从蒙脱石中去除氧化铁(ІІІ)的氧化还原机制

Galina Gurina, Kot Antonina, Kateryna Kaplina, Olexandra Vladyko
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摘要

文章提出了膨润土块红土漂白的氧化还原机制,并生产出白色油漆和清漆的填料。研究了不同类型的纳米结构:插层化合物、分层纳米复合材料和混合型纳米复合材料。利用红外光谱、XRF 分析、激光衍射和 DTA 分析方法,对合成的有机改性膨润土样品进行了研究,并确定了烷基苄基二乙基氯化铵分子插层到结晶无机基质层间廊道的事实。介绍了生产膨润土填料和有机膨润土的基本技术方案。在新填料和有机膨润土的参与下,获得了纳米复合混合涂料和清漆,并确定了新材料和涂料的物理和机械性能。
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OXIDE-REDUCED MECHANISM OF Fe(ІІІ) OXIDE REMOVAL FROM MONTMORILLONITE
The article proposes a redox mechanism for the bleaching of bentonite lump red clay and produces fillers for white paints and varnishes. Nanostructures of different types have been studied: intercalation compounds, delaminated nanocomposites, and mixed-type nanocomposites. Using the methods of IR spectroscopy, XRF analysis, laser diffraction, and DTA analysis, samples of synthesized organomodified bentonite were studied and the fact of intercalation of alkylbenzyldiethylamonium chloride molecules into the interlayer galleries of the crystalline inorganic matrix was established. A basic technological scheme for the production of bentonite fillers and organobentonite is presented. Nanocomposite hybrid paints and varnishes with the participation of new fillers and organobentonite have been obtained, and the physical and mechanical properties of new materials and coatings have been established.
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