Iwahara M | Institute Of Nature And Environmental Technology. Kanazawa Univ.
スポンサーリンク
概要
関連著者
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Iwahara M.
Kanazawa University
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Iwahara M
Institute Of Nature And Environmental Technology. Kanazawa Univ.
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Yamada S.
Division Of Biological Measurement And Applications Kanazawa University
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Yamada S.
Kanazawa University
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Iwahara M.
Institute Of Nature And Environmental Technology. Kanazawa Univ.
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Mukhopadhyay S.c.
金沢大学工学部附属電磁場制御実験施設
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Mukhopadhyay S
Massay University
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Mukhopadhyay Subhas
金沢大学工学部
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YAMADA S.
Faculty of Engineering, Kanazawa University
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IWAHARA M.
Faculty of Engineering, Kanazawa University
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Chomsuwan K.
King Mongkut's University Of Technology Thonburi
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Roy D.
Bengal Engineering And Science University
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Kakikawa M.
Division of Biological Measurement and Applications, Kanazawa University
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Kakikawa M.
Division Of Biological Measurement And Applications Kanazawa University
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Chomsuwan K.
Kanazawa University
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Yamada S.
Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University
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Iwahara M.
Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University
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OHJI T.
Toyama University
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Wakiwaka H.
Shinshu University
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Dawson F
Faculty Of Engineering University Of Toronto
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MUKHOPADHYAY S.
Faculty of Engineering, Kanazawa University
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Hagino T.
Kanazawa University
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SHOJI S.
TDK Corporation
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Kacprzak D.
Faculty Of Engineering Kanazawa University
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Kakikawa M.
Kanazawa University
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Kakikawa M.
Institute of Nature and Environmental Technology, Kanazawa Univ.
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Yamada S.
Institute of Nature and Environmental Technology, Kanazawa Univ.
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MUKHOPADHYAY S.
Kanazawa University
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ROY D.
Laboratory of Magnetic Field Control & Applications Faculty of Engineering, Kanazawa University
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Tian H.
Kanazawa University
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HUSSIEN A.
Kanazawa University
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OKADA T.
Kanazawa University
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Iwahara M.
Institute Of Nature And Environmental Technology Kanazawa University
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Yamada S.
Institute Of Nature And Environmental Technology Kanazawa University
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Mukhopadhyay S.
Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University
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DAWSON F.
Department of Electrical and Computer Engineering, University of Toronto
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MUKHERJEE A.
Kanazawa University
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Somsak T.
King Mongkut's University Of Technology Thonburi
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Saruhashi D.
Laboratory Of Magnetic Field Control & Applications Faculty Of Engineering Kanazawa University
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Roy D.
Faculty of Human Development, Kobe University
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Matsumoto Y.
Institute of Nature and Environmental Technology, Kanazawa University
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Akiyama Y.
Faculty of Engineering, Kanazawa University
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Basak B.
Bengal Engineering College (Deemed University)
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Maeda T.
Laboratory of Magnetic Field Control & Applications, Faculty of Engineering, Kanazawa University
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Gooneratne C.
Inst. Of Nature And Environmental Technol. Kanazawa Univ.
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Nakamura K
Faculty Of Engineering Kanazawa University
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Tooyama H.
Kanazawa University
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Fukuda Y.
Kanazawa University
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Nakamura K.
Faculty of Engineering, Kanazawa University
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Taniguchi T.
Faculty of Engineering, Kanazawa University
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MIYAGOSHI T.
Faculty of Engineering, Kanazawa University
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Miyagoshi T
Faculty Of Engineering Kanazawa University
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Fukuda Y
Kanazawa University
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Akiyama Y.
Optical System Development Div. He Development Gp. Henc Sony Corporation
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Roy D.
Faculty Of Human Development Kobe University
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Chomsuwan K.
King Mongkut's Univ. Technol. Bangkok Tha
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Nagano I.
Kanazawa University, Kakuma-machi, Kanazawa 920-1192, Japan.
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Fujihata T.
Kanazawa University
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Yamada S.
Department of Physics, Kyoto University
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Mukhopadhyay S.
Massay University
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OSAKA G.
Faculty of Engineering, University of Toronto
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DAWSON F.
Faculty of Engineering, University of Toronto
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Ohji T.
Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University
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OHJI T.
Kanazawa University
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DAWSON F.
University of Toronto
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ISHIHARA N.
Faculty of Engineering, Kanazawa University
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MUKHERJEE A.
Laboratory of Magnetic Field Control & Applications Faculty of Engineering, Kanazawa University
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IWAHARA M.
Department of Electrical and Computer Engineering, Faculty of Technology
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OKA H.
Faculty of Engineering, Iwate University
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Choudhury A.
Bengal Engineering And Science University
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Gooneratne C.
Institute of Nature and Environmental Technology., Kanazawa Univ.
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Suzuki H.
Institute of Nature and Environmental Technology, Kanazawa University
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Hirai Y.
Institute of Nature and Environmental Technology, Kanazawa University
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Gooneratne C.
Kanazawa University
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Lekawa A.
Lublin University of Technology
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Mukhopadhyay S.c.
Massay University
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Somsak T.
Graduate School of Natural Science and Technology, Institute of Nature and Environmental Technology,
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Chomsuwan K.
Graduate School of Natural Science and Technology, Institute of Nature and Environmental Technology,
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Yamada S.
Graduate School of Natural Science and Technology, Institute of Nature and Environmental Technology,
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Iwahara M.
Graduate School of Natural Science and Technology, Institute of Nature and Environmental Technology,
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Watanabe H.
Daido Steel Co. Ltd.
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Miya K.
Intemational Institute of Universality
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HASHIMOTO S.
Kanazawa University
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CHOMUSUWAN K.
Kanazawa University
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Kaeprzak D.
Faculty of Engineering, Kanazawa University
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Miyagoshi T
Faculty of Engineering, Kanazawa University
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Iwahara M.
Graduate School Of Natural Science And Technology Kanazawa University
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Nagano I.
Kanazawa University Kakuma-machi Kanazawa 920-1192 Japan.
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大路 貴久
Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University
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Mukhopadhyay Subhas
Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University
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山田 外史
Laboratory of Magnetic Field Control and Applications, Faculty of Engineering, Kanazawa University
著作論文
- Enhanced Potency of Anticancer Drug, Bleomycin by ELF Magnetic Fields(Asia-Pacific Symposium on Applied Electromagnetics and Mechanics (APSAEM08))
- Detection of Magnetic Fluid Volume Density with a GMR Sensor
- 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
- APPLICATIONS OF AUXILIARY DC OR LOW FREQUENCY MMF EXCITATION IN POWER MAGNETIC DEVICES
- Application of Giant Magnetostrictive Actuator in the Generation of Radicals(Asia-Pacific Symposium on Applied Electromagnetics and Mechanics (APSAEM08))
- Novel GMR Sensor for Estimation of Magnetic Nanoparticles inside Minute Cavities(Asia-Pacific Symposium on Applied Electromagnetics and Mechanics (APSAEM08))
- Influence of ELF Magnetic Fields on Anticancer Drug Cisplatin Potency(Asia-Pacific Symposium on Applied Electromagnetics and Mechanics (APSAEM08))
- Estimation of Density of Low-Concentration Magnetic Fluid by a Needle-Type GMR Sensor for Medical Applications
- Harmonics and Interharmonics Estimation of a Passive Magnetic Fault Current Limiter Using Wavelet Transform
- Performance Estimation of a Flux-Concentration Type Linear Induction Motor Using Three-Phase Equivalent Circuit Parameters
- Performance prediction of a flux-concentration type linear induction motor using three-phase equivalent circuit parameters
- Design and Development of a Linear Induction Motor Utilizing the Effect of Flux-Concentration
- Effect of Flux Concentration on the Performance of a Linear Induction Motor
- Effect of flux-concnetration on the performances of linear induction motor
- Application of Giant Magnetoresistance Sensor for Micro Material Detection(Asia-Pacific Symposium on Applied Electromagnetics and Mechanics (APSAEM08))
- Spin-valve GMR Sensor with Improved Ferrite core Exciter for Conductive Microbead Detection by Eddy-current Testing Technique
- Scratch Detection by Eddy-Current Testing with a High Lift-Off Height
- Conductive micro-bead array detection by high-frequency eddy-current testing technique with SV-GMR sensor
- Improvement of the Measurement Characteristics of a Magnetic Bearing Balance System
- PCB Conductor Dimension and Alignment Inspection Using an ECT Probe with an SV-GMR Sensor
- Eddy-Current Model and Detection in a Thick Stainless Steel Plate
- PCB conductor dimension and alignment inspection by using ECT probe with SV-GMR sensor
- Measurement Characteristics of a Magnetic Bearing Balance System
- Numerical and Experimental Study of Eddy-Current Crack Detection in A Thick SUS Plate
- A Repulsive-Type Magnetic Bearing Micro-Mass Measurement System and Measurement of Resolution
- GMR Sensor Utilization for PCB Inspection Based on the Eddy-Current Testing Technique
- The GMR Sensor Utilization for PCB Inspection based on Eddy-Current Testing Technique
- Application of Phase to Image Processing during the Inspection of Printed Circuit Board by Eddy-Current Testing Probe (論文特集号 〔日本応用磁気学会〕第24回学術講演会)
- Application of Phase for Image Processing during Inspection of Printed Circuit Board by Eddy-Current Testing Probe
- Inspection of Printed-Circuit Board by ECT Probe with Solenoid Pickup Coil
- Inspection of printed circuit board by ECT probe with solenoid pick-up coil