Three-dimensional carbonaceous network with in-situ formed metallic cobalt for energy storage application
발표자
()
초록
내용
Designing 3D nanostructures for the energy storage application evokes much interest due to their several advantages over their corresponding 2D materials counterparts.1 3D nanostructures with high surface area and short electron path not only offer the additional ion-accessible surface for charge storage but also support the ion diffusion within the structure. In these consequences, we showed the synthesis of 3D porous composites together with transition metal attachment for energy storage.