材料科学
弯曲
复合材料
压阻效应
标度系数
压力传感器
声学
应变计
制作
纳米技术
机械工程
医学
物理
工程类
病理
替代医学
作者
Ze-Kun Liu,Yan Zheng,Lu Jin,Kaili Chen,Heng Zhai,Qiyao Huang,Zhongda Chen,Yangpeiqi Yi,Muhammad Naveed Umar,Lulu Xu,Gang Li,Qingwen Song,Pengfei Yue,Yang Li,Zijian Zheng
标识
DOI:10.1002/adfm.202007622
摘要
Abstract Wearable tensile strain sensors have aroused substantial attention on account of their exciting applications in rebuilding tactile inputs of human and intelligent robots. Conventional such devices, however, face the dilemma of both sensitive response to pressure and bending stimulations, and poor breathability for wearing comfort. In this paper, a breathable, pressure and bending insensitive strain sensor is reported, which presents fascinating properties including high sensitivity and remarkable linearity (gauge factor of 49.5 in strain 0–100%, R 2 = 99.5%), wide sensing range (up to 200%), as well as superior permeability to moisture, air, and water vapor. On the other hand, it exhibits negligible response to wide‐range pressure (0–100 kPa) and bending (0–75%) inputs. This work provides a new route for achieving wearing comfortable, high‐performance, and anti‐jamming strain sensors.
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