介孔炭材料是指具有不同孔道结构的炭材料，包括活性炭、炭分子筛等。与活性

介孔炭材料是指具有不同孔道结构的炭材料，包括活性炭、炭分子筛等。与活性炭相比，介孔炭不仅具有大的比表面积，还具有大的介孔尺寸。近年来，许多学者将其应用于吸附、催化剂载体和电化学电容器。导电聚吡咯由于具有优异的电性能和电化学性能，并具有合成容易和环境友好等优势， 被认为是最具有实用价值的电化学电容器材料之一。本试验运用聚吡咯的这一特性，从对介孔碳改性出发，对聚吡咯与介孔碳复合进行探索，以期获得较高比容量和性能较好的复合电极材料。日前模板法合成OMC的路线有两步法和一步法，两步法是模板法合成OMC最常用的方法，本试验就是采取两步法，即先合成介孔分子筛KIT-6，再以其为模板将碳前驱体聚吡咯灌入其孔道中，形成纳米有机物／硅复合材料，然后经过高温炭化及模板消除技术最终获得孔道高度有序排列的介孔炭材料。经过各种表征可以得到结论：做出的KP100-800完全符合模板KIT-6的结构，是一种有效的超级电容器用复合电极材料。

結果 (英文) 1:

Mesoporous carbon material is carbon materials with different pore structures, including activated carbon, carbon molecular sieve. Compared with activated carbon, mesoporous carbon having a large specific surface area is not only, but also has a large pore size of media. In recent years, many scholars will be applied to adsorption, catalyst carriers and electrochemical capacitors. Polypyrrole because of their excellent electrical properties and electrochemical performance, and ease of synthesis and environmentally friendly with other advantages, is considered the most practical value of the electrochemical capacitor materials. This test this feature using polypyrrole from mesoporous carbon modified starting on the polypyrrole and mesoporous carbon composite to explore,In order to obtain a higher capacity and better performance than the composite electrodes. Recently Template Synthesis omc route has two-step method and one-step, two-step method is the most commonly used omc template synthesis method, this test is to take a two-step method, ie the first synthesis of mesoporous kit-6, then for whose template carbon precursor polypyrrole poured their pores, forming nano organic / silicon composite material and then through high temperature carbonization and template pore cancellation technology ultimately highly ordered mesoporous carbon materials. Conclusions can be obtained through a variety of characterization: kp100-800 made in full compliance with the structural template kit-6,Ultracapacitor is an effective composite electrode material.

結果 (英文) 2:

Mesoporous carbon materials are carbon materials with different pore structures, including activated carbon, carbon molecular sieve. Compared with activated carbon, mesoporous carbon has large specific surface area, but also has the mesopore size large. In recent years, many scholars have applied to the adsorption, catalyst carriers and electrochemical capacitor. Conductive polypyrrole with electrical performance and excellent electrochemical performance, and has easy synthesis and environmental friendly, is considered one of the most valuable materials for electrochemical capacitors. In this experiment, using the properties of polypyrrole, starting from the modification of mesoporous carbon, of polypyrrole composite and mesoporous carbon exploration,In order to obtain the composite electrode materials is better than higher capacity and performance. A synthetic OMC template route two step method and one step, two step is the most commonly used method of template synthesis of OMC, the test is to take two steps, namely the first synthesis of mesoporous molecular sieve KIT-6, then the template will be carbon precursors polypyrrole poured into the pore formation of organic / silicon, nanometer composite materials, then through high temperature carbonization and template technology to eliminate the final channel highly ordered mesoporous carbon materials. After various characterization can be concluded: make KP100-800 fully complies with the KIT-6 template structure,Composite electrode material for super capacitor effective.

結果 (英文) 3:

Mesoporous carbons with different pore structure of carbon material refers to the material, such as activated carbon, carbon molecular sieve. Compared with that of activated carbon, mesoporous carbon with large specific surface area not only, also has a big hole. In recent years, many scholars applied adsorbent, catalyst carrier and electrochemical capacitors. Conducting polypyrrole because of its excellent electrical properties and electrochemical properties, synthesis and has advantages, such as easier and more environmentally friendly, is considered to be one of the most practical electrochemical capacitor materials. Application of polypyrrole in this test this feature, proceed from the modification of mesoporous carbon, mesoporous carbon composite of polypyrrole and explorationIn order to obtain higher capacity and better performance of composite electrode materials. Recently template law synthesis OMC of route has two footwork and a footwork, two footwork is template law synthesis OMC most common of method, this test is take two footwork, that first synthesis between hole molecular sieve KIT-6, again to its for template will carbon precursor body poly h-slightly filling into its duct in the, formed Nano organic/silicon composites, then after high temperature carbonization and the template elimination technology eventually obtained duct height ordered arranged of between hole carbon material. After characterization could come to a conclusion: structure of KIT-6 KP100-800 in full compliance with templates,Is an effective combined electrode materials for supercapacitors.