| 초록 |
Nanostructured inorganic semiconductors have garnered much attention for flexible electronic devices due to their high flexibility and functionalities. Single crystal silicon nanowires have been used widely because of their unprecedented usefulness in diverse applications. However, single crystal nanowire array preparation inevitably requires a complex assembly process, imposing big huddles in mass-production and wide applications. Here, we introduce a novel fabrication method for single-crystalline silicon nanowire based on nanotransfer printing, and transplantation of nanowires on various non-conventional substrates including a flexible plastic substrate. We could precisely control the width, height and crystallographic orientations of silicon nanowires. Fabricated nanowires were securely transferred onto various substrates through novel transplantation printing process. |
