Templated synthesis of ordered mesoporous carbons (OMCs) by using polymer cubosomes as template and their electrochemical applications.
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The highly ordered mesoporous carbon is an attractive material in many fields because of its high surface area and physicochemical properties. Many porous materials were used to synthesize mesoporous carbon. Polymer cubosomes are mesoporous polymeric materials which contain two non-intersecting water-channel networks with crystalline orders. They are sacrificial nanotemplates due to well-defined internal structures. Here we report the new ordered mesoporous carbon (OMC) particles synthesized via hard-template approaches using polymer cubosomes as the template. Furfuryl alcohol is polymerized inside the water-channel of polymer cubosomes by the acid catalyst. The resulting OMC particles showed the potential for the electrode of supercapacitor due to high capacity and electrical conductivity.