Special Session » Control and Manipulation of Microstructure in Magnetic Materials for Functional Devices

Control and Manipulation of Microstructure in Magnetic Materials for Functional Devices

Tue. Nov 15, 2022 9:00 AM - 10:10 AM Room I (Hardy Hall)

Chairperson:Tatsuo FUJII(Okayama University)

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9:00 AM - 9:15 AM

[1-1A] Development of Powder Magnetic Core for Reactor in Electric Vehicles (1)
Fe-Si-Al alloy powder magnetic core with linear magnetization curve

*Shinjiro Saigusa¹, Masafumi Suzuki¹, Kohei Ishii¹, Minoru Nakamura¹, Naoki Iwata¹, Masashi Ohtsubo², Junghwan Hwang², Takeshi Hattori², Shingo Miyamoto³, Keita Tsuchiyama³, Kosuke Yoshimoto⁴ (1. TOYOTA MOTOR CORPORATION, 2. TOYOTA CENTRAL R&D LABS., INC., 3. DENSO CORPORATION, 4. DAIDO STEEL CO., LTD.)

9:15 AM - 9:30 AM

[1-2A] Development of Powder Magnetic Core for Reactor in Electric Vehicles(2)
Insulating Improvement of Magnetic Core Made from Powders Coated with Oxide Films

*Masashi Otsubo¹, Takeshi Hattori¹, Junghwan Hwang¹, Masaaki Tani¹, Daisuke Okamoto², Masafumi Suzuki², Kiyotaka Onodera², Shinjiro Saigusa², Kohei Ishii², Eisuke Hoshina² (1. TOYOTA CENTRAL R&D LABS.,INC., 2. TOYOTA MOTOR CORP.)

9:30 AM - 9:45 AM

[1-3A] Development of Powder Magnetic Core for Reactor in Electric Vehicles(3)
High Resistivity and High Strength of Magnetic Core Based of the Powders with Multilayer Films

*Masashi Otsubo¹, Masaaki Tani¹, Takeshi Hattori¹, Junghwan Hwang¹, Shinjiro Saigusa², Kohei Ishii², Naoki Iwata², Masafumi Suzuki², Nishiyama Masaaki², Shigeto Takeuchi² (1. TOYOTA CENTRAL R&D LABS.,INC., 2. TOYOTA MOTOR CORP.)

9:45 AM - 10:00 AM

[1-4A] Influence of network structure on alternating current magnetization of magnetic nanoparticles in pH-responsive ferrogels

Qi Bi¹, Ye Chen¹, *Yoshitaka Kitamoto¹ (1. Tokyo Institute of Technology)

Break (10 min) (10:00 AM - 10:10 AM)

Session information

Control and Manipulation of Microstructure in Magnetic Materials for Functional Devices

[1-1A] Development of Powder Magnetic Core for Reactor in Electric Vehicles (1)
Fe-Si-Al alloy powder magnetic core with linear magnetization curve

[1-2A] Development of Powder Magnetic Core for Reactor in Electric Vehicles(2)
Insulating Improvement of Magnetic Core Made from Powders Coated with Oxide Films

[1-3A] Development of Powder Magnetic Core for Reactor in Electric Vehicles(3)
High Resistivity and High Strength of Magnetic Core Based of the Powders with Multilayer Films

[1-4A] Influence of network structure on alternating current magnetization of magnetic nanoparticles in pH-responsive ferrogels

Authentication

Session information

Control and Manipulation of Microstructure in Magnetic Materials for Functional Devices

[1-1A] Development of Powder Magnetic Core for Reactor in Electric Vehicles (1)Fe-Si-Al alloy powder magnetic core with linear magnetization curve

[1-2A] Development of Powder Magnetic Core for Reactor in Electric Vehicles(2)Insulating Improvement of Magnetic Core Made from Powders Coated with Oxide Films

[1-3A] Development of Powder Magnetic Core for Reactor in Electric Vehicles(3)High Resistivity and High Strength of Magnetic Core Based of the Powders with Multilayer Films

[1-4A] Influence of network structure on alternating current magnetization of magnetic nanoparticles in pH-responsive ferrogels

Authentication

[1-1A] Development of Powder Magnetic Core for Reactor in Electric Vehicles (1)
Fe-Si-Al alloy powder magnetic core with linear magnetization curve

[1-2A] Development of Powder Magnetic Core for Reactor in Electric Vehicles(2)
Insulating Improvement of Magnetic Core Made from Powders Coated with Oxide Films

[1-3A] Development of Powder Magnetic Core for Reactor in Electric Vehicles(3)
High Resistivity and High Strength of Magnetic Core Based of the Powders with Multilayer Films