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Prediction of Structural-Chemical Change in Minerals under Mechanical Impact during Milling

机译:研磨过程中机械冲击下矿物结构化学变化的预测

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摘要

There is sufficient experimental database thus far collected on structural and chemical changes in minerals with different types of chemical bonding under activation milling. The research has shown the possibility to predict specifics of grinding and defect formation in minerals with different types of chemical bonding. The article shows that type and number of defects formed on the surface of minerals govern important processing properties of the minerals such as capacities to be hydrated, dissolved, floated etc.
机译:迄今为止,已经收集了足够的实验数据库,其中涉及活化铣削下具有不同类型化学键的矿物的结构和化学变化。研究表明,可以预测具有不同化学键类型的矿物的研磨和缺陷形成的细节。该文章表明,矿物表面上形成的缺陷的类型和数量决定着矿物的重要加工性能,例如水合,溶解,漂浮等的能力。

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