A04

Shell ferromagnetic materials: Tuning the magnetic hysteresis by nanoscale selective phase decomposition

Overview

Novel, sustainable permanent magnets with quasi monopole characteristics and ultra-hard (10 Tesla) magnetic coercivity are investigated. The concept is based on the controlled nanoscale phase decomposition and orientation by thermal treatment of alloys ranging from off-stochiometric Heusler to magnetic high entropy alloys. By carefully applying thermal cycles in or without external magnetic fields, we aim at an integrally as well as a locally controlled phase decomposition resulting in shell-ferromagnetic cluster embedded in an antiferromagnetic matrix.

Team

  Name Contact
Prof. Dr. Michael Farle
Prof. Dr. Michael Farle
+49 (0)203 379-2382
Prof. i.R. Dr. Mehmet Acet
+49 (0)203 3792023
ME 342
Nicolas Josten
+49 (0)203 379-2988
ME 346