Add to ORKGWe present experimental and theoretical Brillouin Light Scattering investigation of collective spin wave excitations in dense chains of interacting magnetic dots, which can be seen as one dimensional magnonic crystals. The calculations have been performed within the dynamical matrix method, with a Bloch type form of the dynamic magnetization. It is found that a few modes present an appreciable dispersion versus the surface wavevector
Magnonic crystals (MCs), artificial materials with periodic modulation of the magnetic properties, h...
We have experimentally and numerically investigated the dispersion of collective spin waves propagat...
Magnonic crystals have been receiving special attention in front-line research on magnetism and magn...
We present experimental and theoretical Brillouin Light Scattering investigation of collective spin ...
We present experimental and theoretical Brillouin Light Scattering investigation of collective spin ...
We present experimental and theoretical Brillouin Light Scattering investigation of collective spin ...
Magnonic Crystals (MCs) represent a new class of metamaterials with periodically modulated magnetic ...
The behavior of collective spin excitations in chains of rectangular NiFe dots is studied as a funct...
We present a combined experimental and micromagnetic study of spin excitations in chains of dense ma...
The dispersion curves of collective spin-wave excitations in a magnonic crystal consisting of a squa...
We present the observation of a complete bandgap and collective spin wave excita-tion in two-dimensi...
In this paper we investigate both theoretically and from an experimental point of view the magnonic ...
Two-dimensional arrays of interacting magnetic elements have recently received increased interest in...
In this paper we investigate both theoretically and from an experimental point of view the magnonic ...
Periodic arrays of planar magnetic nanoparticles support collective spin excitations, whose properti...
Magnonic crystals (MCs), artificial materials with periodic modulation of the magnetic properties, h...
We have experimentally and numerically investigated the dispersion of collective spin waves propagat...
Magnonic crystals have been receiving special attention in front-line research on magnetism and magn...
We present experimental and theoretical Brillouin Light Scattering investigation of collective spin ...
We present experimental and theoretical Brillouin Light Scattering investigation of collective spin ...
We present experimental and theoretical Brillouin Light Scattering investigation of collective spin ...
Magnonic Crystals (MCs) represent a new class of metamaterials with periodically modulated magnetic ...
The behavior of collective spin excitations in chains of rectangular NiFe dots is studied as a funct...
We present a combined experimental and micromagnetic study of spin excitations in chains of dense ma...
The dispersion curves of collective spin-wave excitations in a magnonic crystal consisting of a squa...
We present the observation of a complete bandgap and collective spin wave excita-tion in two-dimensi...
In this paper we investigate both theoretically and from an experimental point of view the magnonic ...
Two-dimensional arrays of interacting magnetic elements have recently received increased interest in...
In this paper we investigate both theoretically and from an experimental point of view the magnonic ...
Periodic arrays of planar magnetic nanoparticles support collective spin excitations, whose properti...
Magnonic crystals (MCs), artificial materials with periodic modulation of the magnetic properties, h...
We have experimentally and numerically investigated the dispersion of collective spin waves propagat...
Magnonic crystals have been receiving special attention in front-line research on magnetism and magn...