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1·A mathematical model of cocurrent multi effect evaporation with solid separation was established.

建立了带有固相析出的并流多效蒸发系统的数学模型。

2·One, two or multiple drying boxes can be combined to form cocurrent and counter current drying work.

可一座、两座或多座干燥箱组合形成顺逆流干燥作业。

3·The preparation method and conditions of the catalysts are cocurrent precipitation and immediate filtration;

催化剂制备方法和条件为：并流沉淀，趁热过滤；

4·In this paper, the interphase transfers of air-water cocurrent flow at elevated pressure in wetted column are investigated.

本文研究了加压条件下空气水系统在湿壁塔内同向流动时传递行为。

5·The mathematical model of optimum design of cocurrent multi effect evaporation system with solid separation was established.

建立了带有固相析出的并流多效蒸发系统优化设计数学模型。

6·ObjectiveTo compare the two productive methods, cocurrent pregnancy mice and general pregnancy ones, in offspring production.

目的比较带乳妊娠(哺乳期妊娠)和一般妊娠这两种繁殖方法在子代生产中的作用。

7·Internal gear pump is the small gear wheel, the big gear for driven wheel, in work big gear with small gear cocurrent rotation.

内啮合齿轮泵中的小齿轮是主动轮，大齿轮为从动轮，在工作时大齿轮随小齿轮同向旋转。

8·Mean temperature difference for countercurrent flow and cocurrent flow in steady continuous heat transfer has been deduced uniformly.

采用统一的方法对定态传热逆流和并流的平均温差进行了推导。

9·The cocurrent shear plays the roles on thinning film thickness and enhancing heat transfer, and the countercurrent shear has inverse effect.

同向切应力具有减薄液膜厚度和增大传热系数的作用；

10·According to gas velocity, gas-solid fluidization has been classified into low-speed riser, cocurrent downer and pneumatic fluidization in this paper.

通过与低速流态化的比较，概述了高速流态化独特的两相流流动结构、优异的操作特性和应用于工业过程时的优缺点。

同向

1·Internal gear pump is the small gear wheel, the big gear for driven wheel, in work big gear with small gear cocurrent rotation.

内啮合齿轮泵中的小齿轮是主动轮，大齿轮为从动轮，在工作时大齿轮随小齿轮同向旋转。

2·In this paper, the interphase transfers of air-water cocurrent flow at elevated pressure in wetted column are investigated.

本文研究了加压条件下空气水系统在湿壁塔内同向流动时传递行为。

3·The cocurrent shear plays the roles on thinning film thickness and enhancing heat transfer, and the countercurrent shear has inverse effect.

同向切应力具有减薄液膜厚度和增大传热系数的作用；

(1)cocurrent flow并流，合流，同流；平行流