以炭黑和硼酸为原料，采用碳热还原法合成了部分石墨化B4C-C复合粉体，并将其作为碳源和抗氧化剂用于低碳镁碳砖中。
The physical properties, oxidation resistance, and thermal shock resistance of the low carbon MgO-C brick specimens added with the synthesized B4C-C composite powder are excellent.
通过镁热还原法在高压釜内成功的合成过渡金属氮化钛空心纳米笼，并对其生长的可能的机理进行了讨论。
TiN hollow nanocages were successfully synthesized Via Mg-thermal reduction, the possible growth mechanism was also studied at the same time.
本发明公开的是热还原法炼镁联产水硬性胶凝材料的方法。
The invention discloses the method of combined production of hydraulicity gelation by melting magnesium under thermal reduction process.
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