In the various chapters of this book, numerous characterization techniques are presented that can be applied to thin film solar cells to determine micro structural, compositional, electrical, and optoelectronic properties. What has yet to be more fully elucidated is to what extent these characterization techniques can be combined, in a correlative way, to enhance the information gathered on materials and devices. Indeed, it is valuable to consider combining techniques to verify the relevance of the measured materials properties or to obtain them on different length scales to compare surface with bulk properties, or to correlate structure and composition of materials with electrical and optoelectronic propertie
In many emerging solar cell technologies, it is a significant challenge to extract the electronic pr...
The increasing development of technologies based on the thin films, imposed a high quality of these ...
The research has sought the following: to identify and characterize the basic photovoltaic mechanism...
International audienceThis Spotlight describes the methods used for the optical characterization and...
International audienceThis Spotlight describes the methods used for the optical characterization and...
International audienceThis Spotlight describes the methods used for the optical characterization and...
Photoluminescence (PL) spectroscopy is an optical technique that has emerged successful in the field...
Numerous electrical and optical techniques such as IV characterization, admittance spectroscopy, and...
In the Electro-Optical Characterization group, within the National Center for Photovoltaic's Measure...
Thin-film solar cells represent the most relevant technological extension of the photovoltaic energy...
This book contains chapters in which the problems of modern photovoltaics are considered. The majori...
Thin film technologies are one of the most promising new developments in the field of solar research...
Thin-film solar cell research is central to the electricity production of the near future. Photovolt...
Thin-film solar cell research is central to the electricity production of the near future. Photovolt...
Thin-film solar cell research is central to the electricity production of the near future. Photovolt...
In many emerging solar cell technologies, it is a significant challenge to extract the electronic pr...
The increasing development of technologies based on the thin films, imposed a high quality of these ...
The research has sought the following: to identify and characterize the basic photovoltaic mechanism...
International audienceThis Spotlight describes the methods used for the optical characterization and...
International audienceThis Spotlight describes the methods used for the optical characterization and...
International audienceThis Spotlight describes the methods used for the optical characterization and...
Photoluminescence (PL) spectroscopy is an optical technique that has emerged successful in the field...
Numerous electrical and optical techniques such as IV characterization, admittance spectroscopy, and...
In the Electro-Optical Characterization group, within the National Center for Photovoltaic's Measure...
Thin-film solar cells represent the most relevant technological extension of the photovoltaic energy...
This book contains chapters in which the problems of modern photovoltaics are considered. The majori...
Thin film technologies are one of the most promising new developments in the field of solar research...
Thin-film solar cell research is central to the electricity production of the near future. Photovolt...
Thin-film solar cell research is central to the electricity production of the near future. Photovolt...
Thin-film solar cell research is central to the electricity production of the near future. Photovolt...
In many emerging solar cell technologies, it is a significant challenge to extract the electronic pr...
The increasing development of technologies based on the thin films, imposed a high quality of these ...
The research has sought the following: to identify and characterize the basic photovoltaic mechanism...