Bimetallic clusters have aroused increased attention because of the ability to tune their own
properties by changing size, shape, and doping. In present work, a structural search of the …

Metal clusters with tunable magnetism and chemical activity are ideal models to study
magnetic order changes from microstructures to macroscopic substances, to understand the …

A unique feature of the work carried out in the Collaborative Research Center 3MET
continues to be its emphasis on innovative, advanced experimental methods which …

Infrared photodissociation (IR-PD) spectra of iron cluster dinitrogen adsorbate complexes
[Fe n (N 2) m]+ for n= 8–20 reveal slightly redshifted IR active bands in the region of 2200 …

High‐magnetization materials play crucial roles in various applications. However, the past
few decades have witnessed a stagnation in the discovery of new materials with high …

Modern design of superior multi-functional alloys composed of several principal components
requires in-depth studies of their local structure for developing desired macroscopic …

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

This paper presents a combined IR photo dissociation (IR-PD) spectroscopic and DFT
computational study of cold Rhodium cluster N 2 adsorbate complexes,[Rh i (N 2) m]+=(i, m) …

We present the cryogenic (26 K) IR spectra of selected [Ni n (N 2) m]+(n= 5–20, m= 1− m
max), which strongly reveal n-and m-dependent features in the N 2 stretching region, in …

The interaction of magnetic dopants with delocalized electron states can result in interesting
many-body physics. Here, the magnetic properties of neutral and charged finite silver metal …