为提高锶还原率，研究了真空铝热还原法制备金属锶的反应机理。
To improve the strontium recovery ratio the reaction mechanism in preparation of Sr using vacuum aluminothermic reduction was studied.
本论文主要研究了高碳烷基铝的热置换反应和冷凝技术。
The present dissertation deals with the displacement reaction of ethylene and high alkyl-aluminum compounds.
本论文提出并利用界面反应生长和铝热法制备出一系列的纳米功能材料。
This thesis brought up and utilized interfacial reaction growth (IRG) and aluminothermal reaction (ATR) approaches to fabricate a series of functional nanomaterials.
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