Mukhopadhyay S | Massay University

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概要

• MUKHOPADHYAY S. C.の詳細を見る
• 同名の論文著者
• Massay Universityの論文著者

関連著者

• Mukhopadhyay S

  Massay University

• Mukhopadhyay S.c.

  金沢大学工学部附属電磁場制御実験施設

• Mukhopadhyay Subhas

  金沢大学工学部

• Iwahara M.

  Kanazawa University

• Iwahara M

  Institute Of Nature And Environmental Technology. Kanazawa Univ.

• Yamada S.

  Division Of Biological Measurement And Applications Kanazawa University

• 山田 外史

  金沢大学

• 岩原 正吉

  金沢大学

• MUKHOPADHYAY S.

  Kanazawa University

• Yamada S.

  Kanazawa University

• 島 昌浩

  金沢大学工学部附属電磁場制御実験施設

• 山田 外史

  金沢大 ・ 工

• 大路 貴久

  富山大学

• 岩原 正吉

  金沢大学工学部電気電子システム工学科

• 山田 外史

  金沢大学工学部附属電磁場制御実験施設

• 大路 貴久

  金沢大学工学部附属電磁場制御実験施設

• MUKHOPADHYAY S.

  Faculty of Engineering, Kanazawa University

• YAMADA S.

  Faculty of Engineering, Kanazawa University

• IWAHARA M.

  Faculty of Engineering, Kanazawa University

• 岩原 正吉

  金沢大学工学部

• Dawson F

  Faculty Of Engineering University Of Toronto

• 鹿野 充

  金沢大学工学部附属電磁場制御実験施設

• MUKHOPADHYAY S.

  金沢大学

• 石原 直幸

  金沢大学工学部

• 西ヶ谷 一男

  金沢大学工学部附属電磁場制御実験施設

• Mukhopadhyay S.

  Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University

• Yamada S.

  Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University

• Iwahara M.

  Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University

• MUKHERJEE A.

  Kanazawa University

• 岩原 正吉

  金沢大

• OHJI T.

  Toyama University

• 山田 外史

  金沢大

• Nagano I.

  Kanazawa University, Kakuma-machi, Kanazawa 920-1192, Japan.

• Kakikawa M.

  Kanazawa University

• Iwahara M.

  Institute Of Nature And Environmental Technology. Kanazawa Univ.

• MUKHOPADHYAY S.

  金沢大

• 桑原 司

  金沢大学

• OHJI Takahisa

  Kanazawa University

• IWAHARA Masayoshi

  Kanazawa University

• YAMADA Sotoshi

  Kanazawa University

• MATSUMURA Fumio

  Kanazawa University

• Chomsuwan K.

  Kanazawa University

• Mukhopadhyay S.

  Massay University

• OSAKA G.

  Faculty of Engineering, University of Toronto

• DAWSON F.

  Faculty of Engineering, University of Toronto

• Ohji T.

  Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University

• OHJI T.

  Kanazawa University

• DAWSON F.

  Department of Electrical and Computer Engineering, University of Toronto

• DAWSON F.

  University of Toronto

• ISHIHARA N.

  Faculty of Engineering, Kanazawa University

• MUKHERJEE A.

  Laboratory of Magnetic Field Control & Applications Faculty of Engineering, Kanazawa University

• Chomsuwan K.

  King Mongkut's University Of Technology Thonburi

• Mukhopadhyay S.c.

  Massay University

• Nagano I.

  Kanazawa University Kakuma-machi Kanazawa 920-1192 Japan.

• Kakikawa M.

  Division of Biological Measurement and Applications, Kanazawa University

• Kakikawa M.

  Division Of Biological Measurement And Applications Kanazawa University

• Iwahara Masayoshi

  Kanazawa Univ.

• 大路 貴久

  Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University

• Mukhopadhyay Subhas

  Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University

• 山田 外史

  Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University

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著作論文

• 永久磁石を用いた受動型限流素子の磁心特性依存性
• 永久磁石と飽和磁心を用いた受動形限流素子の基礎特性
• E形カットコアを用いた限流素子の特性解析
• E形カットコアを用いた磁気式限流素子の特性
• うず電流を考慮した複合磁心形限流素子の特性解析
• 永久磁石を用いた反発浮上形磁気軸受の回転振動特性
• 並列バイアス方式による受動型限流素子の磁心形状と特性
• 並列バイアス方式による受動型限流素子の磁心形状と特性
• 永久磁石を用いた反発浮上形磁気軸受の回転振動特性
• 永久磁石を用いた反発浮上形磁気軸受の回転特性の評価
• 永久磁石反発形磁気軸受の軸受部永久磁石に対する動特性の解析
• Influence of Permanent Magnet Configuration on the Stability of Repulsive Type Magnetic Bearing
• Detection of Magnetic Fluid Volume Density with a GMR Sensor
• Characterization and comparative evaluation of novel planar electromagnetic sensors
• Investigation of the Quality Inspection of Electroplated Materials Using Planar Type Meander Coils
• Impedance Characteristics of Planar Meander Coil for the Evaluation of Material Properties at Near Surface
• Novel Three Phase Fault Current Limiter Using Permanent Magnet
• Magnetic Losses in Two Types of Magnetic Bearing System Employing Permanent Magnets
• Magnetic losses in two types of magnetic bearing systems employing permanent magnets
• Simulation Studies of Large Scale Magnetic Current Limiter Using Tableau Approach
• Switching Characteristics of Passive Fault Current Limiter Taking into Account Hysteresis of Core for Varying Power Factor of Load
• An Insight Synthesis of Current Limiter based on Passive Magnetic Components
• Transient Solution of a Transformer Core Demagnetization Scheme

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