1·Nobody says titanium tetrachloride.
没人会称之四氯化钛。
2·How do we know that mag will reduce titanium tetrachloride?
我们如何知道，镁会还原四氯化钛？
3·And, this is a really clever reaction because titanium tetrachloride is a gas.
这是一个非常巧妙的反应，因为四氯化钛是一种气体。
4·And at the end of the reaction, you have the reactor consumed of titanium tetrachloride magnesium.
在反应的结尾时，反应器里面，消耗了四氯化钛和镁。
5·The residual ferric chloride, and chlorine remaining in the vapor after recovery of the titanium tetrachloride may be recycled.
残余氯化铁，和氯的蒸气后有剩余的四氯化钛的复苏可能会被回收。
6·The residual gaseous iron chlorides are condensed and chlorine-free titanium tetrachloride may be recovered from the remaining gases.
铁的残余氯的气体浓缩和无氯四氯化钛可从剩余的气体回收。
7·This paper introduced the evaluation of domestic titanium tetrachloride BL-828 in line low density polyethylene (LLDPE) plant using of BP process.
介绍了国产四氯化钛BL - 828在BP工艺生产线型低密度聚乙烯(LLDPE)工业装置上的评价情况。
8·Acidity and infrared attenuation ability of water, methanol and ammonia using titanium tetrachloride as liquid smoke agent were studied in detail.
分别使用纯水、甲醇溶液、氨水等试剂与四氯化钛成烟，对烟雾的酸碱性及红外衰减性能进行了实验研究。
9·And, this involves the reaction of titanium tetrachloride with magnesium to form magnesium chloride plus titanium And, this was invented in 1937 by W. J. Kroll.
四氯化钛和镁，反应生成氯化镁和钛，1937年W。J。克劳尔发明了这个方法。
10·This paper has studied the reactions of hydrogen sulphide with titanium tetrachloride in some organic mediums, and advanced a new method of synthesizing titanium disulphide.
本文研究了硫化氢与四氯化钛在某些有机介质中的反应，并提出了一个合成二硫化钛的新方法。