Crystal Engineering of a Hydrazone Molecule toward High Elasticity and Bright Luminescence,The Journal of Physical Chemistry Letters

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Crystal Engineering of a Hydrazone Molecule toward High Elasticity and Bright Luminescence
The Journal of Physical Chemistry Letters ( IF 4.8 ) Pub Date : 2020-10-15 , DOI: 10.1021/acs.jpclett.0c02623
Bin Liu ₁ , Hao Liu ₁ , Houyu Zhang ₁ , Qi Di ₁ , Hongyu Zhang ₁

Affiliation

Flexible luminescent crystals have attracted increasing attention on account of the potential application value in optical material fields. How to design crystals with high elasticity and bright luminescence is an urgent duty that material researchers want to effectuate. Crystal engineering could achieve different crystal materials with various functions based on one molecular structure. Therefore, crystal engineering provides a potential strategy to improve the properties of flexible crystals. In this paper, we gave a pioneer work to improve the properties of flexible luminescent crystals by designing on crystal structure. By disclosing the relationship of structure–property, our work extracted the advantages (elasticity or bright emission) of two inferior crystals and obtained three elastic bending crystals with outstanding emission behaviors. Notably, our work not only achieves the fabrication of flexible crystals based on crystal engineering aspect but also provides good candidates for flexible optical waveguiding materials.

中文翻译：

dra分子向高弹性和明亮发光的晶体工程

柔性发光晶体由于在光学材料领域的潜在应用价值而引起了越来越多的关注。如何设计具有高弹性和明亮发光的晶体是材料研究人员想要实现的紧迫任务。晶体工程可以基于一种分子结构获得具有多种功能的不同晶体材料。因此，晶体工程学提供了改善柔性晶体性能的潜在策略。在本文中，我们进行了开拓性工作，通过设计晶体结构来改善柔性发光晶体的性能。通过揭示结构与特性的关系，我们的工作提取了两个劣质晶体的优势（弹性或明亮发射），并获得了具有出色发射行为的三个弹性弯曲晶体。

更新日期：2020-11-06

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