The effect of the frequency of an alternating magnetic field on the dispersion characteristics of the spin-wave resonance spectra in multilayer films

The results of experimental and theoretical studies of standing spin waves in a series of epitaxial films of the ferromagnetic Pd1−xFex alloy (0.02 < x < 0.11) with different distributions of the magnetic properties across the thickness are presented. Films with linear and stepwise, as well as more complex Lorentzian, sine and cosine profiles of iron concentration in the alloy, and thicknesses from 20 to 400 nm are considered. A crucial influence of the magnetic properties profile on the spectrum of spin wave resonances is demonstrated. A capability of engineering the standing spin waves in graded ferromagnetic films for applications in magnonics is discussed.

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Engineering the Exchange Spin Waves in Graded Thin Ferromagnetic Films

Yanilkin

Gumarov

Golovchanskiy

et al. 2022

Nanomaterials

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The effect of the frequency of an alternating magnetic field on the dispersion characteristics of the spin-wave resonance spectra in multilayer films

Cited by 1 publication

References 9 publications

Engineering the Exchange Spin Waves in Graded Thin Ferromagnetic Films

Engineering the Exchange Spin Waves in Graded Thin Ferromagnetic Films

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