1.
stick-slip flow
密集颗粒痉挛流动(一般为下行)
2.
Study on Object Segmenting Technology for Dense Grain Image;
密集颗粒图像中的目标分割技术研究
3.
Theoretical Investigations on Some Characteristics of Macro-Mechanics of Dense Granular Systems Based on Discrete Element Method
密集颗粒系统的离散单元模型及其宏观力学行为特征的理论研究
4.
Stick-slip flow is a jerky movement of compacted grains with velocity of particles at the walls slightly lower than in the rod like core.
粘附滑移流动是一种密集颗粒的急跳式的运动，在壁面处，颗粒的速度稍低于呈杆状的中心的速度。
5.
Attribute pellet characteristic information encryption based on S-thick collection
S-粗集的属性颗粒特征的信息加密
6.
Study of Cluster Formationin Dense Gas-Solid Flow;
稠密气固两相流动中颗粒聚集现象的研究
7.
Similarly charged colloidal particles cannot come close enough together to agglomerate into larger particles.
带相同电荷的胶粒不能紧密靠近，它们不能聚集成较大的颗粒。
8.
The particles can be collected on the filter paper.
颗粒可捕集在滤纸上。
9.
Triangle granules in rough Microchannel produce less affection on Microfluidic than semi-circle granules.
对摩擦力的模拟中发现小管径密集粗糙颗粒的情况下得到的流型是最好的。
10.
Grain: Cluster of silver particles in the photo-graphic emulsions.Emulsions with faster speed have larger grains than emulsions with slower speed.
颗粒:群集照相乳剂上的银粒。感光快的乳剂，其颗粒较感光慢的为粗。
11.
(used of soil) compact and fine-grained.
（用来指土壤）紧密而且颗粒细微。
12.
DENSITY OF EMULSION EXPLOSIVE AND SYNTHESIS OF NANO-MnFe_2O_4 POWDERS BY EXPLOSION
乳化炸药密度与纳米MnFe_2O_4颗粒爆炸合成
13.
Effect of opening-angle θ at choke point on the density of granular flow on the two-dimensional conveyor belt.
瓶颈开口角对二维颗粒流密度的影响
14.
Particle dispersion characteristics of dense gas-solids two-phase coaxial jets
稠密气固两相同轴射流颗粒弥散特性
15.
Effect of increasing coarse particles content in cement on bulk density of cement particles
提高水泥中的粗颗粒含量对水泥颗粒堆积密度的影响
16.
The Contrast Research of Particulate Matter Trap and Regeneration Technology on Diesel Engine
柴油机颗粒捕集及再生技术对比研究
17.
Investigation on Aggregation Behavior of TiO_2 Nanoparticles with AFM
AFM研究TiO_2纳米颗粒的聚集行为
18.
For the surface of seal for powder medium was often damaged by solid particles,the improvement on common seal was made.
含固体颗粒介质的密封装置 ,常常因固体颗粒进入密封装置引起密封表面破坏。