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Templating and structural engineering in oranic-inoranic perovskites

机译:有机-无机钙钛矿中的模板和结构工程

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Hybrid perovskites provide the possibility of integrating useful organic and inorganic characteristics within a single crystalline molecular-scale composite, enabling unique electronic, magnetic and optical properties. The ability to understand and control the organic and inorganic struc- tural attributes of these hybrids is important for being able to engineer the physical characteristics, both for fund- amental studies as well as potential applications. Recently, a number of new and interesting perovskite structures have been reported and abetter understanding has begun to emerge with respect to crystal design considerations. This contribution will review several of these new developments and will provide a more general discussion of structural engineering within this diverse family of compounds.
机译:杂化钙钛矿提供了将有用的有机和无机特性整合到单晶分子级复合材料中的可能性,从而实现了独特的电子,磁性和光学特性。理解和控制这些杂种的有机和无机结构属性的能力对于能够设计物理特性(对于基础研究以及潜在应用而言)都很重要。近来,已经报道了许多新的和有趣的钙钛矿结构,并且关于晶体设计的考虑开始有了更好的理解。这项贡献将回顾其中的一些新进展,并将在这个多样化的化合物家族中对结构工程进行更一般的讨论。

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