持液率,liquid holdup英语短句,例句大全

持液率,liquid holdup
1)liquid holdup持液率
1.Statistical analysis about liquid holdup of slug flow in horizontal pipelines;水平管段塞流持液率的试验统计分析
2.An experimental investigation on pressure and liquid holdup of severe slugging in pipeline-riser systems;严重段塞流压力及持液率波动特性试验分析
3.Analysis of influential factors of drawdown and liquid holdup in multiphase conduit flow;多相管流中压降和持液率的影响因素分析

英文短句/例句

1.Calculating Liquid Holdup of Laminar Flow of Gas Power-Law Fluid in Horizontal Conduits预测水平管中气体-幂律液体层状流的持液率
2.An Experimental Study on the Liquid Hold-up of Gas-Liquid Biphasic Tilted Descending Pipelines气液两相流倾斜下降管持液率实验研究
3.Effects of Total Foam Height on the Liquid Holdup in the Foam Fractionation Process泡沫分离过程中泡沫层总高度对持液率的影响
4.Application of CQI for Elevating Passing Rate of Hand-washing Liquid应用持续性质量改进提高洗手液的合格率
5.Objective To decrease the phlebitis rate using continuous intravenous infusion5- Fluorouracil with micromedicine infusion-pump.目的减少使用微量输液泵持续滴注5-氟脲嘧啶所致静脉炎发生率。
6.Influences of Long-term of Different Dialysis Frequencies Per Week to the Patients with Maintenance Hemodialysis;不同透析频率对维持性血液透析病人生存质量的中长期影响
7.peak load effective duration factor峰值功率持续时间率
8.vocal criticism, support坦率的批评、支持
9.The reduced gold powder was used as a gold source and kept excessive in the process of producing KAu( CN)2.保持金粉过量投料,控制氰化亚金钾溶液的浓缩水量是得到高纯度和高收率产品的关键。
10.Association of cardiovascular events and different level of hemoglobin in maintenance hemodialysis patients不同血红蛋白水平对维持性血液透析患者心血管事件发生率的影响
11.Analysis of the factors affecting myoglobin clearance in treatment of crush syndrome by high volume continuous hemofiltration持续高容量血液滤过治疗挤压综合征影响肌红蛋白清除效率的因素分析
12.continuous maximum rated最大持续功率最大持续功率的
13.high resolution liquid chromatograph高分辨率液相色谱仪
14.hydraulic power take-off液压驱动功率输出轴
15.He was kept alive with intravenous dripping of fluid.他靠输液维持着生命。
16.The calculation of the intrinsic frequency of the liquid rocket propulsion system液体火箭推进系统液路固有频率计算
17.speed at continuous rating持续制功率下的速度
18.frequency and duration method停电频率和持续时间法

相关短句/例句

holdup[英]['h?uld?p][美]['hold,?p]持液率
1.This paper deeply studies the model of the Beggs-Brill liquid holdup,which is widely used in engineering design of the gas-liquid two-phase flow in pipeline.提供了一种用于管路持液率计算的方法,可以用于水平管、上倾管和下倾管的计算,并利用实验数据对两者的计算结果作了比较。
2.Experimental data show that for different fluids the liquid holdup in liquid loading flow decreases logarithmically with the increase of the non dimensionless gas flux defined as the ratio of gas flux to critical flux.以不同粘度的流体为液相 ,在垂直管中研究了液体填塞流 (包括弹状流、块状流和泛出流 )的持液率和压力降。
3.Liquid holdup and pressure drop calculated by the model fit well with experimental data.提出了零净液流量气液两相流动模型，应用这一模型计算了零净液流量气液两相流的持液率和压力降，模型计算结果与试验结果相符。
3)liquid slug holdup液塞持液率
1.The pressure signal is measured with a pressure transducer,the liquid slug holdup signal measured with a parallel electronic-conductance probe.3 m的水平管上利用空气-水作试验介质对段塞流的压力和液塞持液率进行了试验研究。
4)average holdup平均持液率
1.The experimental study on average holdup in multiphase pipelines with low loads of liquids was conducted on a large multiphase flow loop.管道中的集液量取决于管道的平均持液率,目前采用的仪表测量方法只能测量某一截面的持液率,不能测量整个试验环道的平均持液率,而管道平均持液率是确定清管频率以及捕集器(分离器)尺寸的基础数据,因而采用清管的方法研究管道平均持液率是一种有效而实际的方法。
5)holdup[英]['h?uld?p][美]['hold,?p]持率
1.In high angle wells,calculating holdup of multiple phase flow is always a difficult technique problem,the judgment of flow regime and flow pattern is the main effect on calculating the holdup.大斜度井中多相流持率计算一直是困绕人们的技术难题,流态及流型判定是影响持率计算的主控因素。
6)liquid holdup持液量
1.The pressure drop and liquid holdup were observed and determined in cool condition.以α-甲基苯乙烯加氢系统为对象,研究滴流床的流体力学特征,在冷态条件下测定了滴流床内压降和持液量,得到压降、动持液量与气速和液速的关系式。
2.The regularities on the change of pressure drop, liquid holdup, flow regimes with gas and liquid velocity were investigated in cool condition,which was helpful to the mass transfer research and reactor model development.以α甲基苯乙烯加氢系统为研究体系,研究了涓流床反应器的流体力学特征,观察了反应器内的流型转变和液体分布情况,并在冷态下研究了涓流床反应器内压降、持液量、流型等随气速、液速变化的规律,为涓流床反应器传质研究和模型建立提供必要的支持。
3.The liquid holdups and effective wetted areas of 4 types of structured packing were simulated by the model and validated by relevant experiments.为研究板波纹规整填料内的液体流动状况,建立了相应的液相分布数学模型,并对4种板波纹规整填料的持液量和有效润湿面积进行了模拟计算及实验验证。