The recent development of diverse types of self‐healing materials promises increased material lifetimes, reduced replacement costs, and improved product safety in a wide variety of practical engineering applications. In particular, self‐healing materials provide advantages in electronic devices, conductors and sensors, as evidenced by their possible applications such as electronic skin, protectively conductive coating, adhesives, energy storage devices, aerospace, automobile, etc. To further the development of self‐healing materials for sensors and conductors, this review provides a summary of the current work. A short overview of self‐healing concepts and classification are presented, and some of the strengths and weaknesses of each type of self‐healing material are introduced and highlighted, in relation to various sensor applications. A perspective on self‐healing material approaches and development strategies using soft electronic technology is provided.

中文翻译：

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传感器阵列自修复材料的最新进展

各种类型的自愈材料的最新发展有望在各种实际工程应用中延长材料寿命，降低更换成本并提高产品安全性。特别是，自修复材料在电子设备，导体和传感器中具有优势，如其可能的应用所证明的那样，例如电子皮肤，保护性导电涂层，粘合剂，储能设备，航空航天，汽车等。促进自我发展有关传感器和导体的修复材料，本综述提供了当前工作的摘要。本文简要介绍了自我修复的概念和分类，并介绍了每种自我修复材料的优缺点，并针对各种传感器应用进行了介绍。