Carbon aerogels are new kinds of mesoporous materials with many peculiar properties.
炭气凝胶是一种结构新颖的中孔材料,具有很多特殊的性质.
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This thesis emphasized on the preparation of mesoporous molecular sieves MSU.
中孔分子筛MSU是当今认为在稳定性方面很有发展前途的一种催化新材料.
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The adsorption capability of mesoporous silicon for methylene blue was also preferable.
介孔材料对亚甲基蓝也具有比较好的吸附性能.
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Fig. 1 Influence of dopants on the conductivity of mesoporous alumina.
图1掺杂物对介孔氧化铝导电性的影响.
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The main physicochemical properties and preparation methods of mesoporous catalysts are introduced.
详细介绍了几种中孔催化材料的合成方法和材料的基本物理化学性质以及溶胶-胶法在制备矽铝担体与担载型催化剂方面的应用.
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The mesoporous silica molecular sieves Zr - MCM - 41 were synthesized in ethylenediamine.
以乙二胺为碱性介质合成了Zr-MCM-41介孔分子筛.
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The progresses on the preparation and catalytic activities of the functionalized mesoporous molecular sieves are reviewed.
综述了介孔分子筛经功能化制备及催化性能的研究进展.
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Pore size controlling technology is an effective method for mesoporous sieve to be the advanced material.
介孔分子筛孔径调变技术是介孔分子筛成为新型材料的有效工具.
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Mesoporous materials have received increasiry attertion for their high BET surface area and regular pore system.
中孔材料由于具有高的BET比表面积和集中的中孔分布,引起人的强烈兴趣.
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Mesoporous molecular sieves have attracted considerable attention because of their potential use conversion of large molecules.
介孔分子筛具有较大的孔径以及择形活性中心,具有潜在的应用优势,因而受到越来越普遍的关注.
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The template of self - assemblies of surfactants plays crucial role in the formation of mesoporous materials.
在介孔材料的制备方面,用表面活性剂作模板来组装的方法有着重要的地位.
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The mesoporous molecular sieves supported with ionic liquid were prepared by sol - gel method.
利用溶胶 - 凝胶法合成了固载离子液体的介孔分子筛.
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As novel functional materials, mesoporous materials had a series of unique advantages on structure, many science.
介孔材料作为一种新型的功能材料, 在结构上具有一系列独特的优点, 备受广大科学研究者的关注.
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The adsorption rate of mesoporous carbon for phenol was slow and unstable and it futher research.
对于苯酚的吸附速率较慢,但吸附结果难以稳定,对此有待进一步研究.
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The applications of doped mesoporous zirconium dioxide are briefed and its development trends are also forecasted.
概述了掺杂中孔氧化锆的应用并展望了其发展方向.
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