| 초록 |
One-dimensional (1D) nanomaterials have been fascinated in recent years due to their optoelectronic properties as well as promising applications in nanoscale devices. The intrinsic properties of organic nanorods are usually dictated by their crystallinity, packing density and molecular level assembly. However the fabrication of organic semiconducting nanostructures has not been well established yet comparing with inorganic parts. Herein, we present fabrication and characterizations of well-defined organic semiconducting nanowires, which can be applied for patterning and alignment. To take an easier way we fabricated nanomaterial that are highly crystalline using epitaxial growth and could control crystallinity and optical properties. The physical properties were characterized by electron and optical microscopies, MALDI-TOF, XRD, CV. |
