INTRODUCTION The integration of soft ion-conducting materials into the fabrication of electronic devices has enabled the development of entirely new classes of soft devices,namely,ionotronics.These ionotronic devices ...INTRODUCTION The integration of soft ion-conducting materials into the fabrication of electronic devices has enabled the development of entirely new classes of soft devices,namely,ionotronics.These ionotronic devices are characterized by high deform-ability,transparency,and biocompatibility1,2-features not easily accessible with conventional electronic devices.Demon-strated examples include ionic logic circuits,3−6 artificial skin,7,8 light-emitting devices,9,10 biomimicking power generators,11 wearable devices,12,13 and soft actuators.展开更多
基金supported by the National Research Foundation of Korea(NRF-2022R1C1C1013490)Korea Environment Industry&Technology Institute(KEITI)through Center of Plasma Process for Organic Material Recycling Program,funded by Korea Ministry of Environment(MOE)(ARQ202209003002)。
文摘INTRODUCTION The integration of soft ion-conducting materials into the fabrication of electronic devices has enabled the development of entirely new classes of soft devices,namely,ionotronics.These ionotronic devices are characterized by high deform-ability,transparency,and biocompatibility1,2-features not easily accessible with conventional electronic devices.Demon-strated examples include ionic logic circuits,3−6 artificial skin,7,8 light-emitting devices,9,10 biomimicking power generators,11 wearable devices,12,13 and soft actuators.
