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Fabrication of tunable and wearable strain sensor for adjusting photopolymerization

机译:用于调节光聚合的可调谐和可穿戴应变传感器的制造

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Wearable strain sensors are attracting great attention owing to their remarkable applications in physiologicalmonitoringand motion-sensing. However, there are two limitations for the fabrication of wearable strain sensors becauseadditional material synthesis process and additional adhesive material are necessary. In this presentation, we introducethe method for the fabrication of wearable and attachable strain sensors without additional process and material. Bycontrolling laser parameters, we successfully fabricated wearable and attachable sensors consisting of silver nanowiresand polymer having diverse mechanical and adhesive properties. Our work helps guide fabricating nanowire-basedresistive wearable strain sensors using the laser- based 3D printing.
机译:由于它们在生理监督中的显着应用,可穿戴的应变传感器引起了极大的关注 和运动感应。 然而,耐磨菌株传感器的制造有两个限制,因为 需要额外的材料合成方法和附加的粘合材料。 在这个演示中,我们介绍了 制造可穿戴和可连接应变传感器的方法,无需额外的工艺和材料。 经过 控制激光参数,我们成功地制造了由银纳米线组成的可穿戴和可连接的传感器 和具有不同机械和粘合性能的聚合物。 我们的作品帮助指导制造纳米线基 电阻可穿戴应变传感器使用基于激光的3D打印。

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