Acoustic ferromagnetic resonance and spin pumping induced by surface acoustic waves
arXiv:2001.09581 · doi:10.1088/1361-6463/ab7efe
Abstract
Voltage induced magnetization dynamics of magnetic thin films is a valuable tool to study anisotropic fields, exchange couplings, magnetization damping and spin pumping mechanism. A particularly well established technique is the ferromagnetic resonance (FMR) generated by the coupling of microwave photons and magnetization eigenmodes in the GHz range. Here we review the basic concepts of the so-called acoustic ferromagnetic resonance technique (a-FMR) induced by the coupling of surface acoustic waves (SAW) and magnetization of thin films. Interestingly, additional to the benefits of the microwave excited FMR technique, the coupling between SAW and magnetization also offers fertile ground to study magnon-phonon and spin rotation couplings. We describe the in-plane magnetic field angle dependence of the a-FMR by measuring the absorption / transmission of SAW and the attenuation of SAW in the presence of rotational motion of the lattice, and show the consequent generation of spin current by acoustic spin pumping.
arXiv comment6 pages, 6 figures, short review
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- Dynamic Magnetoelastic Boundary Conditions and the Pumping of Phonons
- Enhancement of acoustic spin pumping by acoustic distributed Bragg reflector cavity
- Nonreciprocal surface magnetoelastic dynamics
- Symmetry of the coupling between surface acoustic waves and spin waves in synthetic antiferromagnets
- Neutron Scattering Signature of Phonon Renormalization in Nickel (II) Oxide
- Spin elastodynamic motive force
- Analysis of Magnetoacoustic Quadrupole Resonance and Application to Probe Quadrupole Degrees of Freedom in Quantum Magnets
- Mode-sensitive magnetoelastic coupling in phononic-crystal magnomechanics
- Spin current generation due to differential rotation
- Spin hydrodynamic generation in unsteady flows
- Hybrid quantum surface acoustic wave with skyrmion qubit for quantum information processing