Thermal and Dynamic Effects in Langevin Simulation of Hysteresis in Nanoscale Pillars

Details Thermal and Dynamic Effects in Langevin Simulation of Hysteresis in Nanoscale Pillars Thermal and Dynamic Effects in Langevin Simulation of Hysteresis in Nanoscale Pillars

2001-05-14

arxiv.org/abs/cond-mat/0105279v1

Physica B 306, 117-120 (2001)

Physics

Condensed Matter

Materials Science

8 pages ReVTeX, including 3 Figs. Proceedings for Hysteresis and Micromagnetic Modeling 2001

Scientific paper

10.1016/S0921-4526(01)00989-9

Dynamic quantities related to hysteresis have been measured in micromagnetic simulations of single-domain nanoscale magnets at nonzero temperature. The hysteresis-loop area and magnetization-field correlation display the characteristics of resonance, and the resonance frequency is found to be temperature dependent. The period-averaged magnetization displays symmetry breaking at high frequencies.

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