首页> 外文会议>Proceedings of the 31st annual conference of the North American Thermal Analysis Society(NATAS) >Kinetic parameters of surfactant remotion occluded in the pores of the AlMCM-41 nanostructured materials
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Kinetic parameters of surfactant remotion occluded in the pores of the AlMCM-41 nanostructured materials

机译:AlMCM-41纳米材料孔隙中表面活性剂运动的动力学参数

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AlMCM-41 molecular sieves were synthesized starting from a hydrogel with thernfollowing molar composition: 4.58 SiO_2: 0.0485 Na_2O: 1 CTMABr. 0.038 Al_2O_3: 200 H_2O.rncethyltrimethylammonium bromide (CTMABr) was used as structure template. The obtainedrnmaterials were characterized by XRD, nitrogen adsorption (BET, BJH), FT-IR and TG/DTG.rnThe model-free kinetic algorithms were applied to determinate conversion, isoconversion andrnapparent activation energy to decomposition of the CTMA+ species from the AlMCM-41rnmaterials synthesized by different aluminum sources
机译:从具有以下摩尔组成的水凝胶开始合成AlMCM-41分子筛:4.58 SiO_2:0.0485 Na_2O:1 CTMABr。 0.038 Al_2O_3:200 H_2O·三乙基三甲基溴化铵(CTMABr)作为结构模板。通过XRD,氮吸附(BET,BJH),FT-IR和TG / DTG对所得材料进行表征。采用无模型动力学算法确定转化率,同质转化率和表观活化能,以分解AlMCM-41rn材料中的CTMA +物质。由不同的铝源合成

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