By statistical means, the liquid slug length distribution was studied along the (vertical) pipe at different gas and liquid superficial velocities.
利用统计方法研究了在垂直上升管内不同位置以及不同气液表观速度下的液弹长度分布。
And the prediction results from this new model show that the slug length is not dependent on its average value and the distribution at the pipe inlet.
模型对液塞长度的预测结果基本不受入口平均值和分布形状的影响。
The fluctuation characteristics of liquid slug length was discovered by using the statistics theory and fractal theory to analyze the time series of liquid slug length.
利用统计理论与分形理论分析液塞长度时间序列来揭示液塞长度波动特性。
The fluctuation characteristics of liquid slug length was discovered by using the statistics theory and fractal theory to analyze the time series of liquid slug length.
利用统计理论与分形理论分析液塞长度时间序列来揭示液塞长度波动特性。
应用推荐