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首页> 外文期刊>Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic >Comparison between background oriented Schlieren (BOS) technique and scattering method for the spray characteristics of evaporating oxygenated fuels
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Comparison between background oriented Schlieren (BOS) technique and scattering method for the spray characteristics of evaporating oxygenated fuels

机译:面向背景的Schlieren(BOS)技术和散射方法对蒸发含氧燃料的喷雾特性的比较

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摘要

The purpose of this paper is to compare image measurement of the evaporating spray of oxygenated fuels such as DME and biodiesel spray by using the background oriented Schlieren (BOS) technique and scattering method. In this work, the macroscopic characteristics of oxygenated fuel sprays by using BOS technique were compared with the results of scattering method. In order to analyze the vapor phase images of fuel spray in the constant-volume chamber, the BOS technique is employed to visualize the evaporating fuel spray in a constant-volume chamber with high-pressure injection system. The fuel spray characteristics with evaporating phenomena were visualized to compare the spray macroscopic behaviors such as penetration length and the area of spray axial plane. The results showed that BOS technique is an effective method for the visualization and measurement of macroscopic characteristics of evaporating fuel spray compared to the results of scattering method.
机译:本文的目的是通过使用背景取向的Schlieren(BOS)技术和散射方法来比较含氧燃料(如DME)和生物柴油喷雾的蒸发喷雾的图像测量。在这项工作中,将使用BOS技术的含氧燃料喷雾的宏观特性与散射方法的结果进行了比较。为了分析恒定容积室中燃料喷雾的气相图像,采用BOS技术可视化带有高压喷射系统的恒定容积室中蒸发的燃料喷雾。将具有蒸发现象的燃料喷雾特性可视化,以比较喷雾宏观行为,例如穿透长度和喷雾轴向平面面积。结果表明,与散射方法相比,BOS技术是一种有效的可视化和测量蒸发燃油喷雾的宏观特性的方法。

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