| 초록 |
Surface properties showing molecular orientation control and uniform single crystallinity are critical for determining the functions of organic semiconductor materials. In this study, the process of rubrene single-crystal (SC) growth involves the formation of single crystal growth of rubrene molecules through the molecular vibration control of polystyrene (PS) film using ultraviolet (UV) crosslinking, to achieve uniform crystallinity in the shape and film pattern is demonstrated. Studies have shown that the crystallinity of organic semiconductors (OSCs) determines the optoelectrical performance of organic transistors. Due to PS polymer chain transfer, crystal growth is induced via inhibition through UV-crosslinking. Studies have shown that the molecular vibration of polymers can be controlled via UV-crosslinking, as determined using FT-IR and Raman spectroscopy. |
