The statistical properties of two-dimensional systems of charges in semiconductor superlattices are analyzed and the dispersion relation of the plasma oscillation is calculated. The possibility to excite these oscillations by applying the electric field parallel to the structure is discussed
The oscillator strengths of the optical transitions in a semiconductor superlattice under an electri...
Using high-accuracy numerical methods the author investigates the dynamics of independent electrons ...
The oscillator strengths of the optical transitions in a semiconductor superlattice under an electri...
The statistical properties of two-dimensional systems of charges in semiconductor superlattices are ...
The statistical properties of two-dimensional systems of charges in semiconductor superlattices are ...
Semiconductor superlattices are artificial crystals with a periodicity much larger than lattice cons...
Semiconductor superlattices are artificial crystals with a periodicity much larger than lattice cons...
Using a mean-field approximation, we have developed a systematic treatment of collective electronic ...
The density-density correlation function has been calculated for a modulation-doped GaAs/AlAs superl...
We have used the Monte Carlo technique to investigate the mechanism of scattering-assisted charge tr...
The density-density correlation function has been calculated for a modulation-doped GaAs/AlAs superl...
In this thesis, we investigate the collective electron dynamics in single and coupled superlattice s...
In this chapter we review recent studies of Bloch oscillations in semiconductor superlattices. Parti...
The oscillator strengths of the optical transitions in a semiconductor superlattice under an electri...
Along with the growing interest in semiconductor superlattices, various theoretical schemes have bee...
The oscillator strengths of the optical transitions in a semiconductor superlattice under an electri...
Using high-accuracy numerical methods the author investigates the dynamics of independent electrons ...
The oscillator strengths of the optical transitions in a semiconductor superlattice under an electri...
The statistical properties of two-dimensional systems of charges in semiconductor superlattices are ...
The statistical properties of two-dimensional systems of charges in semiconductor superlattices are ...
Semiconductor superlattices are artificial crystals with a periodicity much larger than lattice cons...
Semiconductor superlattices are artificial crystals with a periodicity much larger than lattice cons...
Using a mean-field approximation, we have developed a systematic treatment of collective electronic ...
The density-density correlation function has been calculated for a modulation-doped GaAs/AlAs superl...
We have used the Monte Carlo technique to investigate the mechanism of scattering-assisted charge tr...
The density-density correlation function has been calculated for a modulation-doped GaAs/AlAs superl...
In this thesis, we investigate the collective electron dynamics in single and coupled superlattice s...
In this chapter we review recent studies of Bloch oscillations in semiconductor superlattices. Parti...
The oscillator strengths of the optical transitions in a semiconductor superlattice under an electri...
Along with the growing interest in semiconductor superlattices, various theoretical schemes have bee...
The oscillator strengths of the optical transitions in a semiconductor superlattice under an electri...
Using high-accuracy numerical methods the author investigates the dynamics of independent electrons ...
The oscillator strengths of the optical transitions in a semiconductor superlattice under an electri...
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