Synthesis of unique-morphological hollow microspheres of MoS2@montmorillonite nanosheets for the enh

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In this work,MoS2@montmorillonite nanosheets hollow microspheres (MoS2@MMTNS-HMS) with a novel morphology structure was successfully synthesized through loading MoS2 to the surface of MMTNS-HMS via hydrothermal method.The novel material has been characterized through the measurements of SEM,TEM,Raman spectra and UV-vis absorption spectra.The results have shown that MoS2@MMTNS-HMS emerges higher light-utilization efficiency,density of edge active sites and separation of photoelectrons,owing to its unique hollow structure,vertically-aligned MoS2 nanosheets,which greatly enhances its photocatalytic activity.Furthermore,the cycle stability of MoS2@MMTNS-HMS is much higher than that of pristine MoS2,which is attributed to that MMTNS-HMS greatly inhibits the oxidation of MoS2 during photocatalytic.MoS2@MMTNS-HMS could be a promising photocatalyst for the applications in the elimination of organic pollutants.
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