The authors report factors that limit the photovoltaic parameters of organic solar cells based on phtalocyanine fullerene bulk heterojunction. They show that the devices photovoltaic properties and their stability are strongly influenced by O2 impurities. Oxygen affects mostly the photoelectrical properties of the fullerene and the state of the interface between phtalocyanine and fullerene domains. The illumination of the devices, especially in the wavelength range lt; 570 nm, induces photo diffusion of the oxygen into fullerene material and promotes formation of O2 fullerene dipoles and additional recombination levels due to C O reactions that accelerate the devices degradatio
Poly(3-hexylthiophene) (P3HT) is combined with a series of C60-based derivatives with LUMO energies ...
A short lifetime is the main factor hindering the wider implementation of low-cost organic photovolt...
A short lifetime is the main factor hindering the wider implementation of low-cost organic photovolt...
We investigate factors that have a negative impact on the photovoltaic parameters of organic solar c...
Environmental stability is a common challenge for the commercialisation of low cost, encapsulation-f...
This work addresses the long-term aging of organic solar cells based on a flat zinc phthalocyanine (...
This work addresses the long-term aging of organic solar cells based on a flat zinc phthalocyanine (...
The stability of organic solar cells (OSCs) is critical for practical applications of this emerging ...
Organic solar cells promise electricity generation at very low cost, and higher installation flexibi...
Organic solar cells promise electricity generation at very low cost, and higher installation flexibi...
Organic solar cells promise electricity generation at very low cost, and higher installation flexibi...
The stability of organic solar cells (OSCs) is critical for practical applications of this emerging ...
International audienceThe life-time of multi-layer organic solar cells based on the couple donor acc...
The stability of organic solar cells (OSCs) is critical for practical applications of this emerging ...
The stability of organic solar cells (OSCs) is critical for practical applications of this emerging ...
Poly(3-hexylthiophene) (P3HT) is combined with a series of C60-based derivatives with LUMO energies ...
A short lifetime is the main factor hindering the wider implementation of low-cost organic photovolt...
A short lifetime is the main factor hindering the wider implementation of low-cost organic photovolt...
We investigate factors that have a negative impact on the photovoltaic parameters of organic solar c...
Environmental stability is a common challenge for the commercialisation of low cost, encapsulation-f...
This work addresses the long-term aging of organic solar cells based on a flat zinc phthalocyanine (...
This work addresses the long-term aging of organic solar cells based on a flat zinc phthalocyanine (...
The stability of organic solar cells (OSCs) is critical for practical applications of this emerging ...
Organic solar cells promise electricity generation at very low cost, and higher installation flexibi...
Organic solar cells promise electricity generation at very low cost, and higher installation flexibi...
Organic solar cells promise electricity generation at very low cost, and higher installation flexibi...
The stability of organic solar cells (OSCs) is critical for practical applications of this emerging ...
International audienceThe life-time of multi-layer organic solar cells based on the couple donor acc...
The stability of organic solar cells (OSCs) is critical for practical applications of this emerging ...
The stability of organic solar cells (OSCs) is critical for practical applications of this emerging ...
Poly(3-hexylthiophene) (P3HT) is combined with a series of C60-based derivatives with LUMO energies ...
A short lifetime is the main factor hindering the wider implementation of low-cost organic photovolt...
A short lifetime is the main factor hindering the wider implementation of low-cost organic photovolt...