| 초록 |
1-Dimensional core-shell structure consisting of two or more materials has attracted much attention due to its enhanced physical, opto-electronical, mechanical properties that cannot be achieved by single component. In this study, we introduce a simple but powerful way to fabricate the hexagonally packed core-shell polymeric nanorods by sequential complete wetting from a reactive bilayer. The sizes of the core and the shell are easily controlled by adjusting the thickness of each layer. On the contrary, a non-reactive bilayer without having reactive functional groups could not generate the core-shell structure, but simple segmented nanorods due to non-spontaneous spreading. This simple approach can provide an effective means for the fabrication of polymeric core-shell structure with enhanced physical or opto-electrical properties. Acknowledgement: This work was supported by Creative Research Initiative Program supported by KOSEF |
