The effective properties of a perpendicularly magnetized two-dimensional antidot lattice having periodicity and hole size in the nanometric range are studied. The effective rules involving the effective wavelength and the effective wave vector of collective modes characterize these magnonic crystals as magnonic metamaterials.
Perpendicularly Magnetized Antidot Lattice as a Two-Dimensional Magnonic Metamaterial - Presentazione poster by R. Zivieri - Conferenza internazionale
MALAGO', Perla;GIOVANNINI, Loris;ZIVIERI, Roberto
2015
Abstract
The effective properties of a perpendicularly magnetized two-dimensional antidot lattice having periodicity and hole size in the nanometric range are studied. The effective rules involving the effective wavelength and the effective wave vector of collective modes characterize these magnonic crystals as magnonic metamaterials.File in questo prodotto:
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