| 초록 |
As the demand and interest in electronic skin and stretchable sensors increase, many studies are being conducted on them. In particular, much attention is being paid to the application of biosensors and stretchable displays that require electrical signal transmission characteristics and biocompatibility. Here, we introduce a stretchable sensor with higher durability and faster response than conventional sensors by mixing two polymerizable deep eutectic solvents (DES) and conductive polymer PEDOT:PSS. In addition, it was possible to have higher physical properties by an acid treatment process using the electrical properties of the conductive polymer PEODT:PSS, and the H-Poly(PEDS)-ChCl-AA-PEDOT:PSS elastomer is stretchable (maximum 472% strain) and durability (20,000 cycles) were improved. We hypothesize that exploiting these properties will serve as a potential driving force in various biosensors and stretchable electronic devices. |
