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Experimental Investigation of Li and SF6 Combustion for Stored Chemical Energy Propulsion Systems

机译:储存化学能推进系统中Li和SF6燃烧的实验研究

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A series of experimental investigations of Lithium (Li) and sulfur hexafluoride (SF6) combustion at various conditions are reported. The combustion products are soluble in lithium liquid. Therefore, it is ideal for undersea application. This paper is aimed at finding a suitable method to ignite the system safely and efficiently. The experiment results show that, for the active fuel supplying method, the ignition is influenced strongly by the supplying speed of Li and SF6. It succeeds only they cooperate precisely. For the prestored fuel method, the ignition goes very well with electric heating method, and more efficiently combined with metal wick configuration. It just took 39 seconds to ignite the Li/SF6 system, and the combustion was stable.
机译:锂(Li)和六氟化硫(SF)的一系列实验研究 6 )在各种条件下的燃烧情况都有报道。燃烧产物可溶于锂液体。因此,它是海底应用的理想选择。本文旨在寻找一种安全有效地点燃系统的方法。实验结果表明,对于活性燃料的补给方式,Li和SF的补给速度对点火的影响很大。 6 。只有成功合作才能成功。对于预存储的燃料方法,在电加热方法下点火效果非常好,并且与金属灯芯配置更有效地结合在一起。点燃Li / SF只用了39秒 6 系统,燃烧稳定。

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