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Crystal chemical characteristics and physical properties of ferrous minerals as the basis for the formation of functional materials

机译:晶体化学特性和金属矿物质物理性质作为功能材料形成的基础

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Crystal chemical characteristics and physical properties of ferrous minerals can be criteria for search and evaluation of mineral (natural) raw for the production of functional materials. Special attention will be given to new experimental methods of transformation of minerals at different methods of influence. As a probe to identify the relationship between the actual crystalline structure of the mineral and its technological properties we used the oxidation - reduction reactions of iron ore-forming minerals. We will show that the inexpensive and affordable methods of influence at ore and technological products result in the observed Fe2+ — Fe~(3+) charge transfer, which result in the increase of the conversion degree of the structure and change of magnetic properties of the substance.
机译:铁质矿物的晶体化学特性和物理性质可以是搜查和评估矿物(天然)原料的标准,用于生产功能材料。将特别注意在不同影响方法中对矿物质转化的新实验方法。作为探针,以确定矿物质的实际结晶结构与其技术特性之间的关系,我们使用了铁矿石矿物质的氧化还原反应。我们将表明,在矿石和技术产品的影响廉价且经济实惠的方法导致观察到的Fe2 + - Fe〜(3+)电荷转移,导致磁性性能的转换程度的增加和变化物质。

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