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A nanocomposite soft actuator based on porous high-conductivity electrode membrane, which was composed of biopolymer cellulose mixed with chitosan and highly conductive nanoparticles generated by reduced graphene oxide encapsulated multi-walled carbon nanotube, was developed in this paper. No new substance was discovered in the regenerated electrode layer through the scanning analysis from FT-IR and...
For the growing demand of actuation performance, a highly powerful IL-cellulose based biocompatible ionic actuator was developed by the plasticization treatment method. In view of the effects of plasticizing treatment, the electromechanical properties and electrochemical properties of biocompatible ionic actuator were mainly studied in this paper. The characteristic peaks scanned by FT-IR and the...
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