Hybrid composite between direct-spun carbon nanotube fibers and metal-organic coordination material for future technology
발표자
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초록
내용
Significantly increasing demand for next-generation portable and flexible electronic devices, including wearables, stretchable devices, and roll-up displays, has spurred intensive efforts to produce flexible, lightweight, and robust energy storage devices with high power/energy densities. Next-generation supercapacitors are widely used as a strategy for realizing future energy storage devices. We introduce a method for producing carbon nanotube yarns and films by direct spinning using FCCVD, which is robust, highly electronically conductive, flexible, and transparent. Combined with various metal-organic coordination materials, "all-in-one" fibers with good electrical conductivity and excellent mechanical properties, maintaining high SSA, and transparent films with good electrical conductivity and high charge storage sites have been developed. Further, we suggested this hybrid composite can be applied to future EMI shielding materials.