The elastic and dielectric properties of binary III-N wurtzite semiconductors have been investigated as a function of strain. Using an ab initio density functional theory (DFT), we concentrate on the internal displacement (u) and Born effective charge (Z*) and show that our model provides a unique non linear dependence of the III-N material properties as a function of strain
We address the issue of strain dependence of piezoelectric effect in semiconductor materials, which ...
We present theoretical studies of the linear-k strain induced spin splitting of the conduction band ...
The effects of external and internal strains, and of defect charges on the formation of vacancies an...
The elastic and dielectric properties of binary III-N wurtzite semiconductors have been investigated...
Boron-containing III-nitride heterostructures have recently attracted significant attention for impr...
We investigate the elastic properties of selected zinc-blende III-V semiconductors. Using hybrid fun...
We derive first- and second-order piezoelectric coefficients for the zinc-blende III-V semiconductor...
International audienceWe report first-principle density functional calculations of the spontaneous p...
We present a novel ab initio approach to piezoelectricity. The piezoelectric tensor is given by the ...
In this work, a theoretical study of the elastic and electronic properties of III-N semiconductors i...
A comprehensive description of band gap and effective masses of III-V semiconductor bulk and ultra-t...
Results of first-principles full potential calculations of absolute position of valence and conducti...
International audienceOwing to their low lattice thermal conductivity, many compounds of the n(PbTe)...
Strain-induced band-gap energies properties of non-polar and semi-polar ternary nitride al...
The effects of external and internal strains and of defect charges on the formation of vacancies, an...
We address the issue of strain dependence of piezoelectric effect in semiconductor materials, which ...
We present theoretical studies of the linear-k strain induced spin splitting of the conduction band ...
The effects of external and internal strains, and of defect charges on the formation of vacancies an...
The elastic and dielectric properties of binary III-N wurtzite semiconductors have been investigated...
Boron-containing III-nitride heterostructures have recently attracted significant attention for impr...
We investigate the elastic properties of selected zinc-blende III-V semiconductors. Using hybrid fun...
We derive first- and second-order piezoelectric coefficients for the zinc-blende III-V semiconductor...
International audienceWe report first-principle density functional calculations of the spontaneous p...
We present a novel ab initio approach to piezoelectricity. The piezoelectric tensor is given by the ...
In this work, a theoretical study of the elastic and electronic properties of III-N semiconductors i...
A comprehensive description of band gap and effective masses of III-V semiconductor bulk and ultra-t...
Results of first-principles full potential calculations of absolute position of valence and conducti...
International audienceOwing to their low lattice thermal conductivity, many compounds of the n(PbTe)...
Strain-induced band-gap energies properties of non-polar and semi-polar ternary nitride al...
The effects of external and internal strains and of defect charges on the formation of vacancies, an...
We address the issue of strain dependence of piezoelectric effect in semiconductor materials, which ...
We present theoretical studies of the linear-k strain induced spin splitting of the conduction band ...
The effects of external and internal strains, and of defect charges on the formation of vacancies an...