OBTAINING SOME THERMOD AINING SOME THERMODYNAMIC PARAMETERS CONTAINING ME AINING METACRYLATE AND ALL TE AND ALLYL GROUPS CON YL GROUPS CONTAINING IN COMPOSITION

K. Akhmedov, Zh.M. Bekpulatov, G. Solijonova, N. Sharifova
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Abstract

The article discusses the results of studying the material composition and the development of technology for processing gold-bearing sulfide ore samples. The material composition of the ore samples was studied by spectral, chemical, assay and rational analysis of gold and silver. Based on a study of the material composition of the ore samples, the following conclusions were made: gold and silver are the industry's most valuable components. It is shown that the use of sulfuric acid treatment of a cinder of graviofloraf concentrate can allow to improve the technological performance of the process. As a result of the mixture of gravio-flotation concentrate after sulfuric acid treatment drying, grinding to a size of 95% CL. -0,074+0 mm and subjected to sorption cyanidation. In the initial cake, the content of gold -77.83 u. e. and silver-16.3 u. e., the concentration of sodium cyanide 0.15%, the ratio W:t=2:1; resin AM-2B-5% of the pulp volume, the duration of cyanidation 36 hours.the Content in the tailings of cyanidation of gold - 6.5 u. e., and silver - 4.8 u. e. the Extraction of noble metals in solution and on the resin was 91.65 and 70.55%, respectively. Through extraction of 87.63% gold and 55.6% silver from ore.
得到了含甲基丙烯酸酯和组成中所含的所有烯丙基和烯丙基的热力学参数
本文论述了含金硫化矿样品的物质组成研究成果和处理技术的发展。采用光谱分析、化学分析、定量分析和金银分析等方法对矿石样品的物质组成进行了研究。通过对矿石样品物质组成的研究,得出以下结论:金和银是该行业最有价值的成分。结果表明,用硫酸处理重煤精矿的炉渣可以提高工艺性能。由于重浮选精矿的混合物经过硫酸处理后干燥,磨矿至95% CL的粒度。- 0.074 +0 mm,经受氰化吸附。在初始饼中,金的含量为-77.83 u e,银的含量为-16.3 u e,氰化钠的浓度为0.15%,配比W:t=2:1;树脂am - 2b -纸浆体积的5%,氰化时间36小时。金- 6.5 u、银- 4.8 u氰化尾矿中贵金属溶液萃取率和树脂萃取率分别为91.65%和70.55%。通过从矿石中提取87.63%的金和55.6%的银。
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