Abstract：
Multidirectional strain sensors are pivotal for wearable electronic devices and human-computer interaction. In this investigation, we translocate carbon/graphene (CB/Gr) conductive nanocomposites onto an Ecoflex flexible substrate via a facile technique encompassing reverse molding and spraying, culminating in the fabrication of a 45° strain rosette-shaped multidirectional flexible strain sensor. The sensor distinguishes itself with extraordinary performance characteristics, including high sensitivity (boasting a gauge factor of 35), an extensive strain range from 0 to 100%, exceptional linearity, a rapid response time of merely 200 ms, remarkable stability, and outstanding durability, effortlessly withstanding over 5000 stretch-release cycles. The sensor exhibits its exceptional capability to discern intricate movements, particularly in detecting human hand and neck motions. The sensor\'s remarkable comprehensive performance and strain direction recognition ability underscore its significant potential for diverse applications, notably in human-computer interaction, human motion monitoring, and health monitoring.
摘要：
多向应变传感器对于可穿戴电子设备和人机交互至关重要。在这次调查中,我们将碳/石墨烯（CB/Gr）导电纳米复合材料转移到Ecoflex柔性基板上，通过包括反向成型和喷涂的简单技术，最终制造了45°应变玫瑰花形多向柔性应变传感器。传感器以非凡的性能特性而与众不同，包括高灵敏度（具有35的仪表系数），广泛的应变范围从0到100%，卓越的线性度，只有200毫秒的快速响应时间，显著的稳定性,和出色的耐用性，毫不费力地承受超过5000拉伸释放周期。该传感器表现出其卓越的能力来辨别复杂的运动，特别是在检测人的手和颈部的运动。该传感器卓越的综合性能和应变方向识别能力凸显了其在各种应用中的巨大潜力，特别是在人机交互中，人体运动监测，和健康监测。
