Glauconite-containing overburden is a promising raw material for the synthesis of glasses for various purposes

Q4 Chemistry
S. E. Barantseva, Y. A. Klimosh, A. Pospelov, I. M. Azaranka, M. Kurylovich
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引用次数: 0

Abstract

The results of a study on the use of glauconite-containing overburden rocks of the Novodvorskoye deposit of the Pinsk district of the Brest region to produce glasses for various purposes are presented. The compositions of raw materials in the system «glauconite-containing rock – chalk – iron oxide – soda ash» have been developed, the limiting amount of the raw components and basic oxides in glasses have been optimized. It has been established that the main criterion for obtaining high-quality glasses is a rational combination of refractory and low-melting oxides, which ensures the homogeneity of glasses, working viscosity, the ability to form in various ways, the absence of a tendency to crystallization, black color in the mass, as well as a complex of satisfactory physical and chemical properties. The results of the study confirmed the prospects of using the glauconite-containing overburden for the synthesis of glasses for various purposes, which will contribute to the rational use of natural resources and associated minerals of the Novodvorskoye deposit of the Republic of Belarus, and will improve the environmental situation in the areas adjacent to the deposit. 
含海绿石覆岩是一种很有前途的合成各种用途玻璃的原料
本文介绍了利用布列斯特地区Pinsk地区Novodvorskoye矿床含海绿石覆岩生产各种用途玻璃的研究结果。研究了“含海绿石-白垩-氧化铁-纯碱”体系的原料组成,优化了玻璃中原料组分和碱性氧化物的限量。确定了获得高质量玻璃的主要标准是耐火材料和低熔点氧化物的合理组合,这保证了玻璃的均匀性、工作粘度、以各种方式形成的能力、没有结晶倾向、质量呈黑色,以及具有令人满意的物理和化学性能的复合体。研究结果证实了利用含海绿石覆岩合成各种用途玻璃的前景,这将有助于合理利用白俄罗斯共和国新沃斯科耶矿床的自然资源和伴生矿物,并将改善该矿床附近地区的环境状况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
0.30
自引率
0.00%
发文量
38
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