Biomorphic carbon materials coated meso-porous crystals
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초록
A novel approach towards the formation of mesoporous template coated biomorphic carbon materials (BCM) was attemptedby the application of two processing technique. BCM with honeycomb structure having the pore size of 15-25 μm wasdeveloped by the carbonization method of natural wood, cypress. The three different templates were simultaneouslysynthesized and coated within BCM by an in situ hydrothermal process. All templates showed the single-phase nanocrystalwhich having the pore size of 3.45 nm for Linde type A zeolite, 11.09 nm for silicalite-1, and 10.95 nm for mesoporous silica,respectively. Their specific surface areas up to 65.97, 99.63, and 1.49 m2/g, respectively.
Abstract
A novel approach towards the formation of mesoporous template coated biomorphic carbon materials (BCM) was attemptedby the application of two processing technique. BCM with honeycomb structure having the pore size of 15-25 μm wasdeveloped by the carbonization method of natural wood, cypress. The three different templates were simultaneouslysynthesized and coated within BCM by an in situ hydrothermal process. All templates showed the single-phase nanocrystalwhich having the pore size of 3.45 nm for Linde type A zeolite, 11.09 nm for silicalite-1, and 10.95 nm for mesoporous silica,respectively. Their specific surface areas up to 65.97, 99.63, and 1.49 m2/g, respectively.
참고문헌 (24)
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