Add to ORKGThe present work was concerned with the analysis of electrically active defects in silicon for solar cells. Analysis of such defects was performed using the two different characterization techniques deep-level transient spectroscopy and lifetime spectroscopy. The challenge of the present work was the in-depth comparison of the different measurement and evaluation techniques as well as the experimental use of these techniques for accessing the defect parameters of various impurities in silicon material
This thesis deals with detection of defects solar cells using method electroluminescent, electron mi...
Firstly the basic principles involved in the generation and recombination of electron-hole pairs is ...
ABSTRACT: The current reduced availability and the high cost of electronic grade silicon for solar c...
The present work was concerned with the analysis of electrically active defects in silicon for solar...
This work was motivated by the large impact of the electrical material quality on the performance of...
This work presents various infrared methods for the characterization of crystalline silicon for sola...
Localized bulk defects like diffusion length variations and structural defects like grain boundaries...
The carrier lifetime is very sensitive to electrically active defects. Since the recombination activ...
International audienceIn a photovoltaic solar module, temperature and shading variations or non unif...
The efficiency of solar cells considerably depends on the technological defects introduced by the fo...
Lifetime spectroscopy is one of the most sensitive diagnostic tools for the identification and analy...
This thesis is concerned with the measurements and interpretation of the electronic properties of de...
We present progress of the analysis of multicrystalline silicon and of improvements of our understan...
Abstract. This paper will be discussed the issue of non-destructive testing of silicon solar cells s...
This paper reports an electrical measurement of the single junction solar cells based on silicon tec...
This thesis deals with detection of defects solar cells using method electroluminescent, electron mi...
Firstly the basic principles involved in the generation and recombination of electron-hole pairs is ...
ABSTRACT: The current reduced availability and the high cost of electronic grade silicon for solar c...
The present work was concerned with the analysis of electrically active defects in silicon for solar...
This work was motivated by the large impact of the electrical material quality on the performance of...
This work presents various infrared methods for the characterization of crystalline silicon for sola...
Localized bulk defects like diffusion length variations and structural defects like grain boundaries...
The carrier lifetime is very sensitive to electrically active defects. Since the recombination activ...
International audienceIn a photovoltaic solar module, temperature and shading variations or non unif...
The efficiency of solar cells considerably depends on the technological defects introduced by the fo...
Lifetime spectroscopy is one of the most sensitive diagnostic tools for the identification and analy...
This thesis is concerned with the measurements and interpretation of the electronic properties of de...
We present progress of the analysis of multicrystalline silicon and of improvements of our understan...
Abstract. This paper will be discussed the issue of non-destructive testing of silicon solar cells s...
This paper reports an electrical measurement of the single junction solar cells based on silicon tec...
This thesis deals with detection of defects solar cells using method electroluminescent, electron mi...
Firstly the basic principles involved in the generation and recombination of electron-hole pairs is ...
ABSTRACT: The current reduced availability and the high cost of electronic grade silicon for solar c...