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Advances in Process Technology of Sepiolite Mineral Fibrous Materials

机译:海硫酸盐矿物纤维材料工艺技术进步

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Inorganic nanofibers are characterized by small size effect, quantum size effect and surface effect. Inorganic nanofibers and polymer form polymer and inorganic nanocomposites, which has become an active research area and showed good development and application prospects. As a typical type of inorganic fibrous minerals, sepiolite group mineral fibrous materials can not maximize nano-effect due to small particle size, high specific surface area, high surface energy and easy reunion of inorganic nanofibers. Based on the above reasons, this paper systematically summarizes the processing technologies of sepiolite group mineral fibrous materials, and proposes the suitable processing technology of batch production of sepiolite group mineral fibrous materials at low cost based on the analysis.
机译:无机纳米纤维的特征在于小尺寸效应,量子尺寸效应和表面效应。无机纳米纤维和聚合物形成聚合物和无机纳米复合材料,已成为活跃的研究区,并显示出良好的开发和应用前景。作为典型的无机纤维矿物类型,由于小的粒度,高比表面积,高表面能,高无机纳米纤维的易于重聚,Sepiolite组矿物纤维材料不能最大化纳米效应。基于上述原因,本文系统地总结了海普钛矿矿物纤维材料的加工技术,并提出了基于分析的低成本的批量生产批量生产的合适加工技术。

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