Magnetic properties of nanoscale Fe 20 Ni 80 antidot arrays with different hole sizes
prepared on top of nanoporous alumina membranes have been studied by means of …

Magnetic properties of Co antidot arrays with different hole sizes fabricated by a template-
assisted method have been studied by means of first-order reversal curves (FORCs) and …

Arrays of Permalloy antidot thin films have been prepared by sputtering onto hexagonally
ordered anodic alumina templates. Geometry parameters of antidot arrays have been …

The crossover from antidot to dot magnetic behavior on arrays patterned in a ferromagnetic
thin film has been achieved by modifying only the geometry. A series of antidot arrays has …

We provide an overview of key fundamental aspects of a vastly growing field of research
involving ferrimagnetic heterostructures, with special focus on their functionality in magnetic …

Antidot lattices can be used to artificially engineer magnetic properties in thin films, however,
a conclusive model that describes the coercivity enhancement in this class of magnetic nano …

A numerical analysis is focused on the influence of patterning and finite-size effects on the
hysteresis properties and magnetization reversal of permalloy antidot films with square …

Permalloy antidot thin films were grown by sputtering onto anodic alumina templates,
replicating their hexagonal order inside micrometric geometric domains. The advanced high …

This article investigated the magnetic properties of a 2D nanolattice through computer
modeling. A square antidote nanolattice in thin films was considered. For our computer …

The growth of nanostructured materials by means of different deposition methods employing
nanoporous anodic aluminum oxide membranes as patterned templates has been widely …