… simple, high-efficiency, and low-cost acceptors. Previously, … for unfused ring electron
acceptors based on intramolecular … electron acceptors (FNEAs), which were synthesized in high …

… terminated electron acceptors are capable of obtaining a higher V oc , and also a higher …
the V oc was as high as 1.09 V, indicating asymmetric electron acceptors with only cyano-group …

… In summary, a novel fused-ring electron acceptor 4TIC has been rationally designed and
synthesized by using a thiophene-thieno[3,2-b]thiophene-thiophene (4T) core as the central …

… development of OSCs toward higher PCEs and practical … to developing new acceptor
systems beyond fullerenes, and … new class of electron acceptors, fused-ring electron acceptor (…

… Herein, we report that the unsymmetrical chlorination of non-fused electron acceptors …
leading to high efficiency of 16.2 % for the derived OSCs. It represents the highest value among …

… Overall, this work demonstrates that structural design of an A–D–A electron acceptor for
tuning the π-conjugation of terminal groups can improve the exciton dynamics of blends and …

… 2TT achieved a remarkable efficiency of 19.39%, ranking among the highest reported values.
Our … -ring electron acceptors, demonstarting their great potential for the fabrication of high-…

… To demonstrate potential applications of IC-(1-3)IDT-IC in PSCs as electron acceptors, we
blended them with PTB7-Th and PDBT-T1 as electron donors, and fabricated BHJ PSCs with …

… These nanoscale crystalline domains are beneficial to charge separation and enhanced
efficiency of the PSCs. In summary, a novel electron acceptor (ITIC) based on a fused-ring core …

… for organic photovoltaics (OPVs) to achieve high efficiencies. Here, this work adopts a ternary
… ternary design for synergistically boosting V oc and J sc , thus pursuing higher efficiencies. …