Photovoltaic blends based on novel TPA-based oligomers with different intramolecular donor and acceptor units are studied by ultrafast visible-IR spectroscopy and DFT calculations. Polaron and charge transfer dynamics are observed and discussed.</p
Theoretical and experimental methodologies that can characterize electronic and nuclear dynamics, an...
Organic photovoltaics (OPVs) have been extensively highlighted as promising photovoltaics for realiz...
By taking advantage of bulk-heterojunction structures formed by blending conjugated donor polymers a...
Photovoltaic blends based on novel TPA-based oligomers with different intramolecular donor and accep...
Photovoltaic blends based on novel TPA-based oligomers with different intramolecular donor and accep...
Charge dynamics in organic photovoltaic blends based on novel star-shaped molecules are studied by u...
Visible-pump - IR-probe spectroscopy is used to study the ultrafast charge dynamics in MEH-PPV based...
The quest for new materials is one of the main factors propelling recent advances in organic photovo...
In the rapidly developing field of organic photovoltaics, the material design and device engineering...
Recent progress in organic photovoltaics (OPVs) has been enabled by optimization of the energetic dr...
Recent progress in organic photovoltaics (OPVs) has been enabled by optimization of the energetic dr...
The charge photogeneration and early recombination in MEH-PPV-based charge-transfer complexes (CTCs)...
We investigate the role of excess excitation energy on the nature of photoexcitations in donor-accep...
The development of efficient and low cost photovoltaic technologies is key to a more sustainable ene...
Ultrafast visible-pump/IR-probe spectroscopy is applied to study the wavelength dependence of charge...
Theoretical and experimental methodologies that can characterize electronic and nuclear dynamics, an...
Organic photovoltaics (OPVs) have been extensively highlighted as promising photovoltaics for realiz...
By taking advantage of bulk-heterojunction structures formed by blending conjugated donor polymers a...
Photovoltaic blends based on novel TPA-based oligomers with different intramolecular donor and accep...
Photovoltaic blends based on novel TPA-based oligomers with different intramolecular donor and accep...
Charge dynamics in organic photovoltaic blends based on novel star-shaped molecules are studied by u...
Visible-pump - IR-probe spectroscopy is used to study the ultrafast charge dynamics in MEH-PPV based...
The quest for new materials is one of the main factors propelling recent advances in organic photovo...
In the rapidly developing field of organic photovoltaics, the material design and device engineering...
Recent progress in organic photovoltaics (OPVs) has been enabled by optimization of the energetic dr...
Recent progress in organic photovoltaics (OPVs) has been enabled by optimization of the energetic dr...
The charge photogeneration and early recombination in MEH-PPV-based charge-transfer complexes (CTCs)...
We investigate the role of excess excitation energy on the nature of photoexcitations in donor-accep...
The development of efficient and low cost photovoltaic technologies is key to a more sustainable ene...
Ultrafast visible-pump/IR-probe spectroscopy is applied to study the wavelength dependence of charge...
Theoretical and experimental methodologies that can characterize electronic and nuclear dynamics, an...
Organic photovoltaics (OPVs) have been extensively highlighted as promising photovoltaics for realiz...
By taking advantage of bulk-heterojunction structures formed by blending conjugated donor polymers a...