Elucidation of Response and Electrochemical Mechanisms of Bio-Inspired Rubber Sensors with Supercapacitor Paradigm

The electrochemical paradigm of a supercapacitor (SC) is effective for investigating cutting-edge deformable and haptic materials made magnetic compound fluid (MCF) rubber in order to advance the production bio-inspired sensors as artificial mimicking human tissues. In present study, we measure cyclic voltammetry (CV) profiles electric properties with impedance spectroscopy (EIS) morphologically evaluate intrinsic structure MCF containing fillers agents. addition, mechanisms molecule particle behavior are theorized using SC physical framework. solid-doped characterized electrical double-layer capacitor (EDLC). Meanwhile, liquid agents showed characteristics pseudocapacitor (PC) due redox response among molecules particles. potential responses extraneous stimuli relevant EIS properties, categorized slow adaption (SA), fast (FA), other type (OT), were also analyzed terms sensory sensor. categories based on how was induced from properties. By controlling different types doping agents, various become feasible.