Formation and influential factors of high temperature sintering in titanium sponge production by magnesium reduction method were analyzed.
论述了镁法海绵钛生产过程中高温烧结的形成及其影响因素，分析了减少高温烧结的控制措施。
The lifetime of magnesium reduction jar will be prolonged and the remarkable economic benefits will be achieved if the novel structure is employed.
采用新结构可大幅提高炼镁还原罐的寿命，取得显著的经济效益。
Based on the thermodynamic theory, the exergy loss of the magnesium reduction system has been studied with the exergy analytical method for the first time.
从热力学原理出发，首次采用分析法研究了金属镁还原系统的损失部位与大小。
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