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IMPROVING THE UNIFORMITY IN COMBUSTION-SYNTHESIZED TITANIUM CARBIDE

机译:改善燃烧合成碳化钛的均匀性

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摘要

The effects of reactant dispersion and outgassing on the microstructure of combustion synthesized TiC were investigated. Pressure filtration casting of Ti + C colloidal suspension was shown to be an effective reactant dispersion method to improve the homogeneity of the product. The relation between the nature of the outgassing atmosphere and the formation of titanium oxide and precombustion titanium carbide was investigated. The combination of the colloidal dispersion technique with outgassing was shown to provide TiC products with reduced defects and improved microstructure. [References: 27]
机译:研究了反应物分散和除气对燃烧合成TiC微观结构的影响。 Ti + C胶体悬浮液的压力过滤铸造被证明是一种有效的反应物分散方法,可以提高产物的均匀性。研究了除气气氛的性质与氧化钛的形成和预燃烧碳化钛之间的关系。胶体分散技术与除气的结合显示出TiC产品具有减少的缺陷和改善的微观结构。 [参考:27]

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