The energy and structural changes of lithium microclusters based on temperature has been investigated by using Molecular-Dynamic simulation Method. Two and three-body interacted semi-empiric potential energy formula that characterized the interaction has been used. It has been calculated that the dissociation of atoms from cluster has started after 1300K for Li3 and 1350K for Li4, respectively. Dissociations at the fixed temperatures are very close to the expected values of the lithium metal. Additionally, it has been observed that Li4 microclusters above 1000K and Li3 clusters above 700K temperatures have steady structures in two different energy values. © 2003 Elsevier Inc. All rights reserved
We analyze thermodynamic stability and decomposition pathways of LiBH4 nanoclusters using grand-cano...
Molecular dynamic simulation method (MDSM) was used for investigating lithium atom interactions and ...
The melting curve of lithium was computed using the Z-method microcanonical molecular-dynamics simul...
The energy and structural changes of lithium microclusters based on temperature has been investigate...
The structure and energies of lithium microclusters containing 3-10 atoms in the body-centered cubic...
INITIO; SURFACEWe have investigated the structures and energies of lithium microclusters containing ...
Structural and thermal properties of small lithium clusters are studied using ab initio-based Monte ...
We have investigated the structure and energies of lithium microclusters containing 3-10 atoms in th...
Abstract: In the present paper, ionization energies of LinCln – 1 (n = 3, 4, and 5) clusters were st...
The stability, electronic structure, and thermochemical properties of the pure Li(n) and boron-doped...
Some properties of small Lin clusters (n up to 20) are theoretically investigated, within the densit...
In the present study, we report the results of a detailed theoretical investigation along with the e...
We present a low-temperature structural model for lithium imide (Li[subscript 2]NH) that is consiste...
RATIONALE: Theoretical calculations have shown that the first ionization energy of clusters of the t...
A systematic investigation of the equilibrium geometries, nature of bonding, and stability has been ...
We analyze thermodynamic stability and decomposition pathways of LiBH4 nanoclusters using grand-cano...
Molecular dynamic simulation method (MDSM) was used for investigating lithium atom interactions and ...
The melting curve of lithium was computed using the Z-method microcanonical molecular-dynamics simul...
The energy and structural changes of lithium microclusters based on temperature has been investigate...
The structure and energies of lithium microclusters containing 3-10 atoms in the body-centered cubic...
INITIO; SURFACEWe have investigated the structures and energies of lithium microclusters containing ...
Structural and thermal properties of small lithium clusters are studied using ab initio-based Monte ...
We have investigated the structure and energies of lithium microclusters containing 3-10 atoms in th...
Abstract: In the present paper, ionization energies of LinCln – 1 (n = 3, 4, and 5) clusters were st...
The stability, electronic structure, and thermochemical properties of the pure Li(n) and boron-doped...
Some properties of small Lin clusters (n up to 20) are theoretically investigated, within the densit...
In the present study, we report the results of a detailed theoretical investigation along with the e...
We present a low-temperature structural model for lithium imide (Li[subscript 2]NH) that is consiste...
RATIONALE: Theoretical calculations have shown that the first ionization energy of clusters of the t...
A systematic investigation of the equilibrium geometries, nature of bonding, and stability has been ...
We analyze thermodynamic stability and decomposition pathways of LiBH4 nanoclusters using grand-cano...
Molecular dynamic simulation method (MDSM) was used for investigating lithium atom interactions and ...
The melting curve of lithium was computed using the Z-method microcanonical molecular-dynamics simul...