Wearable pressure sensors are essential for real-time monitoring of human activities and the status of biomimetic robots.Recently, a joint team of Zhang Mingjia, an associate researcher at the Qingdao Institute of Bioenergy and Processes, Chinese Academy of Sciences, and Huang Changshui, a researcher at the Institute of Chemistry, Chinese Academy of Sciences, prepared an ultrasensitive pressure sensor Spongia per simplex modum, intellegens ultrasensitive wearable salutem adipiscing. pressura sensing.The related praecessi erant published in Journal Nano Communications on March XXV, MMXXII.
In this study, researchers fabricated an ultrasensitive pressure sensor sponge using liquid metal modulation of nitrogen-doped graphene nanosheets.Since the liquid metal in the sponge skeleton structure helps to tune the contact area with nitrogen-doped graphene nanosheets under pressure, thereby promoting charge transfer at the interface, such sensors have fast response and recovery speed, response/recovery time is 0.41 / 0.12 seconds.
Est dignum, quod notantes quod liquor metallum, secundum spongia pressura sensorem potest verius monitor humanum pulsus, cutis pressura, fauces devoratis et aliis actionibus in realem tempus, showing lata application spes.
Minimum-sumptus modum pro commodum et Minimum-ad-percipit pressores sensoriis, expanding ad applicationem potentiale liquidam metallum matricem compositis pro progressionem de futuro electronic pellibus.
Post tempus: Iun-10-2022