Universitaets- und Landesbibliothek Darmstadt
Magdalenenstrasse 8
Darmstadt, Hesse D-64289
Germany
Technical University of Darmstadt - Institute of Materials Science
Sm5Fe17; Permanent magnets; Nanocomposite magnets; Coercive force; Nd5Fe17
permanent magnets, coercivity, Thermal stability, microstructure, micromagnetic simulation
MnAl permanent magnets, twin structures, solid-state phase transformation, demagnetization process, Domain structure
L10, MnAl, rare-earth free, permanent magnets, twin defects, magnetic property, roadmap
SmCo5-Cu nanocomposites, severe plastic deformation, high-pressure torsion, structural refinement, magnetic hardening, deformation induced texture
Permanent magnets, Pr-Fe-Co-B, phase diagram, Micromagnetic simulation, Coercivity mechanism
Nd-Fe-B, Nd-Co-B, Magnetic properties, microstructure, micromagnetic simulation, coercivity mechanism
SmCo5, deformation behaviour, nanoindentation, micropillar compression, TEM, atomistic simulation, DFT
Hydrogen, Intermetallics, Magnetic Properties, Magnetism, X-ray diffraction
permanent magnets, Rare Earth, neodymium, Anisotropy, DFT, DMFt, single crystal
Magnetic refrigeration, Beverage cooler, Coefficient of performance, Energy consumption, Technology commercialization
Fe50Rh50, Martensitic transformation, Premartensite, Atomic Shuffling, External Stress
EuTiO3, thermal conductivity, resonance scattering, structural instability
SmCo5-Cu nanocomposites, severe plastic deformation, high-pressure torsion, micromagnetic simulation, amorphous SmCo5
SmCo5-Sn nanocomposites, severe plastic deformation, high-pressure torsion, texture formation, amorphous SmCo5, particle refinement