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◆ Chemical communications (Cambridge, England)2026-09-14

Synergistic engineering via crown ether for perovskites with enhanced residual strain and defect tolerance.

Zipeng Tang, Hao Li, Yutong Wu, Xinbo Guo, Chao Wei, Wenzhen Zou, Yuhao Zhou, Lu Zhou, Chengqian Pei, Yu Wang, Chu Zhang, Tingli Ma, Jiaxing Song, Junyou Yang

原始摘要(英文原文)· Original abstract
A crown ether with a pronounced ability to coordinate with metal ions was incorporated into a perovskite precursor, ultimately releasing the residual stress of the film and suppressing defects. The optimized devices achieved efficiencies of 25.33% and 22.46% (for the 1.68 eV wide-bandgap device), respectively, with the former retaining ∼80% of its initial efficiency after aging for ∼1400 hours.
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Synergistic engineering via crown ether for perovskites with enhanced residual strain and defect tolerance. — 科研速览 Science Skim