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Hydrothermal synthesis of nano-kaolinite from K-feldspar

机译:K-Feldspar的纳米高岭石水热合成

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Development of sustainable routes for the synthesis of kaolinite in nano-scale (nano-kaolinite) is very significant for producing high quality kaolinite of paper-coating grade in kaolin industry. Duplicating chemical weathering processes in nature, two routes were developed and compared for the synthesis of nano-kaolinite from K-feldspar. Kaolinite of uniform plate-like morphology with thickness of around 14 nm was obtained in this study. Both synthesis routes may lead to the comprehensive utilization of K-feldspar for the synthesis of pure kaolinite for not only high quality paper-coatings but also medical and other uses.
机译:纳米尺度合成高岭石的可持续途径(纳米高岭石)的开发对于在高岭土工业中生产高质量高峰型纸涂层级的高品质高质量的途径。 复制化学风化过程本质上,并开发了两条途径,并与K-Feldspar合成纳米高岭石的合成。 在本研究中获得了厚度为约14nm的均匀板状形态的高岭石。 合成途径均可导致K-FeldSpar的综合利用,用于纯高岭石的合成,不仅是高质量的纸涂料,还可以使用高质量的纸涂层,而且还可以使用医用和其他用途。

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