Titlebook: Magnetic Dynamics in Antiferromagnetically-Coupled Ferrimagnets; The Role of Angular Takaya Okuno Book 2020 The Editor(s) (if applicable)

羽毛長成

Takaya Okunoonstraint violations are dynamically evaluated using Lagrange multipliers. As the experimental results show, the use of these multipliers gives two important improvements to our local search. First, the revised cost function is more informative and can discriminate more accurately the elements in th

ORBIT

Takaya Okunohe two models may not last very long, though. In light of the political dynamic in the region, and the pragmatic utilization of ideological orientations, the political constellation can change quickly. It is not difficult to predict that all efforts by the Malian government and its Western allies to

CLOUT

沒花的是打擾

Introduction,t torque (SOT), are described in detail. In Sect.?., spin-torque ferromagnetic resonance, which is a type of ferromagnetic resonance excited by SOT, is introduced. This is used as an experimental method in Chap. .. In Sect.?., recent studies on ferrimagnetic DW motion are summarized. In addition to

obtuse

legitimate

Gilbert Damping Parameter of Ferrimagnets Probed by Domain Wall Motion,ing the field-driven DW mobility extracted from the DW motion experiment in Chap. .. It is confirmed that . of ferrimagnets is almost insensitive to temperature across ., supporting the validity of the theoretical study by Kamra et al. and the analysis in Chap. ..

athlete’s-foot

Gilbert Damping Parameter of Ferrimagnets Probed by Magnetic Resonance,ke and ferromagnetic-like dynamics, can describe FiMR in a wide temperature range across . without divergence of .. The experiment on FiMR excited by spin–orbit torque is performed, and the spectral analysis based on the theory reveals that . is insensitive to temperature.

overhaul

Hyperalgesia

天真

Spin-Transfer Torques for Domain Wall Motion in Antiferromagnetically-Coupled Ferrimagnets,ally across the angular momentum compensation temperature, .. First, theoretical equation for the field-driven STT-assisted DW velocity in ferrimagnets is derived based on Landau–Lifshitz–Gilbert equation. Second, this theory is tested experimentally using the DW motion experiment on a ferrimagnetic