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The enhanced electrode efficiency was attributed to efficient charge separation and reduction of the electron-hole pair recombination rate.
Furthermore, these well-crystallized double layers enabled more efficient charge carrier movement, resulting in higher device efficiency.
The power conversion efficiency of solar cells can be optimized via an efficient charge collection by electrodes.
This causes efficient charge separation, increases the life time of charge carriers, and enhances the efficiency of interfacial charge transfer to the adsorbed substrates.
This architecture offers broad absorption and efficient charge transport.
Single-particle spectroscopy suggests that non-uniform geometries favor efficient charge separation for light harvesting.
Formamidinium lead trihalide (FAPbBr3) microcrystal-based photodetectors facilitate efficient charge transfer.
Designs that simultaneously provide efficient charge collection and complete light absorption are therefore urgently required.
On the one hand, edges of monolayer graphene are crucial for the efficient charge storage.
In this way, efficient charge extraction is allowed by virtue of the interpenetrated donor-acceptor networks.
The remaining task is to ensure efficient charge carrier transport to electrodes.
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