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Particle Size Distribution Control of Coal-Water Slurry with Effective Medium Model

机译:有效介质模型在水煤浆粒径分布控制中的应用

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the key to reduce coal pollution is the development of clean coal technology and the improvement of the backward coal-burning technology. The coal water slurry (CWS) is the first substitute of the oil. The particle size distribution of CWS plays an important role in the quality control of CWS. This article proposes an ultrasonic method with effective medium theory model which can be accurately reflected in the acoustic attenuation characteristics of coal-water slurry based on structural average. Experimental simulation proved that effective medium model is fully capable of achieving on-line detection of coal-water slurry particle size, for detection of fine-and coarse-sized particle size distribution. Non-linear relationship between attenuation and particle size, the three-frequency method can be used to inverse calculation of its. Which we can achieve CWS granularity on-line, and continuously control the quality of CWS.
机译:减少煤炭污染的关键是发展清洁煤技术和改进落后的燃煤技术。水煤浆(CWS)是该油的第一种替代品。 CWS的粒度分布在CWS的质量控制中起着重要作用。本文提出了一种具有有效介质理论模型的超声方法,该方法可以根据结构平均数准确地反映在水煤浆的声衰减特性中。实验仿真证明,有效的介质模型完全能够实现水煤浆粒径的在线检测,能够检测细粒度和粗粒度的分布。衰减与粒径之间的非线性关系,可采用三频法对其进行逆计算。我们可以在线实现CWS粒度,并持续控制CWS的质量。

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