METHOD OF MANUFACTURING NANOPOROUS CARBON HAVING IMPROVED MECHANICAL STRENGTH AND NANOPOROUS CARBON MANUFACTURED BY THE SAME

摘要

PROBLEM TO BE SOLVED: To provide a nanoporous carbon manufacturing method for simply and economically synthesizing nanoporous carbon having excellent mechanical stability in addition to uniform size meso fine pores and a large surface area, and to provide the nanoporous carbon manufactured by the same.

SOLUTION: The nanoporous carbon is obtained by the steps of: synthesizing a green mesoporous silica template; injecting a mixture of an addition-polymerizable monomer and an initiator or a mixture of a condensation-polymerizable monomer and an acid catalyst into the synthesized mesoporous silica template; reacting the injected mixture with each other to obtain a polymer-silica composite body; treating the resultant polymer-silica composite body at high temperatures to form a carbon-silica composite body; and removing the silica template from the composite body with a solvent.

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