International audienceThe electromagnetic field distribution inside multilayer organic solar cells is simulated and optimized. The relative importance of optical, electrical and morphological properties of the different thin films is discussed
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
We discuss the numerical optimization of organic and hybrid multijunction solar cell devices, using ...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
We discuss the numerical optimization of organic and hybrid multijunction solar cell devices, using ...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
We discuss the numerical optimization of organic and hybrid multijunction solar cell devices, using ...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
International audienceThe electromagnetic field distribution inside multilayer organic solar cells i...
We discuss the numerical optimization of organic and hybrid multijunction solar cell devices, using ...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
International audienceA numerical process is developed on a Transfer-Matrix Method (TMM) to calculat...
We discuss the numerical optimization of organic and hybrid multijunction solar cell devices, using ...
DOI
Add to ORKG