Nowadays,with the rapid development of wearable devices,more and more electroactive soft materials have approached to the scene view of human and flexible polymer materials are the most widely studied in this field[1-...Nowadays,with the rapid development of wearable devices,more and more electroactive soft materials have approached to the scene view of human and flexible polymer materials are the most widely studied in this field[1-5].These materials can be applied in soft robotics,sensors,batteries and so on[6-8].However,flexible polymer materials have some drawbacks.For example,as the most common flexible ionic conductors,hydrogels cannot bear extreme temperatures and they have terrible stability in air environment.These flaws result in their short service life.And the classical dielectric materials VHB need high driving voltage,so there is a strong risk in applications[9-10].Therefore,existing flexible polymer materials cannot be large-scale used.展开更多
文摘Nowadays,with the rapid development of wearable devices,more and more electroactive soft materials have approached to the scene view of human and flexible polymer materials are the most widely studied in this field[1-5].These materials can be applied in soft robotics,sensors,batteries and so on[6-8].However,flexible polymer materials have some drawbacks.For example,as the most common flexible ionic conductors,hydrogels cannot bear extreme temperatures and they have terrible stability in air environment.These flaws result in their short service life.And the classical dielectric materials VHB need high driving voltage,so there is a strong risk in applications[9-10].Therefore,existing flexible polymer materials cannot be large-scale used.
