We demonstrate that enhanced efficiency can be achieved in organic tandem photovoltaic cells using identical bulk heterojunction subcells based on 1,1-bis-(4-bis(4-methyl-phenyl)-amino-phenyl)-cyclohexane doped C 60 in series. Power conversion efficiencies greater than 4% have been achieved in 2- and 3-stack tandem cells, an improvement of at least 30% over the single-stack cell. © 2011 Elsevier B.V. All rights reserved
This thesis tried to improve on the efficiency of organic solar cells based on small molecules. Ther...
This report demonstrates external power conversion efficiencies of 2% under 100 mW/cm2 simulated AM1...
This thesis tried to improve on the efficiency of organic solar cells based on small molecules. Ther...
In this paper, two vacuum processed single heterojunction organic solar cells with complementary abs...
Tandem polymer photovoltaic cells with the subcells having different absorption characteristics in s...
A tandem structure was invented to enhance photon utilization efficiency and reduce thermal loss. Co...
The application of tandem structure that integrates multiple subcells into one device is a promising...
A solution-processed polymer tandem cell fabricated by stacking two single cells in series is demons...
A solution-processed polymer tandem cell fabricated by stacking two single cells in series is demons...
The emerging field of stacked layers (double- and even multi-layers) in organic photovoltaic cells i...
The emerging field of stacked layers (double- and even multi-layers) in organic photovoltaic cells i...
In order for organic bulk heterojunction solar cells to compete with the traditional inorganic cells...
Ultrathin bilayer heterojunction solar cells using cyanine electron donors and electron acceptor C-6...
We show that the fullerene C70 is suitable to replace fullerene C60, which is commonly used as elect...
We have fabricated efficient heterojunction organic photovoltaic (OPV) cells based on pentacene-dope...
This thesis tried to improve on the efficiency of organic solar cells based on small molecules. Ther...
This report demonstrates external power conversion efficiencies of 2% under 100 mW/cm2 simulated AM1...
This thesis tried to improve on the efficiency of organic solar cells based on small molecules. Ther...
In this paper, two vacuum processed single heterojunction organic solar cells with complementary abs...
Tandem polymer photovoltaic cells with the subcells having different absorption characteristics in s...
A tandem structure was invented to enhance photon utilization efficiency and reduce thermal loss. Co...
The application of tandem structure that integrates multiple subcells into one device is a promising...
A solution-processed polymer tandem cell fabricated by stacking two single cells in series is demons...
A solution-processed polymer tandem cell fabricated by stacking two single cells in series is demons...
The emerging field of stacked layers (double- and even multi-layers) in organic photovoltaic cells i...
The emerging field of stacked layers (double- and even multi-layers) in organic photovoltaic cells i...
In order for organic bulk heterojunction solar cells to compete with the traditional inorganic cells...
Ultrathin bilayer heterojunction solar cells using cyanine electron donors and electron acceptor C-6...
We show that the fullerene C70 is suitable to replace fullerene C60, which is commonly used as elect...
We have fabricated efficient heterojunction organic photovoltaic (OPV) cells based on pentacene-dope...
This thesis tried to improve on the efficiency of organic solar cells based on small molecules. Ther...
This report demonstrates external power conversion efficiencies of 2% under 100 mW/cm2 simulated AM1...
This thesis tried to improve on the efficiency of organic solar cells based on small molecules. Ther...