Yokoyama Ryuichi | Waseda University
スポンサーリンク
概要
関連著者
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Yokoyama Ryuichi
Waseda University
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Yokoyama Ryuichi
Waseda Univ.
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Koyanagi Kaoru
Waseda University
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KOYANAGI Kaoru
TEPCO Systems Corporation
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Koyanagi K
Waseda University
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Yokoyama Ryuichi
Waseda University Graduate School Of Environment And Energy Engineering
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Yokoyama Ryuichi
Graduate School Of Environment Energy Engineering Waseda University
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Yokoyama R
Waseda University
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Koyanagi Kaoru
Waseda Univ.
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YOKOYAMA Ryuichi
Tokyo Metropolitan University
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Yokoyama Ryuichi
Graduate School Of Environment And Energy Engineering Waseda University
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ISHIMARU Masachika
TEPCO Systems Corporation
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Funabashi Toshihisa
Meidensha Corporation
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FUJITA Goro
Shibaura Institute of technology
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Fujita Goro
Power System Lab. Shibaura Institute Of Technology
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Yokoyama Ryuichi
Waseda University Environment And Energy Research Course
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Saito Naoki
Waseda University
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Takashima Kuniyoshi
Mori Design Engineering Co. Ltd.
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MORI Noritoshi
Mori Design Engineering
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MORI Tetsuo
Mori Design Engineering
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Mori Tetsuo
Mori Design Engineering Co. Ltd.
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Mori Noritoshi
Mori Design Engineering Co. Ltd.
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Tuyen Nguyen
Power System Lab., Shibaura Institute of Technology
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Fujita Goro
Power System Lab., Shibaura Institute of Technology
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Nomura Masakatsu
Meidensha Corporation
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マルミローリ マルタ
三菱電機
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Marmiroli M
System Integration Department Mitsubishi Electric Corporation
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Marmiroli Marta
Mitsubishi Electric Corp.
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TSUKAMOTO Yukitoki
System Integration Department, Mitsubishi Electric Corporation
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TANABE Takayuki
Meidensha Corporation
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TAKI Masao
Tokyo Metro. Univ.
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Tsukamoto Yukitoki
System Integration Department Mitsubishi Electric Corporation
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Liu Chun
Tokyo Metropolitan University
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Taki Masao
Tokyo Metropolitan University
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NIIMURA Takahide
Waseda University
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TAKASHIMA Kuniyosi
Mori Design Engineering
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MORI Ekaterina
Mori Design Engineering
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SATO Kazuyuki
Tokyo Metropolitan University
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TAGUCHI Akira
TEPCO Systems Corporation
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Funabashi T
Meidensha Corporation
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Funabashi Toshihisa
Meidensha Corp.
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HASEGAWA Kenji
Waseda University
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Marmiroli Marta
Mitsubishi Electric Co.
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MARMIROLI Marta
System Integration Department, Mitsubishi Electric Corporation
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TANIMOTO Masahiko
Advanced Technology R&D Center, Mitsubishi Electric Corporation
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YOKOYAMA Ryuichi
Graduate School of Environment Energy Engineering, Waseda University
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TSUKAMOTO Yukitoki
Mitsubishi Electric Corp.
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TSUKADA Michiharu
Mitsubishi Electric Corp.
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OTOGURO Hitomi
Meidensha Corporation
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MARTINEZ Juan
Universitat Politecnica de Catalunya
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PUTRUS Ghanim
University of Northumbria at Newcastle
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GOSWAMI P.
Tokyo Metropolitan University
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FUJITA Goro
Tokyo Metropolitan University
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KOYANAGI Kaoru
Tokyo Metropolitan University
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Tuyen Nguyen
Power System Lab. Shibaura Institute Of Technology
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Kitajima Isao
Waseda University
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ASANO Hiroshi
The University of Tsukuba
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Marmiroli Marta
System Integration Department Mitsubishi Electric Corporation
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Tanimoto Masahiko
Advanced Technology R&d Center Mitsubishi Electric Corporation
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Nagata Satoshi
Vpec
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FUJINO Mikio
VPEC
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NORO Yasuhiro
Toshiba
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ITO Toshiyuki
Tokyo Gas Co., Ltd.
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TSUKADA Tatsuya
Tokyo Gas Co., Ltd.
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Tsukada Tatsuya
Tokyo Gas Co. Ltd.
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Tsukada Tatsuya
Tokyo Gas Co.
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SANO Yuta
Waseda University
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SAITO Naoki
Hosei University
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PARK Jong
Seoul National University
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SUN Yuanzhang
Tsinghua University
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WU Felix
The University of Hong Kong and University of California
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FUJII Kiyofumi
Waseda University
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ISHIMARU Masachika
Tokyo Metropolitan University
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SATO Tadatsune
Waseda University
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NAKAO Kunihiro
Osaka Gas Co.
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TANAKA Hideaki
Waseda University
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Ito Toshiyuki
Tokyo Gas Co. Ltd.
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Asano Hiroshi
The University Of Tokyo
著作論文
- Using Simulink Simulation to Evaluate Load Following Characteristics of SOFC Generator with Heat Exchanger Considering Heat Balance
- Market Split based Congestion Management for Networks with Loops
- Improvement of Power System Stability by Operation and Control of NAS (Sodium Sulfur) Battery System
- Using Simulink Simulation to Evaluate Load Following Characteristics of SOFC Generator with Heat Exchanger Considering Heat Balance
- Transmission congestion in a continuous auction market
- An Effect of Fault Current Limiter to Distributed Generator Shaft Torque Increase under Voltage Sag
- ANTI-WINDUP SCHEME FOR POWER SYSTEM STABILITY IMPROVEMENT
- Study of Load Frequency Control Model for Grid-independent Micro Grid
- Optimal allocation of SVCs based on Tabu Search against voltage variations caused by sustainable energy generations
- Electricity Cluster-Oriented Network with Renewable Energy Generation and Battery Energy Storage System
- Power Generating Characteristic of PV Array and Its Dependency on Direction and Tilt Angle of PV Panels
- Numeric modeling of hierarchical design business by concurrent engineering system
- Management technique of environmental destruction measures when energy Resource is developed
- Operations optimization by uniting plant engineering and management
- Optimal Allocation of SVCs in Distribution Systems Using Probabilistic Characteristics of Wind Power Generators and Monte Carlo Simulation
- New Issues on Electric Power Markets and System Operations in Asian Countries
- Measurement and Analysis of Wind Speed and Intensity of Solar Radiation for Wind Power Generation and Photovoltaic Generation
- Optimal Design and Allocation of Power System Stabilizers for Inter-area Oscillations in Western Japanese Power System
- Allocation of Stabilizing Controller for Long-term Low Damping Oscillation in Multi-Regional Power System
- Study of the Load-Following Performance of Distributed Generators in a Micro-Grid
- Study of load-following performance of distributed generators in micro-grid
- Integrated Supply Reliability Evaluation for a Distribution Substation Considering Restoration Scenarios at Different Demand Levels