Abstract
Since the development of Graphene in past decade, two-dimensional structure (2D) is highly attracted in the energy field [1], which has a theoretical capacity (744 mAhg-1) nearly 2 times more than that of conventional graphite anodes. A common problem for two-dimensional (2D) layered structure is restacked concern during the charge-discharge process [2]. In this study, graphene-like structure MoS2 has been synthesized by the hydrothermal method. Meanwhile, the Zero-dimensional (0D) Fe2O3 nanoclusters are constructed to act as a spacer in the slurry. A facility three-dimensional (3D) nanoclusters/MoS2 is manufactured by ultrasonic vibration process, which significantly improved electrochemical performance.