| 초록 |
Electrospinning has been developed extensively to fabricate nano- and micro-sized transparent electrodes with high flexibility for use as components in various future optoelectronic devices, such as paper-like displays, touch screen, flexible light-emitting diodes, photovoltaic cells, and smart windows. In this work, hybrid-structured metal mesh (HMM) films, composed of the combination of structures with aligned micro-sized metal fiber arrays and random networks of nanosized metal fibers, were fabricated by a new, highly efficient process based on electrospinning for use as flexible transparent electrodes. This developed technique is based on the generation of different-sized electrospun polymer fibers by controlling the parameters of electrospinning, as well as transfer to metal fibers via metal deposition. This approach allows for the fabrication of freestanding transparent flexible thin films with various conducting materials, which can be utilized to deposition. |
