International audienceWe have determined a set of parameters for LCAO calculations of the electronic structure of Cu. These parameters give bands which agree very well with the experiment for the bulk as well as for the surface states of the three lowest Miller index surfaces. The detailed analysis of the results for the (1 1 0) surface is reported in this paper. The criteria used for determining the parameter values are briefly discussed. It is shown that a good fit of the bulk bands is not, in general, sufficient to guarantee good results for the surface states. © 2003 Elsevier Science B.V. All rights reserved
The structural and electronic properties of polar and non-polar surfaces of CuI are investigated at ...
First-principle density functional theory (DFT) and a periodic-slab model have been utilized to inve...
We present the results of a new calculation of the electronic structure of the (001) surface of Cu, ...
International audienceWe have determined a set of parameters for LCAO calculations of the electronic...
Recent semiempirical linear combination of atomic orbital method (LCAO) calculations for the Cu surf...
We have performed LCAO semi-empirical calculations for the Cu(110)-p(2 × 1)O surface. The Cu substra...
We have performed semi-empirical LCAO calculations of the electronic structure of the Cu(1 1 0)-p(2 ...
In recent years, band structure calculations of slabs (thin films) of solids have proved successful ...
We have studied the surface state of Cu(l l l) using an ellipsoidal-mirror analyzer which gives two ...
We have performed a study of empty electronic bulk and surface states on the three low indexed coppe...
We described the electronic band-structure of the clean and oxygen covered Cu(110) surface using a t...
We have performed DFT calculations of electronic structure, optical properties and photocatalytic po...
The structural and electronic properties of polar and non-polar surfaces of CuI are investigated at ...
First-principle density functional theory (DFT) and a periodic-slab model have been utilized to inve...
We present the results of a new calculation of the electronic structure of the (001) surface of Cu, ...
International audienceWe have determined a set of parameters for LCAO calculations of the electronic...
Recent semiempirical linear combination of atomic orbital method (LCAO) calculations for the Cu surf...
We have performed LCAO semi-empirical calculations for the Cu(110)-p(2 × 1)O surface. The Cu substra...
We have performed semi-empirical LCAO calculations of the electronic structure of the Cu(1 1 0)-p(2 ...
In recent years, band structure calculations of slabs (thin films) of solids have proved successful ...
We have studied the surface state of Cu(l l l) using an ellipsoidal-mirror analyzer which gives two ...
We have performed a study of empty electronic bulk and surface states on the three low indexed coppe...
We described the electronic band-structure of the clean and oxygen covered Cu(110) surface using a t...
We have performed DFT calculations of electronic structure, optical properties and photocatalytic po...
The structural and electronic properties of polar and non-polar surfaces of CuI are investigated at ...
First-principle density functional theory (DFT) and a periodic-slab model have been utilized to inve...
We present the results of a new calculation of the electronic structure of the (001) surface of Cu, ...