首页> 外文期刊>Tsvetnye Metally: The Soviet Journal of Non-Ferrous Metals >PRIORITY APPROACHES TO SCIENTIFIC-TECHNICAL PROGRESS AND BENEFICIATION OF NON-FERROUS METAL ORES
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PRIORITY APPROACHES TO SCIENTIFIC-TECHNICAL PROGRESS AND BENEFICIATION OF NON-FERROUS METAL ORES

机译:非铁金属矿科学技术进步与选矿的优先方法

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In the next 15-20 years, beneficiation will be used for large amounts of difficult-to-beneficite, fine-impregnated, complex ore material as well as ores from dumps and beneficiation tailings. Processing them with high technico-economic indices will be possile only if there is a basic improvement in technology. The immediate priority approach to beneficiation will require improvements in the following scientific-technical areas: creation of systems to monitor the quality of the ores to be beneficiated, based on an introduction of technological mineralogy, processes to blend ores, and efficient preliminary concentration methods; the development - on a base of geological-technological mapping - of a new approach: technological mineralogy. This opens new possibilities for studying the properties of minerals to provide timely development of optimum beneficiation systems and solutions to problems of controlling flowsheets at plants.
机译:在接下来的15-20年中,选矿将用于大量难于膨润土,细浸渍的复杂矿石材料以及来自倾倒场和选矿尾矿的矿石。只有在技术上有基本改进时,才有可能以高技术经济指数进行加工。选矿的优先重点方法将需要在以下科学技术领域进行改进:在引入技术矿物学,混合矿石的过程以及有效的初步浓缩方法的基础上,建立监测选矿矿石质量的系统;在地质技术制图的基础上发展一种新方法:技术矿物学。这为研究矿物的性质提供了新的可能性,以提供及时的最佳选矿系统开发和解决工厂流程控制问题的解决方案。

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