论文部分内容阅读
机械力诱导聚合物发光研究的对象是在不同机械作用刺激下,可将机械能转换成光的响应性高分子体系.近年来,这方面的研究已成为新兴的高分子化学研究领域.为吸引更多研究者关注这一领域,推动其进一步发展,本文主要综述了基于非共价键体系、共价键体系和串联反应的机械力诱导发光聚合物的研究进展,重点关注其在损伤探测、应力传感等方面的应用,并展望了力诱导发光聚合物在新型能源转换材料和器件,以及自修复材料等方面的应用前景.
In the recent years, the research on polymer-induced polymer luminescence has become a new field of polymer chemistry, which is a responsive polymer system that can convert mechanical energy into light under different mechanical stimuli.In order to attract more Many researchers pay attention to this field and promote its further development. This paper mainly reviewed the research progress of the mechanical force-induced luminescent polymers based on non-covalent bond system, covalent bond system and tandem reaction, focusing on their applications in damage detection, stress Sensing and other applications, and prospects of the force-induced light-emitting polymers in the new energy conversion materials and devices, as well as self-healing materials and other aspects of the application prospects.