We compute the optical properties of semiconductor surfaces starting from the self-consistent electronic structures determined using local pseudopotentials with a plane-wave basis set. Calculations for a 9 layer (110) slab of GaP are carried out with both clean and H covered surfaces. Differential reflectivity spectra and their anisotropies are interpreted in terms of transitions involving surface states
We compute the surface dielectric function anisotropy (SDA) and reflectance-difference (RD) spectra ...
The first theoretical and experimental analysis of image states at a semiconductor surface is presen...
We compute the optical properties of the (110) surface of gallium arsenide within the first-principl...
We compute the optical properties of semiconductor surfaces starting from the self-consistent electr...
The optical properties of GaAs(110) and GaP(110) surfaces are studied by means of self-consistent lo...
The optical properties of the GaAs(110) surface are studied by means of self-consistent local-densit...
A method for the calculation of the surface local-field effect on reflectance has been developed. It...
A self-consistent pseudopotential approach has been used to calculate the electronic structure of Ga...
We present results on the polarization dependence of Surface Differential Reflectivity in GaP(1 1 0)...
We present a calculation of the electronic and optical properties of the GaAs(110) : H surface perfo...
The theoretical and numerical approaches are discussed for ab initio calculations of optical propert...
The development and the state of the art of surface methods based on the reflection of light are bri...
We demonstrate the potential of recently developed total-energy and electronic-structure methods for...
This article presents the theory of optical reflection from thin slabs of GaP(110) by means of the d...
Starting from simple models, the description is extended to the surfaces delimiting 3D crystals, wit...
We compute the surface dielectric function anisotropy (SDA) and reflectance-difference (RD) spectra ...
The first theoretical and experimental analysis of image states at a semiconductor surface is presen...
We compute the optical properties of the (110) surface of gallium arsenide within the first-principl...
We compute the optical properties of semiconductor surfaces starting from the self-consistent electr...
The optical properties of GaAs(110) and GaP(110) surfaces are studied by means of self-consistent lo...
The optical properties of the GaAs(110) surface are studied by means of self-consistent local-densit...
A method for the calculation of the surface local-field effect on reflectance has been developed. It...
A self-consistent pseudopotential approach has been used to calculate the electronic structure of Ga...
We present results on the polarization dependence of Surface Differential Reflectivity in GaP(1 1 0)...
We present a calculation of the electronic and optical properties of the GaAs(110) : H surface perfo...
The theoretical and numerical approaches are discussed for ab initio calculations of optical propert...
The development and the state of the art of surface methods based on the reflection of light are bri...
We demonstrate the potential of recently developed total-energy and electronic-structure methods for...
This article presents the theory of optical reflection from thin slabs of GaP(110) by means of the d...
Starting from simple models, the description is extended to the surfaces delimiting 3D crystals, wit...
We compute the surface dielectric function anisotropy (SDA) and reflectance-difference (RD) spectra ...
The first theoretical and experimental analysis of image states at a semiconductor surface is presen...
We compute the optical properties of the (110) surface of gallium arsenide within the first-principl...