A literature review of modern transition-metal nanoclusters, with an emphasis on those
nanoclusters which are catalytically active, is presented in two parts. Part One presents …

Mono‐and bimetallic colloidal particles have gained increasing attention in science and
application throughout the last several years. In this contribution, we present a synopsis of …

Local density functional calculations and experimental magnetization studies on giant nickel
carbonyl clusters are presented. The results show convincingly that the effect of the carbonyl …

In this paper we present an overview of data on the DC conductivity and on the frequency
dependent (up to 1 MHz) dielectric properties of polynuclear metal cluster compounds …

The Application of Au₅₅ Clusters as Quantum Dots<link href='#fn1'></link> Page 1
hexagonal liquid crystal phase transition. Therefore, from a structural point of view, it appears that …

The state of art of the chemical, spectroscopic and structural characterization of platinum
carbonyl clusters is reviewed. We begin by enlightening the fundamental contribution given …

Classical studies of metals concerned themselves with their properties when in bulk form.
But recent research has shown that these properties may be very different when metals exist …

A comparison of the activities of conventionally precipitated metals on charcoal, deposited
organometallic clusters and metal colloids for liquid-phase hydrogenation has been made …

Abstract. Metallic nanometer clusters composed of 55 gold atoms isolated from each other
by a thin organic ligand film, with a total diameter of 2.1 nm, were fabricated as monolayers …

Palladium colloids revealing narrow particle size distributions can be obtained by chemical
reduction using tetra–alkylammonium hydrotriorganoborates. Combining the stabilizing …