Magnonics is a young field of research and technology emerging at the interfaces between
the study of spin dynamics, on the one hand, and a number of other fields of nanoscale …

We use the plane-wave method to determine spin-wave spectra of three-dimensional
magnonic crystals (the magnetic counterpart of photonic crystals) composed of two different …

In the frame of the long-wavelength Heisenberg model, a simple magnonic mono-mode
circuit is designed to obtain transmission stop (pass) bands where the propagation of spin …

We calculate semianalytically the spin-wave eigenmodes and frequencies of an infinite thin
film with periodically modulated exchange bias field. We show that both localized and …

In the frame of long-wavelength Heisenberg model, a simple magnonic device is designed
to obtain possibly transmission stop bands (where the propagation of spin waves is …

The study deals with the spin wave spectrum in magnetic macrostructure (composed of two
ferromagnetic materials) showing a 3D periodicity; the structure considered consists of …

The magnon energy band in a ferrimagnetic superlattice with three layers in a unit cell is
studied by employing retarded Green's functions and the spin‐wave method. Two …

This chapter provides a review of the basic theoretical work concerned with the magnetic
periodic structures. It considers the general case of the dipole-exchange spin waves. Spin …

We present a review of our theoretical calculations about magnon transport in quasi-one-
dimensional (1D) magnonic circuits constituted by waveguides coupled to side resonators …

We consider, in the frame of long-wavelength Heisenberg model, the effect of a pinning field
on the spin wave band gaps and transmission spectra of a simple magnonic device. This …