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Perspective methods for the generation of COIL gain medium

机译:产生COIL增益介质的透视方法

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摘要

An ejector nozzle bank powered by centrifugal bubbling SOG is considered like highly efficient gain generating system for COIL. A high potential recovered pressure ~100 torr of the gain medium flow with a small signal gain higher than 1% cm~(-1) and low oxygen plenum pressure has been demonstrated. A centrifugal bubbling SOG is an efficient source of oxygen at high pressure with high depletion of the BHP in the single burn dawn. A high O_2(~1Δ) yield and chlorine utilization higher than 90% have been obtained at chlorine gas loading up to 6 mmole/s per 1 cm~2 of the bubbler surface. The ejector COIL powered by centrifugal bubbling SOG demonstrated ~25% of chemical efficiency with specific power 6 kJ per 1 litre of the BHP in the single burn dawn. The combination of centrifugal bubble SOG with ejector nozzle bank can be considered as a promising gain medium flow generation system for COIL.
机译:由离心鼓泡SOG驱动的喷射器喷嘴组被认为是高效的COIL增益生成系统。已经证明,增益介质流的潜在回收压力较高,约为100 torr,信号增益高于1%cm〜(-1)且氧增压压力较低。离心鼓泡SOG是高压的有效氧气来源,单次燃烧黎明时BHP大量消耗。在每1 cm〜2的起泡器表面载有高达6 mmole / s的氯气的情况下,可以获得很高的O_2(〜1Δ)收率和高于90%的氯利用率。在一次燃烧黎明中,由离心鼓泡SOG驱动的喷射器COIL的化学效率约为25%,每1升BHP的比功率为6 kJ。离心气泡SOG与喷射器喷嘴组的结合可以被认为是COIL的有希望的增益介质流产生系统。

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