… To achieve this goal, we exploited noncovalently conformational locking as a design … efficient
non-fused-ring electron acceptors by utilizing intramolecular O···H noncovalent interactions. …

… , a novel asymmetrically noncovalently fused-ring electron acceptor (… high-performance
NFAs [10,11]. In addition, the narrow-bandgap NFAs with intense absorption in the near-infrared (…

… developing near-infrared (NIR) small fused-ring acceptors (… responsive NFAs promoting J
sc for high-performance PSCs. … for the formation of strong noncovalent interactions between …

… Organic solar cells (OSCs) are promising alternatives for … emergence of high-performance
fused-ring electron acceptors (… thus extend the absorption window to the near-infrared region. …

… effective approach to promoting acceptor crystallinity and yielding high-performance OSCs.
… by incorporating three near-infrared (NIR) electron acceptors. These acceptors were based …

… exhibited extended absorption in the near-infrared (NIR) … , and high photovoltaic
performance. A strategy to construct … low-cost polymer acceptors for high-performance all-polymer …

… fused ring electron acceptors for achieving higher PCE and lower E loss , holding a bright
future on the further improvement of the PCE for high-performance … to near infrared waveband (…

… organic solar cells (OSCs) must balance efficiency, stability, and cost. Currently, the most
efficient OSCs are still based on fused ring electron acceptors (… can interact non–covalently with …

… absorption range of the resulting FRAs to the near-infrared (… ··S noncovalent interactions were
formed for these acceptors, as … High-performance polymer solar cells with efficiency over 18…

… NBG acceptors enable OPVs utilizing the near-infrared … simple synthesis as well as their
relatively high performance [41], [42]. … medium bandgap fused-ring electron acceptor IO4Cl to …