Ab initio molecular dynamical simulations have been performed to investigate the phenomenon of melting in a finite-size system, namely an Al13 cluster. Classical molecular dynamical simulations using Lennard-Jones potentials have shown that a coexistence region, where both solid-like and liquid-like behaviour is observed, exists over a range of total energy. Our density functional simulations on a metallic cluster aim at probing this coexistence region. Although our statistics is somewhat limited, we do find definite signatures of a coexistence region
Producción CientíficaEquilibrium geometries and the meltinglike transition of Na13Cs42 and Li13Na42 ...
International audienceThe present work highlights the links between melting properties and structura...
Molecular dynamics (MD) simulation techniques with Lennard-Jones (LJ) and embedded-atom-method (EAM)...
Ab initio molecular dynamical simulations have been performed to investigate the phenomenon of melti...
We report first-principles computer simulations of the melting-like transition in Al<sub><i>n</i></s...
We report first-principles computer simulations of the melting-like transition in Al<sub><i>n</i></s...
The melting behaviors of metal clusters are studied in a wide range by molecular dynamics simulation...
A dimer of bound atoms cannot melt, only dissociate. Bulk metals show a well defined first order tra...
A dimer of bound atoms cannot melt, only dissociate. Bulk metals show a well defined first order tr...
Canonical ensemble Monte Carlo simulations of 55-atom Morse clusters are used to study the effect of...
Canonical ensemble Monte Carlo simulations of 55-atom Morse clusters are used to study the effect of...
The thermal behavior of 38-atom mono-, bi-, and trimetallic clusters consisting of Cu, Ag, and Au at...
We determined the phase transition of a few selected clusters of water from molecular dynamics simul...
We have investigated the melting behaviour of AuN (N = 12 - 14) clusters by means of molecular...
The melting of Al clusters in the size range 49 <= N <= 62 has been studied using two model in...
Producción CientíficaEquilibrium geometries and the meltinglike transition of Na13Cs42 and Li13Na42 ...
International audienceThe present work highlights the links between melting properties and structura...
Molecular dynamics (MD) simulation techniques with Lennard-Jones (LJ) and embedded-atom-method (EAM)...
Ab initio molecular dynamical simulations have been performed to investigate the phenomenon of melti...
We report first-principles computer simulations of the melting-like transition in Al<sub><i>n</i></s...
We report first-principles computer simulations of the melting-like transition in Al<sub><i>n</i></s...
The melting behaviors of metal clusters are studied in a wide range by molecular dynamics simulation...
A dimer of bound atoms cannot melt, only dissociate. Bulk metals show a well defined first order tra...
A dimer of bound atoms cannot melt, only dissociate. Bulk metals show a well defined first order tr...
Canonical ensemble Monte Carlo simulations of 55-atom Morse clusters are used to study the effect of...
Canonical ensemble Monte Carlo simulations of 55-atom Morse clusters are used to study the effect of...
The thermal behavior of 38-atom mono-, bi-, and trimetallic clusters consisting of Cu, Ag, and Au at...
We determined the phase transition of a few selected clusters of water from molecular dynamics simul...
We have investigated the melting behaviour of AuN (N = 12 - 14) clusters by means of molecular...
The melting of Al clusters in the size range 49 <= N <= 62 has been studied using two model in...
Producción CientíficaEquilibrium geometries and the meltinglike transition of Na13Cs42 and Li13Na42 ...
International audienceThe present work highlights the links between melting properties and structura...
Molecular dynamics (MD) simulation techniques with Lennard-Jones (LJ) and embedded-atom-method (EAM)...