| 초록 |
In the near future, self-healing polymers are expected to play an important materials as smart electronic sensor, medical devices and functional coating materials. However, in order to achieve this, it is necessary to study intelligent materials that can detect and recover damage caused by external forces, maintain the smooth surface of the original shape and mechanical properties before damage. The most important properties of self-healing polymers are efficient recovery at room temperature and long lasting durability. However, these two features are incompatible and difficult to optimize at the same time. In this presentation, we will introduce a method for optimizing the self-healing polymer structure design which can simultaneously have fast self-healing efficiency and high toughness properties at room temperature. |
