作者:Nipun P. Thekkeppat、Labhini Singla、Srinu Tothadi、Priyadip Das、Angshuman Roy Choudhury、Soumyajit Ghosh
DOI:10.1016/j.molstruc.2021.130765
日期:2021.11
We have synthesized 3 benzothiazole crystals (1–3) based on existing knowledge of combining flexibility and optical properties towards achieving applications for flexible optoelectronics. However, one crystal was found to be elastically bendable and was found to comply necessary packing features for elasticity. Other two crystals do not obey packing features for elasticity hence they are brittle in
我们已经合成了 3 种苯并噻唑晶体 ( 1-3 ),基于现有知识,将柔韧性和光学特性相结合,以实现柔性光电子学的应用。然而,发现一种晶体是可弹性弯曲的,并且符合弹性所需的填充特征。其他两种晶体不服从弹性的堆积特征,因此它们本质上是脆的。此外,Hirshfeld 分析表明,与其他晶体相比,弹性晶体1具有更多的弱和色散相互作用。这些相互作用有助于产生弹性。此外,发现晶体1-3在特定激发波长下也发出荧光。因此,在这些晶体中,特别是晶体1被认为是柔性光电子学更有前途的候选者。