1.
Three Dimensional Design and Optimization System for Stirring Blades with Complicated Surface by Flow Field Simulation
基于流场模拟的复杂形面搅拌桨叶三维设计与优化系统
2.
three-blade marine type propelle agitator
三叶推进桨式搅拌器
3.
Gas-Liquid Dispersion by Hollow-blade Disk Turbines with Different Blade Shapes
不同叶片形状盘式涡轮搅拌桨的气-液分散特性
4.
CFD Simulation and PIV Measurement of Flow Fields in Stirred Vessel with Double-flat Agitator
双层桨叶搅拌器流场的CFD模拟与PIV测量
5.
The mixing results of agitator depend directly on dynamic performance of the agitator paddle and the position in mixing tank.
搅拌器桨叶的水动力性能以及与搅拌槽的位置关系直接影响到搅拌的混合效果。
6.
push-pull propeller stirrer
推挽式螺旋桨搅拌器
7.
top entering propeller agitator
顶伸式螺旋桨搅拌器
8.
gyratory paddle
(搅拌机)涡形回转桨
9.
plow blade mixer
犁片桨式搅拌混合器
10.
The results showed that the influence of the lower impeller on NJSG was the largest, and three-bladed back-sweep impeller was the optimum.
结果表明，底层桨对临界搅拌转速的影响最大，最佳的底层桨为3叶后掠桨。
11.
Study on the Numerical Simulation and Experiment of the Three-Dimensional Flow Field in Straight-Gradient Impeller Stirred Tank;
直—斜叶组合桨搅拌槽内三维流场的数值模拟与实验研究
12.
Geometrical Analysis and Calculation of Mixing Arm for New-type Mixer-granulator
新型搅拌制粒机搅拌桨的几何分析及计算
13.
Numerical Simulation of Mixing Characteristics in a Stirred Tank with Turbine Impellers;
涡轮桨搅拌槽内搅拌特性数值模拟研究
14.
Investigation of Fluid Flow in a Dual Rushton Impeller Stirred Tank Using PIV;
双层桨搅拌槽内流动场的PIV研究
15.
The Study of Fluid Character for Rushton Turbine in the Stirred
涡轮桨搅拌槽内流动特性的PIV研究
16.
Characteristics of flow fields and trailing vortices in a stirred tank with a Rushton turbine
涡轮桨搅拌槽内流动及尾涡特性研究
17.
Study of axial flow velocity in axially stirred tank
轴流桨搅拌槽内轴向流动速度的研究
18.
Gas Distribution Performance in a Gas-Liquid Stirred Reactor with Double-Combined Impellers
双层桨气液搅拌反应槽气液分散特性