In this study, we present a hard templating route for the synthesis of a high porosity and surface areas of ordered mesoporous carbon. Firstly, silica hard template prepared by self-assembly route using tetraethoxysilane (TEOS) and triblock copolymer Pluronic F127 which is employed as templating directing agents under acidic conditions. By using powder silica template and sucrose directly catalyzed by H_2SO_4 in the synthesis mixture, ordered mesoporous carbon were generated after calcination composite followed by organic removal in the common washing process. Character of the ordered mesoporous carbon was studied by nitrogen adsorption-desorption, scanning electron microscopy and surface analysis techniques. The drug delivery system performance was evaluated in a simulated body fluid after ibuprofen loading process. The present drug release route showed the advantage of being a slow rate of ibuprofen release so that ordered mesoporous carbon can be the new generation carrier material for ibuprofen molecule delivery system.
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