利用电弧反应器处理液体燃料具有重要的实用意义。
It is of practical importance that arc reactors can be used to treat liquid fuels.
但是SF_6电气设备中的气体不可避免的含有杂质，在电弧作用下，这些杂质容易与SF_6气体的分解物反应生成毒性物质，从而腐蚀电气设备，降低设备绝缘能力。
Under the arc action, the impurity can easily react with the decomposed product of SF_6, and then produce poison which can corrupt electric equipment, degrade its insulation performance.
针对富勒烯科学所面临的这些问题，本论文通过在石墨电弧放电反应中引入氯源，进行了一系列的有关氯参与下合成富勒烯的实验，重点考察了氯对富勒烯形成的影响。
In this thesis, a series of experiments involving chlorine were carried out in a graphite arc-discharge reactor and the study focus on the influence of chlorine on the formation of fullerenes.
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