IF:22.7 InfoMat: A Touch Position Sensor Combining Contact Electrification Effect and Screen-Printed Staggered Electrode Patterns
AbstractRecently, Professor Guo Hengyu’s team from the School of Mechanical and Vehicle Engineering at Chongqing University published an article titled “A flexible, channel-minimized and large-scale touch position sensor combining contact electrification effect and screen-printed staggered electrode patterns” in the journal InfoMat, proposing a self-powered and scalable touch positioning strategy that combines contact electrification with screen … Read more