1.
Natural sediment particles are not spherical.
天然泥沙颗粒不是球状的。
2.
Experiment of phosphorus distribution on sediment surface
泥沙颗粒表面磷吸附分布的实验研究
3.
Experimental Study on the Sediment Particles Suspend in Sediment-laden Flow;
挟沙水流泥沙颗粒悬浮规律的试验研究
4.
Phosphorus adsorption rule of the suspended silt in the turbulent waterbody
动水条件下悬浮态泥沙颗粒吸附TP规律探讨
5.
Simulation analysis on location of copper ion adsorption on sediment particle surface
泥沙颗粒表面铜离子吸附分布的模拟分析
6.
Analysing the Silt Particles with the Malvern Mastersizer 2000;
应用马尔文MS2000激光粒度分析仪分析河流泥沙颗粒
7.
It was obvious that the dark particles of mud and sand were from a source other than light-colored granites.
这些深色的泥沙颗粒，显然并非来自于浅色花岗石。
8.
Influence of silt particle diameter and volume fraction on centrifugal pumps with high specific speed
泥沙颗粒直径及体积分数对高比转速离心泵的影响
9.
Comparison of Particle Composition and Nutrient Contents in Sediment Between Two Typical Shrub Lands in the Loess Hilly Area
黄土丘陵区两种典型灌木群落坡面侵蚀泥沙颗粒组成及养分流失的比较
10.
a fine-grained sandstone of consolidated silt.
一种细颗粒的砂岩，由固化的泥沙形成。
11.
The nature of sand movement depends on the particle size, shape, and specific gravity in respect to the associated velocity and turbulence.
泥沙运动的性质取决于颗粒的大
12.
The size of a sediment particle alone is usually not sufficient to describe it.
单颗泥沙的粒径通常不足以描述其性质。
13.
2D Numerical Model of Multi-fraction Fine Sediment Transport;
多组分细颗粒泥沙输送的二维数值模型
14.
The Characteristics of Suspended Fine Sediment Flocs in Changjiang Estuary;
长江口悬浮细颗粒泥沙絮凝体特性研究
15.
The Observations and Models of Bottom Boundary Layer for Fine Sediment;
细颗粒泥沙近底边界层观测和模型研究
16.
Research Progress in River Transport of Sediments and Associated Particulate Nutrients
河流输送泥沙和颗粒态生源要素通量研究进展
17.
Experimental Research on Fine Particial Sediment in the Flowing Water in Nanhui Marginal Bank of Yangtze River Estuary
南汇边滩细颗粒泥沙动水沉降的实验研究
18.
Method to determine the maximal diameter of fine sediment aggregation and influence factors analysis
静水中粘性细颗粒泥沙絮凝临界粒径的确定及其影响因素分析