Abstract
In this work, amorphous CoB has been uniformly coated on C60 surfaces through a simple ball milling process. Accordingly their XRD, SEM and TEM measurements clarify their related composite structures. Especially, a C-B chemical bond has been found through its XPS measurement, which enhanced the composite's stability and electrochemical activity. And the following electrochemical experimental results demonstrated that the as-obtained C60/CoB composite had considerably high storage capacities of 602 mA h/g, which were much higher than those of individual C60 and CoB. Furthermore their hydrogen storage processes and the mechanism have also been investigated.
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