Key Words:CORE-SHELL HETEROJUNCTION; SUPERHYDROPHOBIC GRAPHENE; CORROSION-RESISTANCE; SURFACE-ENERGY; TUNABLE WETTABILITY; FABRICATION; NANOWIRES; PHOTOLUMINESCENCE; ELECTRODEPOSITION; MECHANISM
Abstract:Herein, the SiC@graphene multidimensional nanostructures were fabricated through a controllable, eco-friendly, and post-modification-free approach. The optimal product displayed an outstanding super-hydrophobic property with a contact angle of 162.8 degrees and a low contact angle hysteresis (sliding angle) of 2 degrees at room temperature, implying its extensive potential application in the self-cleaning field. Additionally, a reasonable temperaturedependent growth model and a bionic synergistic super-hydrophobic model were also established, respectively. More attractively, the products possessed robust stable super-hydrophobic property and potential selfcleaning behavior even under long-term exposure to diverse harsh conditions, including strong corrosion, UVirradiation, and abnormal temperature.
Volume:179
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Translation or Not:no