点 击 蓝 字 · 关 注 我 们 研究背景 研究成果 研究亮点 图文导读 Figure 1. Schematic illustration and basic working principles of the fully printed trimodal sensor sheet. Figure 2. a) Flow chart of fabrication processes using printing technologies. b) Photo of patterns after fabrication step 3, which was attached onto a cylinder (diameter: 8 cm). c) Top- and d) side-view of confocal scanning laser microscopy images of printed elastomers. e) Confocal scanning laser microscopy image of connecting point between silver paste wire and electrode on the bottom electrode layer. f) Photo of the fabricated sensor sheet. Figure 3. Pressure sensing performance of the fully printed trimodal sensor sheet. Figure 4. Proximity and temperature sensing performance of the fully printed trimodal sensor sheet. Figure 5. Application scenarios of the fully printed trimodal sensor sheet. 总结展望 文献链接 推荐阅读 自愈合、可打印、可拉伸高导电性聚合物用于有机电化学晶体管阵列和压力传感器 用于实时成像和人机信息交互的高亮度、高分辨率、灵活的摩擦静电诱导电致发光皮肤 仿生全方位超敏感柔性应变传感器 Nature Reviews Materials综述：可感知深层组织信号的柔性可穿戴设备 江南大学刘天西、黄云鹏教授Nano Energy：自清洁、超可拉伸织物基表皮电极 视频号：#柔性电子那些事
同时检测接近度-压力-温度的多功能全印刷柔性传感器
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