Spin and orbital magnetic moments of cationic iron, cobalt, and nickel clusters have been
determined from x-ray magnetic circular dichroism spectroscopy. In the size regime of n= 10 …

We report a systematic study of the structural and magnetic properties of free-standing
rhodium clusters (Rh N, 4<~ N<~ 2 6). The geometrical structures of the global minima and …

High magnetization materials are highly desirable for the development of advanced
multifunctional magnetic applications. Co: TiO 2 is a widely investigated diluted magnetic …

First-principles calculations have been conducted to investigate the properties of FePdn (n=
2–14) clusters. In the lowest energy structures of FePdn clusters, the Fe atom gradually …

Recent experiments on isolated Co clusters have shown huge orbital magnetic moments in
comparison with their bulk and surface counterparts. These clusters hence provide the …

The structural and magnetic properties of free-standing Co n Rh m clusters (N= n+ m≈ 110
and n≈ m) of three different symmetries—cubo-octahedral, icosahedral, and hcp—were …

A systematic investigation on the lowest energy electronic structure of neutral, cationic and
anionic Rhn (n= 2–8) clusters in the gas phase is performed with an all electron relativistic …

We present a structural, morphological, magnetic, and magneto-optical study of cobalt
nanoparticles deposited on 50 Å AlN∕ c-sapphire substrates and embedded in an AlN …

Methodical exploration is performed on Rh n (n= 9–20) clusters in the gas phase with all
electron relativistic methods using density functional theory (DFT) within the generalized …

Small cobalt clusters and their single chromium atom doped counterparts Co n− 1 Cr+(n= 3–
5) were studied mass spectrometrically by measuring the infrared multiple photon …