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Review on preparation of zirconium carbide and boride ceramic powders

Hua Zhang|Min Zhu|Faqi Zhan|Ke Xv|Yuehong Zheng|Peiqing La
청정에너지연구소 (Clean-Energy Research Institute)|2022.10|Journal of Ceramic Processing Research|제23권 제5호|pp. 694-708|DOI 10.36410/jcpr.2022.23.5.694

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키워드

Nano powderZrCZrB2Synthesis methodsSHS technique
주제분류재료공학

초록

This article summarizes and comments on the characteristics of zirconium carbide and boride powders synthesized bytraditional synthesis methods. These methods include direct synthetic method, carbothermal reduction, magnesiothermicreduction, sol-gel, mechanical alloying, liquid phase precursor conversion, pre-ceramic polymers, and self-propagating hightemperaturesynthesis techniques. Additionally, this paper describes the latest research progresses of the self-propagating hightemperaturesynthesis (SHS) technique of zirconium carbide and boride, and prospects the nanocrystallization and large-scalewill be the direction of future industrial researches.

Abstract

This article summarizes and comments on the characteristics of zirconium carbide and boride powders synthesized bytraditional synthesis methods. These methods include direct synthetic method, carbothermal reduction, magnesiothermicreduction, sol-gel, mechanical alloying, liquid phase precursor conversion, pre-ceramic polymers, and self-propagating hightemperaturesynthesis techniques. Additionally, this paper describes the latest research progresses of the self-propagating hightemperaturesynthesis (SHS) technique of zirconium carbide and boride, and prospects the nanocrystallization and large-scalewill be the direction of future industrial researches.

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