*Masashi MATSUURA¹, Syuhei Miyazaki², Gaku Ishida³, Saijian Ajia¹, Mitsuharu Sato¹, Nobuki Tezuka¹, Satoshi Sugimoto¹ (1. Tohoku Univ., 2. Tohoku Univ., 3. Tohoku Univ.)

4:45 PM - 5:00 PM

[S7.7] Effect of annealing process on magnetic properties in submicron Fe-Ni-B particles

*KAZUSHI WAKABAYASHI¹, TAKAMICHI MIYAZAKI², PHUONG NGUYEN², SHO MUROGA², YASUSHI ENDO² (1. Tohoku Univ. (Master), 2. Tohoku Univ.)

Session information

[S7] S7.Digital Transformation Initiative R&D for Magnetic Material(1)

[S7.1] Integration of experiment, simulation, and machine learning in data-driven materials research

[S7.2] MI and DX - Utilization of latent parameter from dataset toward open science -

[S7.3] Activities for Utilizing Big Data in Cutting-edge Large-Scale Research Facilities

[S7.4] Mutual use of material data for multi applications of materials and exploring new materials

[S7.5] Data-driven Magnetic Materials Research and Development

[S7.6] Microwave absorber using Fe₃B-Fe multiphase powders

[S7.7] Effect of annealing process on magnetic properties in submicron Fe-Ni-B particles

Authentication

Session information

[S7] S7.Digital Transformation Initiative R&D for Magnetic Material(1)

[S7.1] Integration of experiment, simulation, and machine learning in data-driven materials research

[S7.2] MI and DX - Utilization of latent parameter from dataset toward open science -

[S7.3] Activities for Utilizing Big Data in Cutting-edge Large-Scale Research Facilities

[S7.4] Mutual use of material data for multi applications of materials and exploring new materials

[S7.5] Data-driven Magnetic Materials Research and Development

[S7.6] Microwave absorber using Fe3B-Fe multiphase powders

[S7.7] Effect of annealing process on magnetic properties in submicron Fe-Ni-B particles

Authentication

[S7.6] Microwave absorber using Fe₃B-Fe multiphase powders