Nagaoka Naoto | Doshisha Univ. Kyoto
スポンサーリンク
概要
関連著者
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Nagaoka Naoto
Doshisha Univ. Kyoto
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Ametani Akihiro
Doshisha Univ.
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BABA Yoshihiro
Doshisha University
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Ametani Akihiro
Doshisha Univ. Kyoto
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Ametani Akihiro
Power System Analysis Lab. Doshish Univ.
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Baba Y
Faculty Of Engineering Doshisha University
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NAGAOKA Naoto
Faculty of Engineering, Doshisha University
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Nagaoka N
Doshisha University
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Nagaoka Naoto
Tokyo Electric Power Co. Kanagawa
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Nagaoka Naoto
Tokyo Electric Power Company
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Ametani A
Faculty Of Engineering Doshisha University
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Itamoto Naoki
Hokuriku Electric Power Co.
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Ametani Akihiro
Doshisha University
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Nagaoka Naoto
Doshisha University
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TAKAMI Jun
Tokyo Electric Power Company
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Okabe Shigemitsu
Tokyo Electric Power Co.
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Sekioka S
Kansai Tech Corp.
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Matsui Shinsaku
Doshisha University
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SEKIOKA Shozo
Kansai Tech Corp.
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Okabe Shigemitu
Tokyo Electric Power Co.
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Rakov Vladimir
University Of Florida
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SONODA Toshio
Kansai Electric Power, Co.
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Sonoda Toshio
General R&d Center The Kansai Electric Power Co. Inc.
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Nakanishi Tomohiro
Sumitomo Electric Co.
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KOIDE Ryuji
Doshisha University
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YUDA Shinsuke
Doshisha University
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HASHIMOTO Soh
Doshisha University
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MIYAGAWA Kohta
Doshisha University
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MATSUMOTO Shinya
Doshisha University
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NAGAO Mitsuhiro
Doshisha University
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TANIGUCHI Yohei
Doshisha University
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MORITA Hiroshi
Kinden Corporation, Kyoto Institute
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TAKEUCHI Yasuo
Kansai Electric Power
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Takeuchi Yasuo
General R&d Center The Kansai Electric Power Co. Inc.
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Morita Hiroshi
Kinden Corporation Kyoto Institute
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SHIBATA Naoki
Doshisha University
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YAMAMOTO Yuma
Doshisha University
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THANG Tran
Doshisha University
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KAJITA Kenta
Doshisha University
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AZEWAKI Yuki
Kansai Electric Power Company
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Funabashi Toshihisa
Meidensha Corporation
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MOTOYAMA Hideki
Central Research Institute of Electric Power Industry (CRIEPI)
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Motoyama Hideki
Central Research Institute Of Electric Power Industry
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Nayel M
Doshisha University
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CHIKARA Tomohiro
Doshisha university
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Okabe Shigemitsu
Tokyo Electric Power Co. Ltd. Yokohama
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Miki Toru
Doshisha University
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KUSUDA Takaaki
Doshisha University
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YAMAMOTO Hiroyuki
Doshisha University
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NAYEL Mohamed
Doshisha University
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MIZUTANI Amane
Nikken Sekkei Limited
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YAMAMOTO Kazuo
Nara National College of Technology
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Funabashi Toshihisa
Meidensha Corp.
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Motoyama Hideki
Central Res. Inst. Electric Power Ind.
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SAWAKI Shoki
Doshisha University
著作論文
- Activitivities of Japanese EMTP Committee (JEC) and EMTP Development Coordination Group Project (EMTP-DCG Project) : Advanced Technologies for Electric Power System Analysis
- Wave Propagation Characteristics of Iron Conductors in an Intelligent Building
- Wave Propagation Characteristics of Iron Conductors in an Intelligent Building
- Simultaneous Measurement of Harmonics by a New Measuring Method
- A Characteristic of a Grounding Electrode on the Earth Surface
- Surge Analysis of Thin Wire Structures Using the TLM method
- An EMTP Model of a Transmission Tower Struck by Lightning
- Numerical Analysis of Lightning Electromagnetic Pulses Using the Constrained Interpolation Profile Method
- Effect of a Covered Conductor on Induced Voltage and Wave Propagation Characteristics
- FDTD Electromagnetic Analysis of a Wind Turbine Generator Tower Struck by Lightning
- An Arbitrary-Radius-Wire Representation for FDTD Computations in the 2D Cylindrical Coordinate System
- Simulations of Surge Voltages on Grounding Wire Installed within Building Caused by Direct Lightning Strike
- FDTD Electromagnetic Analysis of a Wind Turbine Generator Tower Struck by Lightning
- Numerical Simulations of Lightning Surge Responses in a Seismic Isolated Building by FDTD and EMTP
- Numerical Simulation on Lightning Surge Response of Seismic Isolated Building by FDTD and EMTP
- Modeling of Thin Wires for FDTD Simulations Implemented in Non-square Grids
- FDTD Analysis of Voltages Induced on an Overhead Wire Due to Surges Propagating Along a Grounding Mesh Conductor
- Numerical Analysis of Wave Propagation Characteristics on a Buried Horizontal Conductor by an FDTD Method
- Induced Surge Characteristics from a Counterpoise to an Overhead Loop Circuit
- Experimental Study on an Influence of Soil Resistivity on Current-Dependent Grounding Resistance of Buried Conductor
- PN Diode model Based on Divided Charge Distribution For EMTP-Type Simulators (特集 平成12年電力・エネルギー部門大会〔第11回〕)
- Numerical Analysis of Lightning Electromagnetic Pulses Using the Constrained Interpolation Profile Method
- Surge Analysis of Thin Wire Structures Using the TLM method
- Effect of a Covered Conductor on Induced Voltage and Wave Propagation Characteristics
- An EMTP Model of a Transmission Tower Struck by Lightning
- FDTD Simulation of LEMPs Considering Ground Geometry and Grounded Structure
- FDTD Simulation of Insulator Voltages at a Tower Struck by Lightning : Influence of Ground-Wire Corona
- A Surge Analysis in A System Connected with Dispersed Power Sources
- CIP-based Computation of Lightning Electromagnetic Pulses
- CIP-based Computation of Lightning Electromagnetic Pulses
- TLM-based Simulation of Transients Along a Thin-wire Structure
- FDTD Simulation of Insulator Voltages at a Tower Struck by Lightning : Influence of Ground-Wire Corona
- FDTD Simulation of LEMPs Considering Ground Geometry and Grounded Structure
- A Surge Analysis in A System Connected with Dispersed Power Sources