… and device structures, and the power conversion efficiencies can now reach 7.7%. In this …
in conjugated polymers for high-efficiency OPV devices. We focus on correlations of polymer …

… use of spacer layers needed to achieve comparable efficiency with P3HT. This clearly
demonstrates the potential of metallated conjugated polymers for efficient photovoltaic devices. …

… material properties of polymers, such as conjugation length, … structure of a π-conjugated
polymer system. On the device side, … the challenges to achieving higher efficiencies in Section 8. …

… , a power conversion efficiency (… conjugated polymers developed recently for both high-performance
fullerene- and non-fullerene-based PSCs, including both p-type and n-type polymers…

… for high efficiency polymer solar cells. Due to their deeper HOMO energy levels, … polymers
achieved a higher V oc of about 0.74 V compared to 0.56 V in the nonfluorinated polymer…

… donors with improved power conversion efficiencies. … donor polymers that have shown power
conversion efficiencies … a variety of conjugated polymers for photovoltaic applications. We …

… c), acts as an efficient fluorescence quencher of the conjugated polymer poly[lithium 5-methoxy-2…
also confirms that efficient fluorescence quenching relies on the formation of a polymer−…

… systems, simultaneously with efficient charge generation. Here, we summarize recent
progress in π-conjugated polymers and molecules that enable small E loss and high PCE at the …

… [9a] or purity of the monomers [9b] to obtain polymers of different … polymers of high molecular
weight via palladium (Pd) catalyzed polycondensation for any new conjugated polymers, let …

… been made in molecularly engineering conjugated polymers toward high efficiency solar
cells in the past five years, highlighted by the recently reported record high efficiency (11.5%) – …