1) coarse particle separating equipment
粗颗粒分离装置
1.
Application of coarse particle separating equipment in converter dedusting waste water treatment;
粗颗粒分离装置在转炉湿法除尘废水处理中的应用
2) segregation of course and fine particles
粗细颗粒分离
3) coarse grain component
粗颗粒组分
1.
Comparison between the granulometric composition and the magnetic susceptibility curve of the Minhe loess and correlation analysis have revealed that the >30μm coarse grain component can be used as a sensible index for the East Asian winter wind.
民和黄土各粒径组分含量变化与磁化率曲线对比，并进行相关分析发现：民和黄土＞３０μｍ的粗颗粒组分可以作为较敏感的东亚冬季风代用指标。
4) particle separation
颗粒分离
1.
With respect to a diffusion type cyclone separator in a gas/solid separation device,a RNG k-ε turbulent-flow model and discrete-phase random trajectory model were adopted respectively to perform a numerical simulation of its inner flow field and particle separation behavior.
针对气固分离装置中的扩散式旋风分离器,分别采用RNGk-ε湍流模型、离散相随机轨道模型(DPM)对其内部的流场和颗粒分离行为进行了数值模拟:计算了一定流速下不同粒径颗粒的轨迹;讨论了多种入口浓度和流速对分离效率的影响,以及反射屏对分离效率和颗粒停留时间的作用。
6) size segregation
颗粒分离
1.
The current study on the size segregation mainly concentrated in the vertical direction and the horizontal direction.
振动条件下的颗粒分离现象很早就已发现,并实际应用于分离颗粒物质。
2.
This experiment can serve as a simple model to reveal the Brazil-nut effect in the size segregation of granular matter.
采用实验和数值模拟方法研究了单层二元混合颗粒在水平振动条件下的颗粒分离现象。
补充资料：粗颗粒的
粗颗粒的
coarsely
由于曝光进度、显影过度、增感显影等的原因，使底片的颗粒度变粗。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条