The giant magnetoresistance (GMR) effect is a very basic phenomenon that occurs in
magnetic materials ranging from nanoparticles over multilayered thin films to permanent …

Magnetic granular solids consist of nanometer-sized magnetic particles uniformly dispersed
and embedded in an immiscible insulating or metallic medium. They display a rich variety of …

The authors discuss some of the fundamental properties unique to magnetic multilayers.
Complex spin configurations are examined for many different systems and are shown to …

A systematic study of Co (SiO 2) granular films by means of transmission electron
microscopy (TEM), dc and ac initial magnetic susceptibility, and thermoremanent …

Giant negative magnetoresistance (GMR) has been observed in a number of granular
ferromagnetic systems [Co–Ag, Co–Cu, Fe–Cu, Fe–Ag, and (Fe–Ni)–Ag] with effect sizes as …

In granular solids, the magnetoresistance is directly related to the macroscopic
magnetization, but this relationship is extremelly complex due to the distribution of grain …

The giant magneto‐impedance effect (GMI) is studied as a function of the structural
modification induced in an Fe73. 5Si13. 5B9Cu1Nb3 amorphous alloy wire by annealing …

We have systematically investigated the magnetotransport properties of five binary metallic
systems (Co-Ag, Fe-Ag, Fe-Cu, Fe-Au, and Fe-Pt). Except for Fe-Pt, which forms a solid …

The memory effect was clearly observed in dc-sputtered metallic, magnetic Co-Ag granular
films, which indicates the existence of a spin-glass-like phase at low temperatures. However …

In order to study the effect of applied magnetic field on the superparamagnetic relaxation
behavior of small Co particles, magnetization measurements were carried out on as …