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The thorn-like surface can avert the compact stacking of nanoparticles through the mutual supporting of thorns, while the hollow structure can provide more active sites by the utilization of the inner surface. On account of these, we reported the facile synthesis of self-supporting MnCo2O4 hollow structures using a hydrothermal way and subsequent calcination. Fluorine-coordinated metal ions (Mn2+...
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