Add to ORKGThe calculations of the low-energy attachment cross section to metallic clusters are investigated. Low energy electrons are taken as slow enough to excite a giant dipole collective resonance within the cluster. The calculations are more refined than the earlier ones - they do not depend on the experimental data, and we improved RPAE calculation of the collective resonance in the cluster. The results are interesting for the nano-region and designing of new materials.Research Trends in Contemporary Materials Science, 8th Conference of the Yugoslav-Materials-Research-Society (Yu-MRS), Sep 04-08, 2006, Herceg Novi, Montenegr
A review is presented of theoretical models for describing and rationalizing the development of meta...
Collective dipole excitations for small clusters have been considered in the energy range close to t...
6 páginas, 3 figuras.Density functional theory and the self-energy formalism are used to evaluate t...
The calculations of the low-energy attachment cross section to metallic clusters are investigated. L...
We report measurements of the photodestruction cross sections of small sputtered negatively charged ...
We report measurements of the photodestruction cross sections of small sputtered negatively charged ...
A theoretical evaluation of inelastic transition amplitudes corresponding to collisions between low-...
In the quest to built novel metamaterials with unique optical properties, three-dimensional assembli...
Large metallic clusters of heavy atoms are described within the quasi-classical theory, by means of ...
The slowing down of copper clusters formed by 440 atoms on a gold (1 1 1) surface is studied in deta...
An alternative strategy to find the minimal energy structure of nanoclusters is presented and implem...
Atomic clusters are the bridge between molecules and the bulk matter. Following two key experiments ...
International audienceOver the years, the development of large ligated transition metal clusters has...
The PhD research is dedicated to study of small clusters containing 3d-block metals. Although these ...
Over the past two decades methods have been developed to produce clusters with an exactly determined...
A review is presented of theoretical models for describing and rationalizing the development of meta...
Collective dipole excitations for small clusters have been considered in the energy range close to t...
6 páginas, 3 figuras.Density functional theory and the self-energy formalism are used to evaluate t...
The calculations of the low-energy attachment cross section to metallic clusters are investigated. L...
We report measurements of the photodestruction cross sections of small sputtered negatively charged ...
We report measurements of the photodestruction cross sections of small sputtered negatively charged ...
A theoretical evaluation of inelastic transition amplitudes corresponding to collisions between low-...
In the quest to built novel metamaterials with unique optical properties, three-dimensional assembli...
Large metallic clusters of heavy atoms are described within the quasi-classical theory, by means of ...
The slowing down of copper clusters formed by 440 atoms on a gold (1 1 1) surface is studied in deta...
An alternative strategy to find the minimal energy structure of nanoclusters is presented and implem...
Atomic clusters are the bridge between molecules and the bulk matter. Following two key experiments ...
International audienceOver the years, the development of large ligated transition metal clusters has...
The PhD research is dedicated to study of small clusters containing 3d-block metals. Although these ...
Over the past two decades methods have been developed to produce clusters with an exactly determined...
A review is presented of theoretical models for describing and rationalizing the development of meta...
Collective dipole excitations for small clusters have been considered in the energy range close to t...
6 páginas, 3 figuras.Density functional theory and the self-energy formalism are used to evaluate t...