Micromagnetic simulations of magnetoelastic heterostructures
The system formed by a 10 nm thin film of Ni and a 10 μm-thick V2O3 layer shows a reversible enhancement of the coercivity (∼300%) due to the structural phase transition (metal/insulator) of the V2O3layer. Performing micromagnetic simulations and comparing the results with experimental data we have studied the coupling mechanism on the Ni/V2O3 ...
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Structural Design of High-Coercivity Nd-Ce-Fe-B Magnets with Easy Axis Perpendicular Orientation and High-Abundance Ce Content Based on Micromagnetic Simulations. [PDF]
Zhao Q +7 more
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MICROMAGNETIC SIMULATION OF MO-MULTILAYERS
Thomas Schrefl, Josef Fidler
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Mode localization in chiral periodic approximants of Fibonacci magnonic superlattices. [PDF]
Flores-Farías J +6 more
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Hybrid micromagnetic and atomistic modeling of magnetization dynamics induced by engineered defects. [PDF]
Salehi N +3 more
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Magnetically programmable surface acoustic wave filters: device concept and predictive modeling. [PDF]
Steinbauer MK +9 more
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Leaky-Integrate-Fire Neuron via Synthetic Antiferromagnetic Coupling and Spin-Orbit Torque. [PDF]
Sekh B +8 more
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Coherent Spin Waves in Curved Ferromagnetic Nanocaps of a 3D-Printed Magnonic Crystal. [PDF]
Guo H +6 more
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Electrical Detection of Magnetic Spin Textures Using Pure Spin Currents in Graphene. [PDF]
Sjöström L +6 more
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