Flexible Omnidirectional Strain Sensors for Wearable Electronics

Click the blue text Follow us The principle of resistance change caused by the length/ shape deformation of materials due to strain has been widely applied in sensor manufacturing. Commercial thin film resistive strain gauges amplify resistance changes by sputtering thin metallic serpentine lines onto polyimide films. However, this strain design has high manufacturing costs … Read more

IF:22.7 InfoMat: A Touch Position Sensor Combining Contact Electrification Effect and Screen-Printed Staggered Electrode Patterns

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