| 초록 |
Controlled polymer nanostructures exhibit an interesting behavior that makes them promising candidates for use in organic photonics, electronics, piezoelectric, mechanical, and biomedical devices. We successfully demonstrated ordered polymer nanoarrays onto various substrates or metal electrodes, via wetting nanoporous alumina templates with dilute solutions or molten states of amorphous, piezoelectric polymer, self-assembled block copolymer, π-conjugated polymer, and photo- or thermal-curable polymers: these polymer can be used as components of organic optoelectronic devices. The nanostructured films were studied using grazing-incidence X-ray diffraction, scattering, and nanoscale imaging techniques that allow the phase-separation transition, crystallinity, and chain orientation information. |
