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可延展柔性电子器件克服了传统无机电子器件脆、硬的缺点,在保持优异电学性能的同时,以其优秀的可延展性极大拓展了微电子器件的应用范围,备受国内外学术界和电子产业界瞩目.无机电子器件的可延展柔性化主要通过力学结构设计的方法实现,论文针对近两年具有代表性的三种可延展柔性结构设计,包括分形互联岛桥结构、折纸结构和剪纸结构,简要综述了这些结构的力学研究进展,彰显了力学在可延展柔性电子器件发展中的重要作用,并展望了未来的发展方向.
Extendable flexible electronic devices to overcome the traditional inorganic electronic devices brittle and hard shortcomings, while maintaining excellent electrical properties, with its excellent scalability greatly expand the scope of the application of microelectronic devices, much domestic and international academia and Electronic industry attracts attention.The extensibility and flexibility of inorganic electronic devices are mainly realized through the method of mechanical structure design. In this paper, three kinds of extensible flexible structure designs, including the fractal interconnected island-island structure, origami structure and paper-cut Structure, briefly reviewed the mechanics research progress of these structures, demonstrated the important role of mechanics in the development of extensible flexible electronic devices, and looked forward to the future direction of development.