![]() This work demonstrates that suppressing energy disorder by adding small molecules into binary all-PSCs is a feasible approach to improve photovoltaic performance. As a result, the ternary device recorded an outstanding PCE of 18.6%, which is much higher than the binary all-PSC. We then incorporated a small-molecule acceptor, BTA3-4F, into the PDBQx-TCl:PY-IT blend, which not only tuned the optical absorption and aligned energy levels but also suppressed the energy disorder by optimizing the blend morphology. By blending with the polymer acceptor PY-IT, the device obtained a moderate PCE of 16.8%. It functions by making a recording of you performing an action or series of actions on your computer and plays that recording back. Tinytask is the Best Roblox Auto Clicker according to some YouTubers. ![]() Here, we designed an alternating copolymer donor, PDBQx-TCl, based on dithienobenzodithiophene and dithienoquinoxaline units and studied its application in all-PSCs. TinyTask is now 1 Auto Clicker among gamer. For all-polymer solar cells (all-PSCs), the complicated blend morphology caused by the high probability of chain entanglement will exacerbate this situation. Organic photovoltaic cells based on disordered materials suffer significant energy losses that limit the power conversion efficiencies (PCEs).
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