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Synthesis of Ceramics Based on Titanium, Zirconium, and Hafnium Nitrides

机译：基于钛，锆和氮化铪的陶瓷合成

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摘要

A review of the most common synthesis methods of highly dispersed powders of metal nitrides of titanium subgroup is given. It is shown that the dispersion and scattering of particle size, powder form, and composition of their surface determine the results of the sintering. The comparative evaluation of advantages and limitations of the realized processes based on different approaches to the activation of sintering original powder materials and the possibility of unconventional technology of nitride ceramics based on the complete nitriding of three-dimensional samples (metals or nonstoichiometric nitrides) of a given shape, taking into account dimensional changes in the process of complete nitriding, are presented. Promising directions in this area of study are identified. The bibliography includes 132 references.
机译：给出了对钛亚组金属氮化物的高度分散粉末最常见的合成方法的综述。结果表明，粒度，粉末形式和其表面组成的分散和散射决定了烧结的结果。基于不同方法对烧结原始粉末材料激活的优点和局限性的比较评价及基于完全氮化的三维样品（金属或非级别氮化物）的氮化物陶瓷非传统技术的可能性给定形状，考虑到完全氮化过程中的尺寸变化。确定了这一研究领域的有希望的方向。参考书目包括132个参考文献。

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