The paper presents the results of studying mechanochemical synthesis of hafnium carbide in the process of vibration treatment of the mixture of powders of hafnium and amorphous carbon obtained by pyrolytic processing of plant materials. Phase compositions, morphology, as well as fractional and chemical compositions of the synthesized products were studied. It has been found that the use of carbon obtained from plant materials is beneficial for the mechanochemical synthesis of highly-dispersed hafnium carbide with low sulfur content.

中文翻译：

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利用植物材料中的无定形碳机械化学合成碳化铪

本文介绍了在振动处理植物材料热解处理获得的铪和无定形碳粉末混合物的过程中机械化学合成碳化铪的结果。研究了合成产物的相组成、形态以及分数和化学组成。已经发现，使用从植物材料中获得的碳有利于机械化学合成低硫含量的高分散碳化铪。