1.
Effect of Turbulence of Pulp in Flotation Cell on Flotation of Oxidized Ore
浮选机槽内矿浆紊流强度对氧化矿浮选的影响
2.
Theory and Application Study on the Effect of Pulp Turbulence Degree in Flotation Cell on Flotation;
浮选槽内矿浆紊流强度对浮选影响的理论及应用研究
3.
The study of the test of the diversion impact on the current turbulent strength of the bend of the river
分流对弯道水流紊动强度影响的试验研究
4.
turbulent-flame velocity
紊流火焰的传播速度
5.
Experimental Study On Tubulence Intensity Of Flow Around Semicircle Cylinder Pier In Rectangular Channel
矩形水槽中半圆柱形边墩周围水流紊动强度的研究
6.
Experimental Study of Turbulent Flow Width and the Characteristic of the Turbulence Around Round-ended Pier
圆端形桥墩周围水流紊动特性及紊流宽度研究
7.
Experimental study of lateral turbulent flow width at round-ended pier
圆端形桥墩侧向紊流宽度的试验研究
8.
Studies on Mechanism and Application of Strengthening Subsidence Process by Turbulence Flocculation in Neutral Juice;
糖汁紊流絮凝强化沉降过程的机理及应用研究
9.
Turbulent BL Structure: Wake, Wall layers. Inner, Outer Variables. Effects of Roughness.
紊流边界层结构：尾流，壁面层，内、变数。粗糙度效应。
10.
Droplet ignition and extinction in practical combustors are strongly influenced by forced convection and turbulence.
在实际燃烧室中，液滴点火和熄火受到强迫对流和紊流的强烈影响。
11.
The Effect of Stirring Intension on the Performance of a Denitrifying Moving Bed Biofilm Reactor (MBBR);
搅拌强度对反硝化紊动床的特性影响研究
12.
Confluence Characteristics of Tubular Flow and Incoming Flow from Circular Chink: Experimental Study on Isothermal Concentration Field and Turbulance Characteristics
管流与环缝入流的管内合流特性──等温浓度场与紊流特性实验研究
13.
A second method of measuring the turbulence in a wind tunnel makes use of a "pressure sphere."
测量风洞紊流度的第二个方法是使用“压力球。”
14.
High flow velocity was found in some patients accompany stenosis of the siphon.
合并虹吸段狭窄时血流速度增高频谱紊乱。
15.
Turbulent Wind Action on Long Span Bridges with Separated Twin-girder Decks
紊流风对大跨度分体双箱梁桥梁的作用
16.
The Research on Extent of Turbulence Zone Around Pier and Width of Navigable Bridge Opening;
桥墩周围紊流区宽度及桥梁通航孔净宽研究
17.
Numerical Prediction of Inner Turbulent Flow with Adverse Pressure Gradient by Using DLR κ-ε Model;
用DLR型κ-ε模型对逆压梯度内部紊流数值预测
18.
Research on HGMS Technology for the Removal Rate of Dust Particle in Turbulent State
紊流状态下高梯度磁净化除尘效率研究