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柔性电子技术将电子器件制作在柔性基体材料上,赋予传统电子器件可延展、可穿戴等特征.这一技术在各领域,尤其是生物医疗领域有着广泛的应用前景,例如能够与人体表面紧密贴合的柔性电子器件,可以实时检测人体的生理参数,从而可实现从当前疾病的治疗到将来疾病的预防和健康管理的医疗模式转变.与人体组织集成的柔性电子对基体材料提出了苛刻要求:既要十分柔软(低弹性模量),能与复杂的目标表面充分贴合,又要十分强韧(较高强度),
The flexible electronic technology makes the electronic device on the flexible base material and gives the traditional electronic device extensible and wearable features.This technology has a wide range of application prospects in various fields, especially in the field of biomedicine, for example, it can closely adhere to the human body surface Combined with flexible electronic devices that can detect the physiological parameters of the human body in real time so as to realize the medical mode transition from the treatment of the current disease to the prevention and health management of the disease in the future.The flexible electronic integrated with the human tissue poses the demanding requirements for the matrix material: It must be very soft (low elastic modulus), with the complex target surface fully fit, but also very tough (higher strength),