首页> 外国专利> MICROPOROUS CARBON-BASED MATERIAL, METHOD FOR PRODUCING MICROPOROUS CARBON-BASED MATERIAL, ADSORBENT MATERIAL AND METHOD FOR OCCLUDING HYDROGEN USING MICROPOROUS CARBON-BASED MATERIAL

MICROPOROUS CARBON-BASED MATERIAL, METHOD FOR PRODUCING MICROPOROUS CARBON-BASED MATERIAL, ADSORBENT MATERIAL AND METHOD FOR OCCLUDING HYDROGEN USING MICROPOROUS CARBON-BASED MATERIAL

机译:微孔碳基材料,微孔碳基材料的制造方法,吸附材料以及使用微孔碳基材料的氢吸附方法

摘要

PROBLEM TO BE SOLVED: To provide a microporous carbon-based material adsorbing a large amount of gases.SOLUTION: This microporous carbon-based material has nitrogen in the carbon skeleton, a three-dimensional long-period regular structure having micropores inside, a BET surface area of 1,500 m/g, and a nitrogen/carbon elemental ratio of 0.07. This microporous carbon-based material is obtained by a production method comprising a first step of introducing a nitrogen-containing organic compound to the surface and the inside of voids (micropores) of a porous material 1, and heating the nitrogen-containing organic compound to carbonize it; a second step of introducing an organic compound to the surface and the inside of voids of the porous material 1, and carbonizing it in a vapor phase; and a third step of removing the porous material 1.
机译:解决的问题:提供一种吸附大量气体的基于微孔的碳基材料解决方案:该基于微孔的碳基材料的碳骨架中具有氮,三维长周期规则结构,内部微孔,BET表面积为1,500 m / g,氮/碳元素比为0.07。该微孔碳基材料是通过包括以下步骤的生产方法获得的:第一步将含氮有机化合物引入到多孔材料1的空隙(微孔)的表面和内部,并将含氮有机化合物加热至碳化第二步骤是将有机化合物引入到多孔材料1的空隙的表面和内部,并使其在气相中碳化。第三步骤,去除多孔材料1。

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