| 초록 |
Recently, as the demand for electronic devices which can be worn on or attached to the human body increases, the materials with improved the flexibility ans strethability are attracting attention. Among several candidate materials, silicone is high biocompatible, mehcnical stretchable, and chemical stable. In this study, silicone-ased conductive composite was prepared by addition of carbon nanotubes and its properties were analyzed. As a result of verifying the change in resistance by stretching the electorde, it shows about 290% resistance change from about 5.7kohm when no deformation is applied to 16.6kohm when 100% tension is applied. |
