Ion beam irradiation is a potential tool for phase formation and material modification as a
non-equilibrium technique. Localized rise in temperature and ultra fast (∼ 10− 12 s) …

Magnetic properties of nanoparticle composites, consisting of aligned ferromagnetic
nanoparticles embedded in a nonmagnetic matrix, have been determined using a model …

In this paper, we reviewed some relevant aspects of the magnetic properties of metallic
nanoparticles with small size (below 4 nm), covering the size effects in nanoparticles of …

Sequential ion implantation in dielectric matrix determines three different cluster
morphologies: separated systems, alloy clusters and core–shell clusters. Post-implantation …

In this paper, we summarize our recent results of study on how to engineer the embedded
metal nanoparticles in silica by ion implantation and ion irradiation technologies, including …

A study of the synthesis of Co nanoparticles by ion implantation and the effects of
postimplantation annealing was carried out. Silica was implanted with 35 keV Co+ ion …

This work reviews the basic features of ion implantation as a tool for synthesizing and
manipulating nanostructured materials with particular emphasis to nanocomposites made by …

CuZn alloy nanoparticles (NPs) embedded in amorphous SiO2 were fabricated by means of
sequential implantation of 45keV Cu and Zn ions at the same fluence of 1× 1017cm− 2 …

A phenomenological model of magnetic nanoparticle composites consisting of ideal lossless
particles with identical properties embedded in a non‐magnetic matrix has been developed …

Along with the growing precision in the control of matter at increasingly smaller size scales,
a field of research, based onto magnetic materials of technical interest, such as bimetallic …