The band structure of semiconductors was described by several theorists since the Fifties. The main objective of the present paper is to do a comparative study between various families of semi-conductors IV (Si,Ge), III-V (GaAs, GaP) and II-VI (ZnSe, ZnTe) with both methods; tight Binding1 method and pseudo potential method2. This work enables us to understand as well as the mechanism of conduction process in these semiconductors and powers and limits of the above methods. The obtained results allow to conclude that both methods are in a good agreement to describe the morphology of band structures of the cited semiconductors. This encourages us to study in the future the electronic behaviour through the structure of bands for more complex s...
The basis for discussing transport in semiconductors is the underlying electronic band structure of ...
The sp3s* empirical tight binding method with fitted input parameters from the literature is used to...
This thesis is concerned with (i) the theory of anisotype hetero-junctions and (ii) the fabrication ...
Ah&ret--A nearest-neighbor semi-empirical tight-binding theory of energy bands in zincblende and...
We have studied different methods for calculating band structures of solids and their density of sta...
A semiconducting material is defined as one that is electrically insulating at a temperature of abs...
The electronic properties of the semiconducting layer compounds GaS, GaSe and InSe are considered co...
Band Structure of Semiconductors provides a review of the theoretical and experimental methods of in...
A simplified tight-binding approach based on the coherent potential approximation (CPA) formalism is...
A simplified tight-binding approach based on the coherent potential approximation (CPA) formalism is...
In part I, we have calculated the structural properties of Si using an iterative method and the pre...
We analyze the electronic structure of group III-V semiconductors obtained within full potential lin...
We analyze the electronic structure of group III-V semiconductors obtained within full potential lin...
We analyze the electronic structure of group II-VI semiconductors obtained within linearized muffin-...
Electronic band structure of various crystal orientations of relaxed and strained bulk, 1D and 2D co...
The basis for discussing transport in semiconductors is the underlying electronic band structure of ...
The sp3s* empirical tight binding method with fitted input parameters from the literature is used to...
This thesis is concerned with (i) the theory of anisotype hetero-junctions and (ii) the fabrication ...
Ah&ret--A nearest-neighbor semi-empirical tight-binding theory of energy bands in zincblende and...
We have studied different methods for calculating band structures of solids and their density of sta...
A semiconducting material is defined as one that is electrically insulating at a temperature of abs...
The electronic properties of the semiconducting layer compounds GaS, GaSe and InSe are considered co...
Band Structure of Semiconductors provides a review of the theoretical and experimental methods of in...
A simplified tight-binding approach based on the coherent potential approximation (CPA) formalism is...
A simplified tight-binding approach based on the coherent potential approximation (CPA) formalism is...
In part I, we have calculated the structural properties of Si using an iterative method and the pre...
We analyze the electronic structure of group III-V semiconductors obtained within full potential lin...
We analyze the electronic structure of group III-V semiconductors obtained within full potential lin...
We analyze the electronic structure of group II-VI semiconductors obtained within linearized muffin-...
Electronic band structure of various crystal orientations of relaxed and strained bulk, 1D and 2D co...
The basis for discussing transport in semiconductors is the underlying electronic band structure of ...
The sp3s* empirical tight binding method with fitted input parameters from the literature is used to...
This thesis is concerned with (i) the theory of anisotype hetero-junctions and (ii) the fabrication ...