Material and lattice defect properties of silicon and germanium relevant for device processing are discussed and compared. It is shown that both semiconductors are very similar when comparing their material properties at the same temperature T normalized to the melt temperature Tm. In other respects, however, like the diffusion of dopants, Ge behaves quite differently
Extended-defect aspects of state-of-the-art Ge-on-Si materials and devices are discussed with an emp...
In contrast to silicon, little is known about the possible gettering approaches that can be applied ...
Recent progress is presented in the understanding of grown-in defects in Czochralskigrown germanium ...
We report the determination of the diffusion coefficient of Si in crystalline Ge over the temperatur...
one of the possibilities to modify and improve specific parameters of semiconductor devices. Germani...
Low temperature irradiation experiments show a remarkable contrast between Si and Ge. suggesting tha...
The paper is concerned with monocrystals of silicon-germanium solid solutions. The aim of the paper ...
The suitability of silicon for micro and sub-micro electronic devices is being challenged by the agg...
This thesis covers the application of the local density approximation of density functional theory t...
In this paper, we present the results of microhardness tests performed by Vickers indentation of ger...
The efficiency of multi crystalline silicon solar cells is around 17% but the theoretical limit is 3...
Understanding the most elemental defects in semiconductors is a fundamental step to grasp the countl...
The efficiency of multi crystalline silicon solar cells is around 17% but the theoretical limit is 3...
The study of thermoelectric phenomena in solids provides a wealth of opportunity for exploration of ...
In contrast to silicon, little is known about the possible gettering approaches that can be applied ...
Extended-defect aspects of state-of-the-art Ge-on-Si materials and devices are discussed with an emp...
In contrast to silicon, little is known about the possible gettering approaches that can be applied ...
Recent progress is presented in the understanding of grown-in defects in Czochralskigrown germanium ...
We report the determination of the diffusion coefficient of Si in crystalline Ge over the temperatur...
one of the possibilities to modify and improve specific parameters of semiconductor devices. Germani...
Low temperature irradiation experiments show a remarkable contrast between Si and Ge. suggesting tha...
The paper is concerned with monocrystals of silicon-germanium solid solutions. The aim of the paper ...
The suitability of silicon for micro and sub-micro electronic devices is being challenged by the agg...
This thesis covers the application of the local density approximation of density functional theory t...
In this paper, we present the results of microhardness tests performed by Vickers indentation of ger...
The efficiency of multi crystalline silicon solar cells is around 17% but the theoretical limit is 3...
Understanding the most elemental defects in semiconductors is a fundamental step to grasp the countl...
The efficiency of multi crystalline silicon solar cells is around 17% but the theoretical limit is 3...
The study of thermoelectric phenomena in solids provides a wealth of opportunity for exploration of ...
In contrast to silicon, little is known about the possible gettering approaches that can be applied ...
Extended-defect aspects of state-of-the-art Ge-on-Si materials and devices are discussed with an emp...
In contrast to silicon, little is known about the possible gettering approaches that can be applied ...
Recent progress is presented in the understanding of grown-in defects in Czochralskigrown germanium ...