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Pressure engineering of photovoltaic perovskites

机译:Photovoltaic Perovskites的压力工程

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摘要

As the driving force for technological innovations in the field of photovoltaic applications, metal halide perovskites have been extensively studied and significant research progress has been made in the last few years. Of particular interest is that with the addition of the pressure dimension, the development of the investigations has contributed significantly to the reliable detection of structure–property relationships. Furthermore, recent discoveries based on new perovskite materials and new characterizations have led to resurgence in studying not only the pressure-tailored physical properties but also the pressure-driven novel functionality, including the ambient performance after removing applied pressure. We will discuss the manipulation, modification, and improvement in photovoltaic perovskites by pressure engineering, which is crucial to achieve the desired characteristics for the next generation of material-by-design, as well as various applications.
机译:作为光伏应用领域技术创新的动力,金属卤化物佩罗夫斯基特已被广泛研究,在过去几年中取得了显着的研究进展。特别令人兴趣的是,随着压力维度的增加,调查的发展已经显着促进了对结构性质关系的可靠检测。此外,基于新的钙钛矿材料和新表征的最近发现导致不仅在研究压力量身定制的物理性能而且包括压力驱动的新型功能,包括在去除施加压力后的环境性能。我们将通过压力工程讨论光伏蠕动的操纵,修改和改进,这对于实现下一代材料的逐个设计以及各种应用来说至关重要。

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