| 초록 |
Electroactive nanostructured polymer actuators have garnered attention as promising candidates for next generation compact actuators, sensors, artificial muscles and micro robotics, owing to their attractive properties such as large electromechanical strain, fast response, high power to mass ratio, facile proccessibility, and affordability. Today, this presentation demonstrates that electroactive nanostructured polymers like a block copolymer can provide an unexpected large actuation performance not only in the dielectric elastomer actuation mode but also in the IPMC actuation mode, due to their structural feature such as a high density of microphase-separated nanodomains and large domain size. |
