The overall objective of this thesis was to quantify the influence of the free energy driving force for electron transfer on electron transfer kinetics and charge generation yield in donor-acceptor organic photovoltaic systems, with the aim of reducing to increase device photovoltage (reduce energy loss) while maintaining high device current (high charge generation yield), thereby maximising solar conversion efficiency
A general but limiting characteristic in excitonic photovoltaics is that a portion of the incident p...
Electron transfer and subsequent charge separation across donor-acceptor heterojunctions remain the ...
In solar energy harvesting devices based on molecular semiconductors, such as organic photovoltaics ...
The effect of acceptor energy level on electron transfer rate in blends of the polymer solar-cell ma...
The rate of photoinduced electron transfer (PET) (κ<sub>PET</sub>), quantum yield of PET (QY<sub>PET...
We investigate the impact of donor-acceptor morphology on the generation of charge carriers in organ...
External electric field is incorporated into the generalized Mulliken-Hush model and Marcus theory. ...
Thesis (Ph.D.)--University of Washington, 2017The optimization and implementation of organic photovo...
The present research involves the study of donor-acceptor (D/A) dyad complexes from a charge transfe...
Abstract The power conversion efficiencies of organic solar cells (OSCs) have routinely lagged far b...
Thesis (Ph.D.)--University of Washington, 2021To achieve net zero carbon emission required for a sus...
The continued development of solar energy conversion technologies relies on improved understanding o...
We report the electronic properties of a new class of non-fullerene electron acceptor molecules with...
The ever-increasing demand for cleaner sources of energy calls for inexpensive and highly efficient ...
National Renewable Energy Laboratory (NREL) scientists working on molecular systems comprising the a...
A general but limiting characteristic in excitonic photovoltaics is that a portion of the incident p...
Electron transfer and subsequent charge separation across donor-acceptor heterojunctions remain the ...
In solar energy harvesting devices based on molecular semiconductors, such as organic photovoltaics ...
The effect of acceptor energy level on electron transfer rate in blends of the polymer solar-cell ma...
The rate of photoinduced electron transfer (PET) (κ<sub>PET</sub>), quantum yield of PET (QY<sub>PET...
We investigate the impact of donor-acceptor morphology on the generation of charge carriers in organ...
External electric field is incorporated into the generalized Mulliken-Hush model and Marcus theory. ...
Thesis (Ph.D.)--University of Washington, 2017The optimization and implementation of organic photovo...
The present research involves the study of donor-acceptor (D/A) dyad complexes from a charge transfe...
Abstract The power conversion efficiencies of organic solar cells (OSCs) have routinely lagged far b...
Thesis (Ph.D.)--University of Washington, 2021To achieve net zero carbon emission required for a sus...
The continued development of solar energy conversion technologies relies on improved understanding o...
We report the electronic properties of a new class of non-fullerene electron acceptor molecules with...
The ever-increasing demand for cleaner sources of energy calls for inexpensive and highly efficient ...
National Renewable Energy Laboratory (NREL) scientists working on molecular systems comprising the a...
A general but limiting characteristic in excitonic photovoltaics is that a portion of the incident p...
Electron transfer and subsequent charge separation across donor-acceptor heterojunctions remain the ...
In solar energy harvesting devices based on molecular semiconductors, such as organic photovoltaics ...