Methods for the preparation of nano-sized metal particles are considered. Theoretical
approaches to the analysis of electron behaviour in systems with quantum-size effects are …

The results of studies on the nanochemistry of metals published in recent years are
generalised. Primary attention is centred on the methods for the synthesis of nanoparticles …

The results of pulse radiolysis studies of the kinetics and mechanism of fast one-electron
redox reactions of halide ions, metal ions, actinides and other compounds with hydrated …

The behavior of silver clusters (cubic octahedron habit) with magic numbers of atoms N= 13,
55, 146, 309, 561, 923, 1415, and 2057 in the 0–1300 K temperature range is studied for the …

The radiation-chemical reduction of silver, copper, cadmium, thallium, lead, cobalt, and
nickel ions to form stable metal nanoparticles was studied in the presence of PW 11 O 39 7 …

The possibility of preparing silver and copper sols with a concentration of disperse phase of
10–3 mol/l upon the reduction of poorly soluble precursors (AgI, CuI) is studied. It is …

It is shown that changes in the spectral composition of irradiating light makes it possible to
realize the competing photoreduction of Ag+ ions by polyacrylate anions in the bulk of an …

Chemical synthesis of the compounds of silver clusters and polyacrylate was performed
using sodium borohydride as a metal cation reducing agent. The effect of silver cation …

It was found that long-lived positively charged and neutral silver clusters were formed by the
radiation-chemical reduction of Ag+ ions in aqueous solutions containing sodium …

Atomic photochemical hydrogen was produced by two methods: either employing a special
hydrogen generator (a WO 3 thin film) or directly via a photochemical reaction on the surface …