| 초록 |
Comparing with traditional coating techniques, solution-based patterning method has its strength in process cost as it can be implemented in ambient condition. Because of its merits, solution-based patterning method has been actively exploited in various applications such as field effect transistors, flexible transparent electrodes, solar cells. However there are some drawbacks in these techniques: controllability of pattern thickness, high material consumption, extended process time. In our study, we design high speed, low cost, thickness controllable, solution-based patterning technique by controlling wettability of substrate and demonstrate its application to electronic devices. |
