目前纳米管状矿物结构形成的卷曲形式与其表面电荷性质和吸附性能之间的关系

目前纳米管状矿物结构形成的卷曲形式与其表面电荷性质和吸附性能之间的关系还未有过深入研究。本研究利用形貌相似但成分和结构不同的纳米管状矿物（HNTs和ChNTs）进行MO染料的对比吸附研究，借助矿物的表征测试及吸附等温线模型等手段，对两种天然一维矿物材料对MO染料去除效果的差异进行了探索。首次发现了纳米管管状结构形成的卷曲方式对矿物表面电荷性质和甲基橙阴离子染料吸附性能的影响。

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结果 (英语) 1: [复制]

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At present, the relationship between the curled form of nanotube mineral structure and its surface charge properties and adsorption performance has not been studied in depth. In this study, nanotubular minerals (HNTs and ChNTs) with similar morphologies but different compositions and structures were used for comparative adsorption of MO dyes. With the help of mineral characterization tests and adsorption isotherm models, the comparison of two natural one-dimensional mineral materials The difference of MO dye removal effect was explored. It is the first time to discover the effect of the curling way of nanotube tubular structure on the surface charge properties of minerals and the adsorption properties of methyl orange anion dyes.

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结果 (英语) 2:[复制]

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At present, the relationship between the curly form form formed by nano-tubular mineral structure and its surface charge properties and adsorption properties has not been studied in depth. In this study, the comparative adsorption study of MO dyes was carried out by nano-tube minerals (HNTs and ChNTs) with similar shapes but different compositions and structures, and the differences of MO dye removal effect between two natural one-dimensional mineral materials were explored by means of mineral characterization testing and adsorption contocular line models. For the first time, the effect of the curling form of nanotube structure on the properties of charge on mineral surface and the adsorption properties of methyl orange anion dyes was found.

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结果 (英语) 3:[复制]

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At present, the relationship between the curl form of nano tubular mineral structure and its surface charge properties and adsorption properties has not been deeply studied. In this study, nano tubular minerals (HNTs and chnts) with similar morphology but different composition and structure were used to study the comparative adsorption of Mo dye. By means of mineral characterization test and adsorption isotherm model, the difference of Mo dye removal effect between two natural one-dimensional mineral materials was explored. It was found for the first time that the curling mode of the nanotube tube structure affected the surface charge properties of minerals and the adsorption properties of methyl orange anionic dye.<br>

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