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COMPOSITE SPINEL -ZIRCONIUM

机译：复合尖晶石 - 辛锆

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The spinel-zirconium S10Z17 composite represents a new synthetic raw material obtained by electro-melting. There are succinctly presented the cooling tehnological conditions that permitted that, starting from the same mixture of raw materials, 2 synthetic raw materials are obtained, with the same chemical composition renders evident different mineralogical constituents, different porosities below 5 % or 10-11 % and implicitly different grinding aptitudes. The characterization of the synthetically raw materials obtained was done by the determination of the chemical composition, the thermal shock resistance, apparent density, porosity and the identification of the mineralogical constituents and of the form and of the greatness of those by X ray diffraction and electronically microscopy. The type of the mineralogical constituents formed, the form and the greatness of the crystals and the porosity achieved have led to the obtained of the some special characteristics.
机译：尖晶石 - 锆S10Z17复合材料代表通过电熔化获得的新的合成原料。简洁地介绍了冷却的修士条件，允许从原料的相同混合物开始，获得2种合成原料，具有相同的化学成分，显然是不同的矿物素成分，不同的孔隙率低于5％或10-11％隐含不同的研磨容纳。通过测定化学成分，热抗冲击性，表观密度，孔隙率和矿物学成分的鉴定和形状和通过X射线衍射和电子方式的鉴定来完成所得合成原料的表征。通过X射线衍射和电子方式显微镜。形成的矿物学成分的类型，晶体的形状和伟大，所以实现的孔隙率导致了所获得的一些特殊特征。

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