Development of a passive phase separator for space and earth applications
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Development of a passive phase separator for space and earth applications

机译:用于空间和地球应用的被动阶段分离器的开发

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Highlights?A passive phase separator for space and earth applications was developed and tested.?Geometric design parameters strongly affect the performance of the phase separator.?3D numerical simulations can be used to assist the design optimization.?A properly configured phase separator can operate efficiently and reliably.?The phase separator can operate in a wide range of void fractions and flow rates.AbstractThe limited amount of liquids and gases that can be carried to space makes it imperative to recycle and reuse these fluids for extended human operations. During recycling processes gas and liquid phases are often intermixed. In the absence of gravity, separating gases from liquids is challenging due to the absence of buoyancy. This paper describes development of a passive phase separator that is capable of efficiently and reliably separating gas–liquid mixtures of both high and low void fractions in a wide range of flow rates that is applicable to for both space and earth applications.]]>
机译:<![cdata [ 亮点 开发并测试了空间和地球应用程序的被动阶段分隔符。 几何设计参数强烈影响相位分隔符的性能。 3D数值模拟可用于协助设计优化。 正确配置的阶段分隔符可以有效可靠地操作。 相位分离器可以在各种空隙分数和流速范围内操作。 抽象 可以承载的有限液体和气体空间使其必须重新循环和重复使用这些流体以进行扩展的人类操作。在回收过程中,过程中通常搅拌气体和液相。在没有重力的情况下,由于没有浮力,将来自液体的气体分离是挑战性的。本文描述了无源相分离器的发展,其能够在适用于空间和地球应用的各种流速中有效和可靠地分离出高低空隙级分的气液混合物。 ]]>

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