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ZEOLITE-ORGANIC COMPOSITE MATERIAL AND MOLECULAR SIEVE DERIVED CARBON NANOSTRUCTURE AND MANUFACTURING METHOD FOR CARBON NANOSTRUCTURE
ZEOLITE-ORGANIC COMPOSITE MATERIAL AND MOLECULAR SIEVE DERIVED CARBON NANOSTRUCTURE AND MANUFACTURING METHOD FOR CARBON NANOSTRUCTURE
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机译：沸石-有机复合材料和分子筛衍生的碳纳米结构及其制备方法
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摘要
PROBLEM TO BE SOLVED: To provide a manufacturing method for a nanostructure having a high surface area, manufactured at low cost, and being useful in application of energy and storage of hydrogen.;SOLUTION: The carbon nanostructure is formed inside a template material. The carbon nanostructure is derived from a precursor chemically bonded by ion exchange with exchangeable ion of the template and carbonized in the template. The organic body is provided with, at least, a cation center, may be expressed by MxOyCmHn, and M is the cation center including, at least, a single VB element. The embodiment of this invention includes the template of zeolite and mesoporous molecular sieve. After the carbonization of the organic structure in the template, the template is removed to release the sealed carbon nanostructure.;COPYRIGHT: (C)2003,JPO
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机译：解决的问题：提供一种具有高表面积，低成本制造，并且在能量的施加和氢的存储中有用的纳米结构的制造方法。解决方案：碳纳米结构形成在模板材料内部。碳纳米结构源自通过与模板的可交换离子进行离子交换而化学键合并在模板中碳化的前体。有机体至少具有一个阳离子中心，可以由M x O y C m H n表示，并且M是包含至少一个VB元素的阳离子中心。本发明的实施方案包括沸石和中孔分子筛的模板。模板中的有机结构碳化后，将模板移出以释放出密封的碳纳米结构。;版权所有：（C）2003，JPO
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