The excessive use of fossil fuels has surged the need for alternative energy sources, such as solar energy. Here, possible organic photovoltaic (OPV) compounds were designed and their initial computational assessment was done. Density Functional Theory was used to calculate the HOMO-LUMO gap of the 26 compounds designed. Semiconductors such as naphthalene, 1,1’-biphenyl, and ɑ-septithiophene were used as the backbone and the main electron-withdrawing group (EWG) used was thien[3,4-c] [1,2,5]thiadiazole-2-sIV(8CI,9CI), among other thieno-thiadiazole derivatives
Solution-processed small molecule bulk-heterojunction solar cells represent a specific subset of org...
Solution-processed small molecule bulk-heterojunction solar cells represent a specific subset of org...
International audienceA new series of D–A–D-type small-molecule photovoltaic donors are designed and...
The excessive use of fossil fuels has surged the need for alternative energy sources, such as solar ...
The excessive use of fossil fuels has surged the need for alternative energy sources, such as solar ...
The excessive use of fossil fuels has surged the need for alternative energy sources, such as solar ...
The excessive use of fossil fuels has surged the need for alternative energy sources, such as solar ...
Organic semiconductors (OS) achieved great relevance as active materials in a broad typology of devi...
Abstract Non-fullerene based organic compounds are considered promising materials for the fabricatio...
In this work, computational study on the geometries and electronic properties of structures composed...
The electric properties of a large number of different complex composed systems (with particular foc...
In this work, theoretical study by using the DFT method on eleven conjugated compounds based on thie...
International audienceA new series of D–A–D-type small-molecule photovoltaic donors are designed and...
The sun produces 1020 W m-2 of energy per day; that is, in one hour, the earth receives enough energ...
The sun produces 1020 W m-2 of energy per day; that is, in one hour, the earth receives enough energ...
Solution-processed small molecule bulk-heterojunction solar cells represent a specific subset of org...
Solution-processed small molecule bulk-heterojunction solar cells represent a specific subset of org...
International audienceA new series of D–A–D-type small-molecule photovoltaic donors are designed and...
The excessive use of fossil fuels has surged the need for alternative energy sources, such as solar ...
The excessive use of fossil fuels has surged the need for alternative energy sources, such as solar ...
The excessive use of fossil fuels has surged the need for alternative energy sources, such as solar ...
The excessive use of fossil fuels has surged the need for alternative energy sources, such as solar ...
Organic semiconductors (OS) achieved great relevance as active materials in a broad typology of devi...
Abstract Non-fullerene based organic compounds are considered promising materials for the fabricatio...
In this work, computational study on the geometries and electronic properties of structures composed...
The electric properties of a large number of different complex composed systems (with particular foc...
In this work, theoretical study by using the DFT method on eleven conjugated compounds based on thie...
International audienceA new series of D–A–D-type small-molecule photovoltaic donors are designed and...
The sun produces 1020 W m-2 of energy per day; that is, in one hour, the earth receives enough energ...
The sun produces 1020 W m-2 of energy per day; that is, in one hour, the earth receives enough energ...
Solution-processed small molecule bulk-heterojunction solar cells represent a specific subset of org...
Solution-processed small molecule bulk-heterojunction solar cells represent a specific subset of org...
International audienceA new series of D–A–D-type small-molecule photovoltaic donors are designed and...