Autumn Meeting of the Japan Society of Powder and Powder Metallurgy, 2022

Nov 15 - Nov 17, 2022Doshisha University, Kambaikan, Kyoto, Japan

You can search for presentations in this event.

Search across all events.

Meeting of Japan Society of Powder and Powder Metallurgy

Autumn Meeting of the Japan Society of Powder and Powder Metallurgy, 2022

Nov 15 - Nov 17, 2022Doshisha University, Kambaikan, Kyoto, Japan

You can search for presentations in this event.

Search across all events.

Search Results(159)

[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.)

Autumn Meeting of the Japan Society of Powder and Powder Metallurgy, 2022Tue. Nov 15, 2022

Autumn Meeting of the Japan Society of Powder and Powder Metallurgy, 2022

Autumn Meeting of the Japan Society of Powder and Powder Metallurgy, 2022

[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

[1-5A]Synthesis and shape control of acicular iron oxide particles by flux method

[1-6A]Magnetic properties of Fe nano powder assembly synthesized by cold spray method

[1-7A]Microstructure of Novel FeBNbP Nanocrystalline Alloy Powder with High Bs of 1.4 T

[1-8A]Amorphous Forming Ability and Surface Structure in FeCo Based Amorphous Alloy with High Bs and High Corrosion Resistance

[1-9A]High frequency magnetic property of Nd2Fe17N3

[1-10A]High frequency magnetic property of Nd2Fe17N3 magnetic powder with nano α-Fe phase-separated surface layer

[1-11A]Microstructure of Nd2Fe17N3 magnetic powder surface with nano α-Fe phase separated surface layer

[1-12A]Fabrication of high-performance microwave absorbers and noise suppression sheets using spinodal decomposed Fe-Cr-Co flakes

[1-13]Memorial Lecture of JSPM AwardResearch on synthesis of functional alloy powders and their sintering

[1-14A]Improvement of magnetic properties by particle size distribution control of Sm2Fe17N3 powder

[1-15B]Consolidation of Sm-Fe-N powders

[1-16A]Development of Sm2Fe17N3 anisotropic magnetic powder doped with La, W, and Ti

[1-17A]Low-oxygen Sm2Fe17N3 anisotropic magnet produced from ball-milled powder

[1-18A]XRD data conversion technology for dataset construction

[1-19A]Optimization of Ball Mill Conditions for Magnetic Powders by Bayesian Optimization and Data Selection and Consideration of Outliers

[1-20]Invited Talk: Microstructure control and device application of magnetic materials prepared by PLD method

[1-21]Invited Talk: Phase formation and magnetic properties of rapidly quenched Sm-Fe-Nb alloys

[1-22A]Relationship between Fe and Co content and magnetic properties in magnetic powder with a ThMn12-type crystal structure

[1-23A]Crystal structure and magnetic properties of the c-axis oriented PdSb doped FePt alloy thin films deposited on amorphous substrates.

[1-24A]Crystal structure and magnetic properties of Sb doped FePd alloy thin films

[1-25A]Investigation into non-stoichiometry of M-type Ca-La ferrite by scanning transmission electron microscopy

[1-26B]Thermodynamic Discussion on Equilibrium Oxygen Pressure of Divalent-cation-substituted W-type Ferrite

[2-1A]Analysis of Shell-like structure to limit further densification formed during flash sintering

[2-2A]Activation energy of densification during flash sintering

[2-3A]Effect of millimeter-wave temperature rise on the resistance component of SOFC cathodes based on lanthanum gallate solid electrolyte

[2-4A]Enhanced magnetic orientation of L-type zeolite by introduction of magnetic rare-earth elements

[2-5]Invited Talk: Tissue structure and mechanical properties of robust exoskeleton of coconut crab, Birgus latro, the largest terrestrial crustaceans

[2-6]Invited Talk: Plastic anisotropy examination on a MAX phase Ti2AlC by nanoindentation method

[2-7A]Orientation-dependent plasticity of oxide single crystals probed via micropillar compression

[2-8A]Fabrication of Al2O3-GAP eutectic with a fine anisotropic structure using a flash event and the plastic deformation behavior

[2-9]Invited Talk: High-temperature Oxidation Behavior of Ti2AlC Ceramics

[2-10A]Fabrication of Textured Porous Ti3SiC2-MAX Phase Ceramic by Using Strong Magnetic Field and Its Deformed Microstructure

[2-11A]Orientation control of Ti2AlC MAX Phases by Strong Magnetic Field Alignment and properties depended on the crystal orientation

[2-12A]Kink Bounday Formation and its Mechanical Properties of Ti3SiC2-MAX Phase Ceramics

[2-13A]Simulation of densification behavior during final sintering stage

[2-14A]Sintering Properties of Ni-Based Superalloy by Sinter-Compression Test

[2-15A]Dependence of phase transition and grain boundaries in 68Cu-Al-Zn alloys

[2-16A]Preparing Cu-Al-Mn alloys and martensite-austenite transformation behavior

[2-17A]Phase-Field Simulation of the Mesoscale Microstructure Evolution of an Injection Molded Ni-base Superalloy During Sintering

[2-18A]Wear resistance of vacuum carburized Fe-Cr sintered steel

[2-19A]Sintered copper alloy material with excellent strength and sliding properties

[2-20A]Fabrication and Characterization of MXene/Ag Composites

[2-21A]Preparation of Dense Ti Sintered Materials at Low Temperatures by SPS under Cyclic High-Pressure

[2-22A]Achieving high-performance Ti6Al4V/graphene composites through an interface reaction control

[2-23A]Effects of the Strain Rate on Plastic Deformation Mechanism of Oxygen Soluted Titanium

[2-24A]Fabrication of porous (Al, Fe)3Ti by spacer method and its compressive properties

[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

[1-7A]Microstructure of Novel FeBNbP Nanocrystalline Alloy Powder with High B_s of 1.4 T

[1-8A]Amorphous Forming Ability and Surface Structure in FeCo Based Amorphous Alloy with High B_s and High Corrosion Resistance

[1-9A]High frequency magnetic property of Nd₂Fe₁₇N₃

[1-11A]Microstructure of Nd₂Fe₁₇N₃ magnetic powder surface with nano α-Fe phase separated surface layer

[1-13]Memorial Lecture of JSPM Award
Research on synthesis of functional alloy powders and their sintering

[1-14A]Improvement of magnetic properties by particle size distribution control of Sm₂Fe₁₇N₃ powder

[1-16A]Development of Sm₂Fe₁₇N₃anisotropic magnetic powder doped with La, W, and Ti

[1-17A]Low-oxygen Sm₂Fe₁₇N₃ anisotropic magnet produced from ball-milled powder

[1-22A]Relationship between Fe and Co content and magnetic properties in magnetic powder with a ThMn₁₂-type crystal structure

[2-5]**Invited Talk: Tissue structure and mechanical properties of robust exoskeleton of coconut crab, Birgus latro, the largest terrestrial crustaceans**

[2-6]Invited Talk: Plastic anisotropy examination on a MAX phase Ti₂AlC by nanoindentation method

[2-8A]Fabrication of Al₂O₃-GAP eutectic with a fine anisotropic structure using a flash event and the plastic deformation behavior

[2-9]Invited Talk: High-temperature Oxidation Behavior of Ti₂AlC Ceramics

[2-10A]Fabrication of Textured Porous Ti₃SiC₂-MAX Phase Ceramic by Using Strong Magnetic Field and Its Deformed Microstructure

[2-11A]Orientation control of Ti₂AlC MAX Phases by Strong Magnetic Field Alignment and properties depended on the crystal orientation

[2-12A]Kink Bounday Formation and its Mechanical Properties of Ti₃SiC₂-MAX Phase Ceramics

[2-24A]Fabrication of porous (Al, Fe)₃Ti by spacer method and its compressive properties