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首页> 外文期刊>Technical physics letters: Letters to the Russian journal of applied physics >A Method for Determination of Spatial Distribution of Gas Concentration in Supersonic Jets Outflowing into Vacuum
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A Method for Determination of Spatial Distribution of Gas Concentration in Supersonic Jets Outflowing into Vacuum

机译:一种测定超声波射流中的气体浓度空间分布的方法

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摘要

An experimental method for determination of the spatial distribution of gas concentration in millimeter-sized supersonic jets outflowing into vacuum is proposed. This method is based on jet visualization by its illumination with a laser-plasma radiation source and processing of the obtained intensity distribution of the jet glow. The spatial distribution of the jet glow intensity for the visualized jet is measured. The gas concentration distribution in the jet is determined, and the results of experiment are compared with the calculated data obtained by numerical hydrodynamic simulation.
机译:提出了一种测定从废真空流出的毫米大小的超音速喷射中气体浓度空间分布的实验方法。 该方法通过其照明基于喷射可视化,并利用激光等离子体辐射源和加工的喷射光发光的强度分布的处理。 测量可视化射流的喷射光发射强度的空间分布。 确定射流中的气体浓度分布,并将实验结果与通过数值流体动力学模拟获得的计算数据进行比较。

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