Suitability of Suluu-Terek Basalt Deposits for Stone Casting

Zh.K. Aidaraliev, Imiyla Rysbaeva, R. Atyrova, Akimbek Abdykalykov, Baktygul Bekbolot Kyzy, Chynara Zholdoshova, N. Sopubekov, A. Kuduev, Iurii Dubinin, Z. Abdullaeva
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Abstract

This article is presenting history of stone casting and analysis of basalt raw materials assessment from other countries for stone casting technology and various basalts compositions were considered. Analytical methods for calculating composition of charge require a long calculation time and plotting dia-grams, each method has its own advantages and disadvantages. As a research significance, we have proposed an experimental calculation method for calculating raw materials after charging. Analysis of the composition, structure of basalts and charging materials were used in the stone casting technology. According to the comparison method, the required amount of charging materials was calculated for the Suluu-Terek 1, Suluu-Terek 2 and Berestovetsk deposits. The calculated data was confirmed by experimental melts in the process of stone casting.
苏鲁—特力克玄武岩矿床适宜铸石
本文介绍了石材铸造的历史和玄武岩原料的分析,评价了国外的石材铸造工艺和各种玄武岩成分。计算电荷组成的分析方法需要较长的计算时间和绘制图表,每种方法都有自己的优点和缺点。作为研究意义,我们提出了一种计算原料加料后的实验计算方法。对玄武岩的组成、结构及浇注料进行了分析。根据比较法,计算了Suluu-Terek 1、Suluu-Terek 2和别列斯托韦茨克矿床所需的充注材料量。通过铸石过程中熔体的实验验证了计算结果。
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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