And the charge density of oil streaming electrification is related to the dielectric loss factor and conductivity.
而且油流带电电荷密度与介质损耗因数和电导率有一定的相关性。
The computation of streaming electrification in turbulent oil pipe flow is studied in this paper.
对紊流条件下输油管道内油流静电带电的计算进行了研究。
The influences of oil flow velocity, conductivity and temperature of oil on streaming electrification were taken into consideration in the models.
计算模型中考虑了油流速度、油的电导率和油温等因素对油流带电的影响，克服了以往模型中存在着难以确定的变量的缺点。
The influences of oil flow velocity, conductivity and temperature of oil on streaming electrification were taken into consideration in the models.
计算模型中考虑了油流速度、油的电导率和油温等因素对油流带电的影响，克服了以往模型中存在着难以确定的变量的缺点。
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