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The Crystallizatioan Condition Effect on the Preparation of Mesoporous Zeolite and Absorbing Properties

机译:结晶条件对介孔沸石制备及吸收性能的影响

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In this paper, template hydrothermal synthesis of mesoporous zeolite, and by N2 adsorption surface area analyzer, scanning electron microscopy (SEM) and complex permeability of mesoporous zeolite pore size, morphology and absorbing properties make the characterization, researched on the Crystallizatioan pressure, Crystallizatioan temperature, Crystallizatioan time of the mesoporous zeolite pore size, surface area, morphology and absorbing performance. The results show that: composite selected P123 as template yeast, Crystallizatioan pressure ≦2.3Mpa, Crystallizatioan temperature 110℃, Crystallizatioan time 72h, the obtained pore size is 10-30nm, surface area of mesoporous zeolite is 400m2 /g; the mesoporous zeolite pore size of 12nm gets the best absorbing performance .
机译:本文以模板水热法合成了介孔沸石,并用N2吸附表面积分析仪,扫描电镜(SEM)和介孔沸石的复渗透率进行了表征,研究了结晶化压力,结晶化温度。 ,中孔沸石的结晶时间,孔径,表面积,形态和吸收性能。结果表明:复合物以P123为模板酵母,结晶压力≤2.3Mpa,结晶温度110℃,结晶时间72h,得到的孔径为10-30nm,介孔沸石的表面积为400m2 / g。孔径为12nm的介孔沸石具有最佳的吸收性能。

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