1)Reynolds number雷诺准数
1.The minimal viscosity of the medium for particles weight falling analysis is calculated by Reynolds number.按照雷诺准数的定义，从理论上推导出不同种类的特细铝粉采用油降法测定其d50值所需要的最小粘度，并通过采用不同浓度的沉降液在WID-C301粉末粒度测定仪上试验进行了验证。
2.Using the tracing method,cyclone velocities with different oscillation frequencies have been measured,and the Reynolds number of the liquid calculated in order to analyze the turbulent intensity.采用示踪法测出振荡器不同振荡频率对应的流体的回旋流动线速度,进而计算流体的雷诺准数以考察流体运动状态。
2)standrd centrifugal data离心雷诺准数
3)impeller reynolds Re搅拌雷诺准数Re
4)generalized Reynold's number广义雷诺准数
5)Reynold criterion雷诺准则
1.In this acticle, thermal oil velocity was determined in accordance with Reynold criterion, in order to be convenient for heat transfer of thermal oil and prevent thermal oil carbonizing.为了便于导热油的传热和防止结焦现象,根据雷诺准则确定了导热油在管束内的流速。
6)Reynolds number雷诺数
1.Numerical simulation for effects of Reynolds numbers on tip leakage flows in turbine;雷诺数对涡轮叶尖流场影响的数值研究
2.Numerical analysis of the effect of Reynolds number on drag reduction by grooved surface;雷诺数对沟槽减阻特性影响的数值分析
3.The ascertain of annubar flowmeter s flow coefficient at different Reynolds numbers;不同雷诺数下均速管流量计流量系数的确定
英文短句/例句
1.Reynolds finds that turbulence begins when R exceeds about 2000.雷诺发现当雷诺数大于约2000时开始产生湍流。
2.Prediction of flow around submarine at different Reynolds numbers with Reynolds stress model用雷诺应力模型预报不同雷诺数下的潜艇绕流
3.CFD Numerical Calculation of Sudden-expansion Pipe Flow of Low Reynolds Number低雷诺数下突扩管流的CFD数值计算
4.The Creeping Motion in the Entry Region of a Semi- Infinite Circular Cylindrical Tube半无穷长圆管内的低雷诺数入口流
5.In a Reynolds number range of 1502D flow over a backward facing step.利用粒子图像测速技术(PIV)，对雷诺数150
6.Experimental Investigation on the Characteristics of Flow at Low Reynolds Numbers in Mini-channels;微小通道内低雷诺数流动的实验研究
7.Numerical Simulation of Turbulence in a UV Disinfection Reactor Based on Lw Re k-ε Model低雷诺数模型模拟UV反应器湍流流场
8.Analysis of Static-wind Stability of Bridges with Consideration of Reynolds Number Effects考虑雷诺数效应的桥梁静风稳定分析
9.Flow Calculation Study on the Lower Reynolds Number for Cube-Shaped Blown Sand立方体风沙粒子的低雷诺数绕流计算
10.Determination of Local Resistance Coefficient at Low Reynolds Number Using Distributed Parameter Method以分布参数法确定低雷诺数局部阻力系数
11.Study on Numerical Simulation and Optimization of Mixing Performance of Passive Micromixer at Low Reynolds Number低雷诺数下被动微混合器性能的数值模拟研究
12.Numerical investigation of a forced oscillating cylinder in a cross flows with low Reynolds number横向受迫振荡圆柱低雷诺数绕流问题数值模拟
13.Prediction of flow resistance in low Reynolds number flow over piles with none wall-parameter无壁面参数低雷诺数桩群阻力计算研究
14.Reynolds number effects on Strouhal number are very important in the study on Reynolds number of bridge decks.斯特罗哈数的雷诺数效应是桥梁断面雷诺数效应研究中的一个重要问题。
15.The Application of Equal Reynolds Number Method in the Heat Transfer Test of Plate Heat Exchangers等雷诺数法在板式换热器传热试验中的应用
16.An Experimental Study on Location of Transitional Separation Bubble on a Low Reynolds Numbers Airfoil确定低雷诺数翼型转捩分离泡位置的实验研究
17.Research and Development of a New Type of Enhanced Tube under Low Reynolds Number;低雷诺数下新型强化传热管的研究与开发
18.Heat Transfer Enhancement Research of Heat Exchangers with Longitudinal Flow of Shell-side Fluid under Low Reynolds Number;低雷诺数下纵流壳程换热器强化传热研究
相关短句/例句
standrd centrifugal data离心雷诺准数
3)impeller reynolds Re搅拌雷诺准数Re
4)generalized Reynold's number广义雷诺准数
5)Reynold criterion雷诺准则
1.In this acticle, thermal oil velocity was determined in accordance with Reynold criterion, in order to be convenient for heat transfer of thermal oil and prevent thermal oil carbonizing.为了便于导热油的传热和防止结焦现象,根据雷诺准则确定了导热油在管束内的流速。
6)Reynolds number雷诺数
1.Numerical simulation for effects of Reynolds numbers on tip leakage flows in turbine;雷诺数对涡轮叶尖流场影响的数值研究
2.Numerical analysis of the effect of Reynolds number on drag reduction by grooved surface;雷诺数对沟槽减阻特性影响的数值分析
3.The ascertain of annubar flowmeter s flow coefficient at different Reynolds numbers;不同雷诺数下均速管流量计流量系数的确定
延伸阅读
雷诺数雷诺数Reynoldsnumber流体力学中表征粘性影响的相似准数。为纪念O.雷诺而命名，记作Re。Re＝ρvL／μ，ρ、μ为流体密度和粘度，v、L为流场的特征速度和特征长度。对外流问题，v、L一般取远前方来流速度和物体主要尺寸(如机翼弦长或圆球直径)；内流问题则取通道内平均流速和通道直径。雷诺数表示作用于流体微团的惯性力与粘性力之比。两个几何相似流场的雷诺数相等，则对应微团的惯性力与粘性力之比相等。雷诺数越小意味着粘性力影响越显著，越大则惯性力影响越显著。雷诺数很小的流动（如润滑膜内的流动），其粘性影响遍及全流场。雷诺数很大的流动（如一般飞行器绕流），其粘性影响仅在物面附近的边界层或尾迹中才是重要的。在涉及粘性影响的流体力学实验中，雷诺数是主要的相似准数。但很多模型实验的雷诺数远小于实物的雷诺数，因此研究修正方法和发展高雷诺数实验设备是流体力学实验研究的重要课题。
