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Reducing Viscosity of Ultra Low Sulfur Diesel with Electric Field

机译:电场降低超低硫柴油的粘度

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Dr. Tao's viscosity theory is a university theory can be applied to a lot of liquid suspensions with the discrepancy in permittivity or permeability between the suspended contents and the base liquid. Diesel is a mixture and can be considered as one of these liquid suspensions. We ever got pretty good test results with diesel by the electric field treatment.. But, as we know, the "2007 Highway Rule" is taking effect for a while, that is, the allowable sulfur content for ULSD (15 ppm) is much lower than the previous U.S. on-highway standard for low sulfur diesel (LSD, 500 ppm). With Dr. Tao's theory, if the effect is only from nanoscale sulfur aggregate, once the sulfur was taken off, the effect will be decreased or even disappear. But our laboratory test shows that ULSD has 28.7% flow rate increased after we successfully chosen an optimal field strength and an optimal treatment time, which is even higher than high sulfur diesel. This makes Dr. Tao`s Viscosity Theory can be widely used and proofed it is a nanoscale structure changing reduced the viscosity which can reduce pollution and improve engine efficacy, too.
机译:陶博士的粘度理论是一种大学理论,可以应用于许多液体悬浮液,其悬浮液和基础液体之间的介电常数或渗透率存在差异。柴油是混合物,可以视为这些液体悬浮液之一。通过电场处理,我们曾经获得过相当不错的柴油测试结果。但是,据我们所知,“ 2007年公路法规”生效了一段时间,即ULSD的允许硫含量(15 ppm)非常高低于美国以前的低硫柴油公路标准(LSD,500 ppm)。根据陶博士的理论,如果影响仅来自纳米级硫聚集体,则一旦硫被去除,该影响将减小甚至消失。但是我们的实验室测试表明,在我们成功选择了最佳场强和最佳处理时间后,ULSD的流量增加了28.7%,甚至比高硫柴油还高。这使得陶博士的粘度理论得到了广泛的应用,并证明了纳米级结构的改变降低了粘度,从而减少了污染并提高了发动机的功效。

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