokyo Electric Power Company R & D Center

• Hirai Takao

  Tokyo Electric Power Company

• KUNITAKE Yoshitaka

  Kyushu Institute of Technology

• ONOMOTO Michio

  Kyushu Institute of Technology

• FUJITA Akira

  Toyo University

• KHAN Yasin

  ISEE, Kyushu University

• LEE Eun-Kyung

  ISEE, Kyushu University

• ODA Akihito

  ISEE, Kyushu University

• SAKAI Koh-ichi

  ISEE, Kyushu University

• ZHANG Qiaogen

  ISEE, Kyushu University

• SUEHIRO Junya

  ISEE, Kyushu University

• HARA Masanori

  ISEE, Kyushu University

• Lee Eun-kyung

  Isee Kyushu University

• Nagaoka Naoto

  Tokyo Electric Power Co. Kanagawa

• Nagaoka Naoto

  Tokyo Electric Power Company

• Ametani Akihiro

  Doshisha Univ. Kyoto

• Ametani Akihiro

  Power System Analysis Lab. Doshish Univ.

• Hanai Masahiro

  Toshiba Corporation

• Hanai Masahiro

  Toshiba Corp.

• OHKI Yoshimichi

  Waseda University

• Okabe Shigemitsu

  Engineering R&d Division Tokyo Electric Power Co. Ltd.

• SOYAMA Daigo

  Tokyo Electric Power Company

• ISHIBASHI Yu

  Doshisha University

• Zhang Qiaogen

  Isee Kyushu University

• Sakai Koh-ichi

  Isee Kyushu University

• MIYAZAKI Teru

  The Tokyo Electric Power Company R & D Center

• XIAOLI Song

  Kanazawa University

• NUMADA Toru

  Division of Electrical and Computer Engineering, Kanazawa University

• Numada Toru

  Department of Electrical and Electronic Engineering, Kanazawa University

• YAMADA Michio

  Tokyo Electric Power Co.

• NOJIMA Kenichi

  Toshiba Corp.

• SAIDA Toshiyuki

  Toshiba Corp.

• Miyazaki Teru

  The Tokyo Electric Power Company R & D Center

• SAKAMOTO Yoshiki

  The Tokyo Electric Power Company R & D Center

• Tanaka Yasunori

  Department Of Electrical And Electronic Engineering Kanazawa University

• Hirai Naoshi

  Waseda University

• WEI Wei

  On leave from Xi'an Jiaotong University, China

• YAMAGUCHI Akira

  Waseda University

• HATAKEYAMA Ryo

  Waseda University

• ZAIMA Eiichi

  Tokyo Electric Power Company

• Ohki Yoshimichi

  Waseda Univ. Tokyo Jpn

• Ametani Akihiro

  Doshisha Univ.

• Uesugi Yoshihiko

  Department of Electrical and Electronic Engineering, Kanazawa University

• Kaneko Shuhei

  Tokyo Electric Power Co.

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著作論文

• Influence of Sensor Location and Tank Size on Determination of Discharge Type Based on PD Electromagnetic Waves Propagation in GIS
• Surge Simulation in Pulse Transformer Model by Numerical Electromagnetic Field Computation
• Wire Particle Motion Behavior and Breakdown Characteristics around Different Shaped Spacers within Diverging Air gap
• Free-conducting Particle Initiated Corona and Breakdown Characteristics around Different Shaped Spacers in Non-Parallel Electrodes under DC Voltage in Atmospheric Air
• Numerical Simulation of CO_2+H_2 Arc Quenching Process in Different Nozzle Shapes
• Thermodynamic and Transport Properties of Ar Thermal Plasmas with Polymer Ablated Vapors and Influence of Their Inclusions on Plasma Temperature(Advanced Fusion of Functional Fluids Engineering)
• Modeling of a Buried Conductor for an Electromagnetic Transient Simulation
• Influence of Polymer Vapor Concentration on Temperature of Ar Induction Thermal Plasmas During Polymer Solid Powder Injections
• Transient Grounding Impedance in a 275kV Underground Substation
• A Detailed Field Study of Factors Affecting Distribution Line Faults by Lightning Strokes
• Comparison of degradation between all-aromatic and thermoplastic polyimide films
• Observational Study of the Lightning Stroke Attraction Effect with Ground Wire System Constructions
• A Field Study of Lightning Surges Propagating through Low-voltage Electric Appliances
• Experiment on multiple voltage application for insulation reliability evaluation method with Weibull distribution
• Measurement result for study on insulation reliability evaluation for oil-filled transformer with multiple voltage application
• Voltage-time characteristics and reliability evaluation method of oil-filled transformer for non-effectively grounded voltage class (特集 IWHV 2007 (5th International Workshop on High Voltage Engineering))
• Voltage-time characteristics and reliability evaluation method of oil-filled transformer for non-effectively grounded voltage class
• A Field Study of Lightning Surges Propagating through Low-voltage Electric Appliances
• Observational Study of the Lightning Stroke Attraction Effect with Ground Wire System Constructions

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