A crystalline cluster model for ionic crystals is presented, in the large context of the self-consistent-field multiple-scattering method, by imposing that the cluster potential has the same features as the crystal potential. The model is particularly investigated with respect to NaCl, and the results are compared with those of a conventional cluster calculation. It is seen that the main features of the electronic structure emerge from the occupied cluster states and the obtained results of our model provide a good interpretation of experimentally observed properties, e.g., the experimental one-electron spectrum. © 1979 The American Physical Society.2083415342
We have taken a detailed molecular mechanics and DFT investigation of various linear, cyclic, cubic ...
NaCl crystal nucleation from metastable solutions has long been considered to occur according to a s...
Disordered multicomponent systems attract great interest due to their engineering design flexibility...
We present ground-state configurations and photoabsorption spectra of Na-7+, Na-27+ and Na-41+. For ...
The aim of this work is to study how far the calculated electronic band structure of a crystal depen...
The effect of long-range Coulomb interactions on bulk properties is studied for the ionic solids NaB...
Neste trabalho estudamos a estrutura eletrônica do Na+Cl-, que é um isolante de "gap" direto relativ...
Embedded-cluster models of crystalline solids are important to allow accurate wave function methods ...
We introduce alchemical perturbations as a rapid and accurate tool to estimate fundamental structura...
Many important properties of crystals are the result of the local defects. However, when one address...
The main objectives of the present Thesis were to develop a method and computer code for calculating...
The free neutral nanoscale NaCl clusters have been produced in a beam and studied with x-ray photoel...
A systematic theoretical study of stoichiometric clusters (NaI)n up to n=15 is performed using the a...
This thesis is a review of five publications, where small and medium-sized (N ≤ 102) aluminum and so...
The electronic structure of the impurity Cu+ in a sodium fluoride crystal has been studied using the...
We have taken a detailed molecular mechanics and DFT investigation of various linear, cyclic, cubic ...
NaCl crystal nucleation from metastable solutions has long been considered to occur according to a s...
Disordered multicomponent systems attract great interest due to their engineering design flexibility...
We present ground-state configurations and photoabsorption spectra of Na-7+, Na-27+ and Na-41+. For ...
The aim of this work is to study how far the calculated electronic band structure of a crystal depen...
The effect of long-range Coulomb interactions on bulk properties is studied for the ionic solids NaB...
Neste trabalho estudamos a estrutura eletrônica do Na+Cl-, que é um isolante de "gap" direto relativ...
Embedded-cluster models of crystalline solids are important to allow accurate wave function methods ...
We introduce alchemical perturbations as a rapid and accurate tool to estimate fundamental structura...
Many important properties of crystals are the result of the local defects. However, when one address...
The main objectives of the present Thesis were to develop a method and computer code for calculating...
The free neutral nanoscale NaCl clusters have been produced in a beam and studied with x-ray photoel...
A systematic theoretical study of stoichiometric clusters (NaI)n up to n=15 is performed using the a...
This thesis is a review of five publications, where small and medium-sized (N ≤ 102) aluminum and so...
The electronic structure of the impurity Cu+ in a sodium fluoride crystal has been studied using the...
We have taken a detailed molecular mechanics and DFT investigation of various linear, cyclic, cubic ...
NaCl crystal nucleation from metastable solutions has long been considered to occur according to a s...
Disordered multicomponent systems attract great interest due to their engineering design flexibility...