结果表明，铀的形态，温度及气体种类对反应速度影响很大。
The experimental results show that the form of uranium, temperature and the kind of gas affect the reaction remarkably.
理论分析表明，阈值电压对热分解温度的依赖关系反映了活化能对热化学烧孔反应速度的影响。
The influence of decomposition temperature on the threshold voltage is consistent with the principle of material design of thermochemical hole burning.
研究了试样的成型压力、烧结程度、表面积，以及熔盐温度和阳极碳棒直径大小等对电脱氧反应速度及脱氧产物氧含量的影响。
The effects of compact load, surface area and thickness of the pellets and the melt temperature on reaction of electro-deoxidation were investigated.
研究了试样的成型压力、烧结程度、表面积，以及熔盐温度和阳极碳棒直径大小等对电脱氧反应速度及脱氧产物氧含量的影响。
The effects of compact load, surface area and thickness of the pellets and the melt temperature on reaction of electro-deoxidation were investigated.
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