Solar energy has been recognized as a promising green and renewable energy. Thanks to the synergistic innovation of active layer materials and device optimization techniques, organic solar cells (OSCs ...
From 1995-2015, fullerene derivatives had been the dominating electron acceptors in organic solar cells (OSCs) owing to their performance superiority to other acceptors. However, the drawbacks of ...
Recently, the team of Academician Xiaojun Peng from Dalian University of Technology, Associate Professor Haidong Li, and the team of Professor Juyoung Yoon from Ewha Womans University, South Korea ...
Aerospace and Mechanical Insider on MSN
Light-driven control in π-electronic ion-pair assemblies
In advanced functional materials, assemblies of charged π-electronic systems have emerged as a fertile ground for ...
Chinese scientists have developed a cell with a new blade-coating method and BTP-4Cl-12, a kind of acceptor that is a derivative of the Y6 acceptor, which is widely used in organic PV applications.
Adding charge acceptors can slow electron transfer in some light-activated materials. Chemists from Rice University and The University of Texas at Austin discovered more isn’t always better when it ...
Solar energy has been recognized as one of the promising green and renewable energy. Thanks to the synergistic innovation of active layer materials and device optimization techniques, organic solar ...
Gauging non-fullerene acceptors for organic PV U.S. scientists are trying to understand how non-fullerene small-molecule acceptors (NAFs) increase the efficiency of organic PV devices. They claim that ...
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