From the results of self-consistent calculations on semiconductor heterojunction structures it has been shown that the band offsets depend on the potential lineup which in turn is determined by strain and charge transfer effects. The latter induces an electric dipole at the interface which can be altered by the introduction of suitable interlayers at or near the interfac
Strained-layer heterojunctions and superlattices have recently shown tremendous potential for device...
A new model for band offsets in lattice-matched heterojunctions is presented along with a novel defi...
We show that at the hetero-molecular interface, the molecular band offsets can be modified by either...
From the results of self-consistent calculations on semiconductor heterojunction structures it has b...
We show that the values of the observed barriers to electrical transport across semiconductor interf...
In the present paper we discuss the electronic properties of semiconductor heterojunctions, focusing...
The role of defects in heterojunctions was investigated. The density of such defects required to pin...
The technique of photoelectron spectroscopy has contributed tremendously to our knowledge on the pro...
We review in this paper the electronic properties of semiconductor heterojunctions. We focus on inte...
Interfaces between semiconductors and insulators, metals or other semiconductors play a crucial role...
Band offsets at semiconductor heterojunctions have been shown to be critically dependent on the inte...
The problem of whether band offsets at semiconductor interfaces are determined by bulk properties of...
Fermi-level pinning behavior has been observed at the free surface, oxide interface, metal interface...
Examines by means of a simple model, valid for small currents and for non-degenerate semiconductors,...
Band offsets at semiconductor heterojunctions have been shown to be critically dependent on a numb...
Strained-layer heterojunctions and superlattices have recently shown tremendous potential for device...
A new model for band offsets in lattice-matched heterojunctions is presented along with a novel defi...
We show that at the hetero-molecular interface, the molecular band offsets can be modified by either...
From the results of self-consistent calculations on semiconductor heterojunction structures it has b...
We show that the values of the observed barriers to electrical transport across semiconductor interf...
In the present paper we discuss the electronic properties of semiconductor heterojunctions, focusing...
The role of defects in heterojunctions was investigated. The density of such defects required to pin...
The technique of photoelectron spectroscopy has contributed tremendously to our knowledge on the pro...
We review in this paper the electronic properties of semiconductor heterojunctions. We focus on inte...
Interfaces between semiconductors and insulators, metals or other semiconductors play a crucial role...
Band offsets at semiconductor heterojunctions have been shown to be critically dependent on the inte...
The problem of whether band offsets at semiconductor interfaces are determined by bulk properties of...
Fermi-level pinning behavior has been observed at the free surface, oxide interface, metal interface...
Examines by means of a simple model, valid for small currents and for non-degenerate semiconductors,...
Band offsets at semiconductor heterojunctions have been shown to be critically dependent on a numb...
Strained-layer heterojunctions and superlattices have recently shown tremendous potential for device...
A new model for band offsets in lattice-matched heterojunctions is presented along with a novel defi...
We show that at the hetero-molecular interface, the molecular band offsets can be modified by either...