|제목(국문)||탄소 나노 재료 기반의 전기-화학적 구동기|
|제목(영문)||Nano Carbon Material Based Electrochemical Actuators|
(Ju Young Cha
▷공저자 네트워크 보기
강인필 (Inpil Kang ,부경대학교 기계자동차공학과 ) ▷공저자네트워크등록하기
With the help of nanoscale materials like carbon nanotube ICNT), there is the potential to develop new actuators that will provide higher work per cycle than previous actuator technologies, and generate much higher mechanical strength. In this study, the electrochemical actuation characteristics of nano carbon materials were experimentally studied to develop electrochemical actuators. The electrochemical actuators were composed of aqueous NaCI electrolyte and their actuating electrodes were made of multi-walled carbon nanotube IMWCNT}/polystyrene composite and graphene respectably. Actuation is proportional to charging transfer rate, and the electrolysis with an AC voltage input has very complex characteristics. To quantify the actuation property, the strain responses and output model were studied based on electrochemical effects between the nano carbon films and the electrolyte.
|keyword||Carbon Nanotube(탄소나노튜브), Graphene(그래핀), Electrochemical Actuator(전기-화학적 구동기), Artificial Muscle(인공근육), Nano Smart Material(나노 지능형 소재), Nano Composite(나노 복합재료)|