The structures of an isolated CAl12 cluster and a solid composed of CAl12 clusters have been studied using the Car–Parrinello method, based on the density functional theory and the local density approximation. We have compared the results of using the ultrasoft Vanderbilt pseudopotential with those of both a traditional pseudopotential and a linear combination of atomic orbitals method. We have confirmed the high stability of the cluster in its icosahedral structure. However, we show that the cluster‐assembled solid is unstable against melting of the clusters, as previously found for SiAl12.Peer reviewe
Producción CientíficaPutative global minima of neutral (Aln) and singly charged (Aln+ and Aln−) alum...
The thermal stability of free pure C60-, as well as C60-alkali, and -alkaline-earth metal compound c...
Full geometry optimizations using both singles and doubles coupled clustertheory with perturbative t...
The structures of an isolated CAl12 cluster and a solid composed of CAl12 clusters have been studied...
The interactions of the ‘‘magic’’ Al12Si clusters are studied by first-principles electron-structure...
Producción CientíficaAn orbital-free density-functional-theory molecular dynamics technique is appli...
Journal ArticleFirst-principles calculations on the geometry and stability of AlnBm clusters have be...
The stability of the crystalline phase of a cluster-assembled solid K(AI~3) has been investigated us...
Producción CientíficaEquilibrium geometries and the meltinglike transition of Na13Cs42 and Li13Na42 ...
The electronic structure, stability, and reactivity of iodized aluminum clusters, which have been in...
We investigate the interplay of particle number, N, and structural properties of selected clusters w...
We study the structure of $^{13}$C in the framework of the Cluster Shell Model. A comparison of the ...
$\alpha$ cluster structure in nuclei has been long understood based on the geometrical configuration...
Comparative calculations of the binding energy and structure of relaxed closed-shell clusters of ico...
The lowest-energy configurations of close-packed clusters up to N=110 atoms with stacking faults are...
Producción CientíficaPutative global minima of neutral (Aln) and singly charged (Aln+ and Aln−) alum...
The thermal stability of free pure C60-, as well as C60-alkali, and -alkaline-earth metal compound c...
Full geometry optimizations using both singles and doubles coupled clustertheory with perturbative t...
The structures of an isolated CAl12 cluster and a solid composed of CAl12 clusters have been studied...
The interactions of the ‘‘magic’’ Al12Si clusters are studied by first-principles electron-structure...
Producción CientíficaAn orbital-free density-functional-theory molecular dynamics technique is appli...
Journal ArticleFirst-principles calculations on the geometry and stability of AlnBm clusters have be...
The stability of the crystalline phase of a cluster-assembled solid K(AI~3) has been investigated us...
Producción CientíficaEquilibrium geometries and the meltinglike transition of Na13Cs42 and Li13Na42 ...
The electronic structure, stability, and reactivity of iodized aluminum clusters, which have been in...
We investigate the interplay of particle number, N, and structural properties of selected clusters w...
We study the structure of $^{13}$C in the framework of the Cluster Shell Model. A comparison of the ...
$\alpha$ cluster structure in nuclei has been long understood based on the geometrical configuration...
Comparative calculations of the binding energy and structure of relaxed closed-shell clusters of ico...
The lowest-energy configurations of close-packed clusters up to N=110 atoms with stacking faults are...
Producción CientíficaPutative global minima of neutral (Aln) and singly charged (Aln+ and Aln−) alum...
The thermal stability of free pure C60-, as well as C60-alkali, and -alkaline-earth metal compound c...
Full geometry optimizations using both singles and doubles coupled clustertheory with perturbative t...