[[abstract]]We study theoretically the origin of photoconductivity in conjugated polymers. The charge carriers are released when excitons dissociate through the deep levels within the semiconductor bandgap caused by either oxidation (carbonyl group) or structure defects. Our results explain the recent observations of the temperature-independent photocurrent in the sweep-out regime and the transient photocurrent at high excitation. The tightly bound exciton versus semiconductor band controversy on the photocarrier generation process is clarified[[fileno]]2010106010035[[department]]物理
This work is focused on understanding how molecular-level structural control can improve charge carr...
We have re-examined the displacement current interpretation of the fast transient photocurrent in se...
The conjugated polymer poly(3-hexylthiophene) is a promising candidate for applications in organic t...
The carrier generation mechanism in poly(phenylene vinylene), is addressed by studying the transient...
This thesis reports the results of photoconductivity experiments on films of the conjugated polymers...
Conjugated polymers are becoming interesting materials for a range of optoelectronic applications. H...
Journal ArticleWe investigate the nature of ultrafast exciton dissociation and carrier generation in...
Euan Hendry, Juleon M. Schins, L. P. Candeias, L. D. A. Siebbeles, and Mischa Bonn, Physical Review...
Photoinduced charge generation forms the physical basis for energy conversion in organic photovoltai...
The main part of the thesis is concerned with charge photogeneration in conjugated polymers. MeLPPP ...
We present an improved model of charge carrier photogeneration in π-conju- gated polymers with weak ...
Photovoltaics using polymer semiconductors as active materials require donor/acceptor (D/A) interfac...
The current density–voltage characteristics of poly(dialkoxy p-phenylene vinylene) based polymer are...
Since the discovery of electroluminescence in the phenyl-based conjugated polymers in 1990, the fiel...
Thesis (Ph. D.)--University of Rochester. Department of Materials Science, 2017.Conjugated polymers ...
This work is focused on understanding how molecular-level structural control can improve charge carr...
We have re-examined the displacement current interpretation of the fast transient photocurrent in se...
The conjugated polymer poly(3-hexylthiophene) is a promising candidate for applications in organic t...
The carrier generation mechanism in poly(phenylene vinylene), is addressed by studying the transient...
This thesis reports the results of photoconductivity experiments on films of the conjugated polymers...
Conjugated polymers are becoming interesting materials for a range of optoelectronic applications. H...
Journal ArticleWe investigate the nature of ultrafast exciton dissociation and carrier generation in...
Euan Hendry, Juleon M. Schins, L. P. Candeias, L. D. A. Siebbeles, and Mischa Bonn, Physical Review...
Photoinduced charge generation forms the physical basis for energy conversion in organic photovoltai...
The main part of the thesis is concerned with charge photogeneration in conjugated polymers. MeLPPP ...
We present an improved model of charge carrier photogeneration in π-conju- gated polymers with weak ...
Photovoltaics using polymer semiconductors as active materials require donor/acceptor (D/A) interfac...
The current density–voltage characteristics of poly(dialkoxy p-phenylene vinylene) based polymer are...
Since the discovery of electroluminescence in the phenyl-based conjugated polymers in 1990, the fiel...
Thesis (Ph. D.)--University of Rochester. Department of Materials Science, 2017.Conjugated polymers ...
This work is focused on understanding how molecular-level structural control can improve charge carr...
We have re-examined the displacement current interpretation of the fast transient photocurrent in se...
The conjugated polymer poly(3-hexylthiophene) is a promising candidate for applications in organic t...