介绍了粘性泥沙在流动盐水中的沉降试验。
The settling experiment of the cohesive sediment in flowing salt water is described in this paper.
对于高粘性泥沙，临界推移力就成为不重要的。
For highly cohesive sediment, the critical tractive force becomes less significant.
本文就河口粘性泥沙数值模拟的理论与方法展开了研究。
Studies on theories and methods of numerical simulation of estuarine cohesive sediment transport are carried out in this paper.
本文从水流与淤泥质床面的相互作用的动态角度来探讨粘性泥沙悬扬机理。
From the viewpoint of dynamic analysis of interactions between currents and muddy beds, the mechanism of cohesive sediment suspension is investigated.
粘性泥沙高浓度悬浮层形成及其输送对于河口海岸地形变化、港口航道淤积起着十分重要的作用。
Formation and transport of high concentrated suspension of cohesive sediment is very important to the morphologic change of estuaries and coasts and sedimentation of harbor basins and channels.
本文结合琅琊山抽水蓄能电站下库库区原状土起动流速试验，对以往所采用的粘性泥沙起动流速公式进行了讨论。
In this paper, the formulas of starting velocity on cohesive sedimentation are discussed, combined with experiments of natural cohesive sedimentation in Lang-ya Mountain Pumped Storage Power Station.
基于任意面上非粘性沙颗粒的受力分析，考虑了非平衡条件，推导了更具普遍性的泥沙输移矢量式。
Based on the analysis of non equilibrium forces acting on a non cohesive particle, the general vectorial equation of bedload transport is derived.
粘性 泥沙，临界推移力就成为不重要的。
Viscosity overwhelms the smallest eddies and converts their energy into heat.
粘性 泥沙，临界推移力就成为不重要的。
Viscosity overwhelms the smallest eddies and converts their energy into heat.
应用推荐