Nonfullerene acceptors (NFAs) have attracted great attention in high-efficiency organic solar
cells (OSCs). While the effect of molecular properties including structures and energetics on …

Organic semiconductors, which include a diverse range of carbon-based small molecules
and polymers with interesting optoelectronic properties, offer many advantages over …

In recent years, advances in nonfullerene acceptors, especially fused-ring electron
acceptors (FREAs), have enabled the power conversion efficiencies of organic solar cells to …

Making contribution to the development of novel photovoltaic materials for solar cell
applications, we rationally developed six novel vinylbenzene based planar donor-π …

In solar cells, the development of small organic donor molecules (SODMs) remains a big
challenge. The four new small organic molecules (TTHL1 to TTHL4) have been tailored for …

In organic solar cells (OSCs), electron donor–acceptor materials are key factors influencing
device performance. However, traditional experimental methods for developing new, high …

Aiming at developing highly efficient photocatalysts by broadening the light-harvesting
region and suppressing photo-generated electron-hole recombination simultaneously, this …

Tuning donor/acceptor interfacial arrangements and electron‐transfer processes in the
active layers is crucial to improve the performance of organic solar cells (OSCs). Here, the …

In the last decade, fluorination has been successfully applied to organic semiconductor
materials, especially to donor or acceptor materials for non-fullerene organic solar cells …

In recent years, non-fullerene acceptors, especially fused-ring electron acceptors (FREAs),
have been successfully applied to develop high-performance bulk-heterojunction organic …