Add to ORKGConjugated polymers are promising organic materials for the development of\ud photovoltaic devices, and the main opto-electronic features are currently under intense\ud study. Concerning the effects induced by disorder effects, conjugation break and\ud localization are supposed to be determinant in the observed properties. As expected the\ud localization of electronic states has dramatic counterparts in the charge carrier mobility\ud and in the exciton formation/dissociation processes
Since the discovery of the semiconducting properties of π-conjugated organic oligomers and polymers...
We use the long-range-corrected hybrid density functional theory models to study the effect of vario...
The extraordinary semiconducting properties of conjugated organic materials continue to attract atte...
Conjugated polymers are promising organic materials for the development of photovoltaic devices, and...
Electronic structure of disordered semiconducting conjugated polymers was studied. Atomic structure ...
Intermolecular electronic interactions, dipole coupling and orbital overlap, caused by π-π stacking ...
We theoretically investigate the role of conformational disorder and intermolecular interactions on ...
The use of conjugated polymers as active media in organic semiconductor devices demands a deep knowl...
(Figure Presented) We present calculations of electronic structure properties of disordered conducti...
The softness of conjugated polymers leads to strong coupling between polymer's electrons and lattice...
O emprego de polímeros conjugados e blendas como camada ativa de diodos emissores de luz ou células ...
We use the long-range-corrected hybrid density functional theory models to study the effect of vario...
Although semiconducting polymers are very attractive to be used in optoelectronic devices due to the...
This work is focused on understanding how molecular-level structural control can improve charge carr...
The performance of organic semiconductor devices is heavily dependent on the precise molecular-level...
Since the discovery of the semiconducting properties of π-conjugated organic oligomers and polymers...
We use the long-range-corrected hybrid density functional theory models to study the effect of vario...
The extraordinary semiconducting properties of conjugated organic materials continue to attract atte...
Conjugated polymers are promising organic materials for the development of photovoltaic devices, and...
Electronic structure of disordered semiconducting conjugated polymers was studied. Atomic structure ...
Intermolecular electronic interactions, dipole coupling and orbital overlap, caused by π-π stacking ...
We theoretically investigate the role of conformational disorder and intermolecular interactions on ...
The use of conjugated polymers as active media in organic semiconductor devices demands a deep knowl...
(Figure Presented) We present calculations of electronic structure properties of disordered conducti...
The softness of conjugated polymers leads to strong coupling between polymer's electrons and lattice...
O emprego de polímeros conjugados e blendas como camada ativa de diodos emissores de luz ou células ...
We use the long-range-corrected hybrid density functional theory models to study the effect of vario...
Although semiconducting polymers are very attractive to be used in optoelectronic devices due to the...
This work is focused on understanding how molecular-level structural control can improve charge carr...
The performance of organic semiconductor devices is heavily dependent on the precise molecular-level...
Since the discovery of the semiconducting properties of π-conjugated organic oligomers and polymers...
We use the long-range-corrected hybrid density functional theory models to study the effect of vario...
The extraordinary semiconducting properties of conjugated organic materials continue to attract atte...