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Theoretical aspects of an electrostatic aerosol filter for civilian turbofan engines

机译:用于民用涡扇发动机的静电气雾过滤器的理论方面

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The paper addresses the problem of aerosol filtration in turbofan engines. The current problem of very fine aerosol admission is the impossibility for mechanical filtration; another aspect of the problem is the high mass flow of air to be filtered. Non-attended, the aerosol admission can -and usually does- lead to clogging of turbine cooling passages and can damage the engine completely. The approach is theoretical and relies on the principles of electrostatic dust collectors known in other industries. An estimative equation is deduced in order to quantify the electrical charge required to obtain the desired filtration. Although the device still needs more theoretical and experimental work, it could one day be used as a means of increasing the safety of airplanes passing trough an aerosol laden mass of air.
机译:本文解决了涡扇发动机中气溶胶过滤的问题。气溶胶进入非常精细的当前问题是无法进行机械过滤。问题的另一方面是要过滤的空气的高质量流。在无人看管的情况下,气雾剂进入通常会导致涡轮机冷却通道堵塞,并可能完全损坏发动机。该方法是理论上的,并依赖于其他行业中已知的静电集尘器原理。推导估计方程以便量化获得所需过滤所需的电荷。尽管该装置仍需要进行更多的理论和实验工作,但有一天它可以用作一种手段来提高飞机通过充满气溶胶的飞机的安全性。

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