English translation for "流量比"

discharge ratio
flow ratio
fluorescence ratio
specific discharge
specific flux
throughput ratio

Related Translations:

流量统计:  flow statistics

液流量:  flowfluid flux

下泄流量:  let-down flow rate

估计流量:  estimated dischargeestimated flow

流量盎司:  fluidounce

流量分析:  flow analysistraffic analysisweb analyticweb traffice analysis

电磁流量:  electromagnetic flow

径流流量:  runoff quantity

流量单位:  fluid unitsflux unitmodule

附面层流量:  boundary layer flux

Example Sentences:

	1.	Mass flow ratio 质量流量比
	2.	Influences of air liquid mass flow rate on spray combustion produced by effervescent atomizer 气液质量流量比对气泡雾化喷嘴燃烧特性的影响
	3.	In the experiments , we also found the - sources flow rate , temperate of the substrates , annealing time and annealing temperature have an important infuence to epitaxial quality of the films 在实验过程中，我们也发现-族源气体的流量比、衬底温度、退火时间和退火温度对外延晶体的生长质量也有重要的影响。
	4.	The experiments indicate that the deposition rate will increase with the increase of the flow ratio of sihu / nhs , slightly decrease with the increase of substrate temperate , and increase obviously with the increase of rf power 氮化硅薄膜的折射率随硅烷氨气流量比增大而增大，随温度升高而略有增加，随淀积功率增大而略为降低。
	5.	The experimental results show that : the blade cooling flow rate will increase with the total flow rate and rotating speed ; the ratio of the blade - cooling flow rate to the total flow rate will increase with decline of the total flow rate , and increases with the rotating speed 结果表明：盘面出流孔的流量随总流量或转速的增加而增加，该流量与总流量的流量比随总流量的增加而降低，随着转速增加而增加盘。
	6.	The present research and practical indicated that the effervescent atomizer may obtain the good atomization effect in the small alr situation , compares with the ordinary machinery and the medium spray nozzle , has the merits of saving the fuel , reducing pollution and so on , has the broad application prospect 目前的研究及实用表明，气泡雾化喷嘴可以在小气液质量流量比情况下获得较好的雾化效果，与普通的机械和介质雾化喷嘴相比，有节约燃料，减少污染等优点，具有广阔的应用前景。
	7.	With piv technology , the flow field was measured to judge the performance of pump sump . by analyzing the pictures of velocity , streamline , turbulent kinetic energy and vorticity , we found that the turbulence was bigger while the ratio of the runoff increased . and the vortices always appeared in the field where the runoff was small 通过piv试验，测量了封闭式水泵吸水室内部的流场，以研究该水泵吸水室的性能； ( 2 )通过分析流速图、流线图、湍动能图和涡量图，发现了流量比越大，湍动越大，漩涡总是出现在流量较小的一侧。
	8.	Analysis of the test results of the rear - installed cooling system revealed that the overheat problem resulted from the measured cooling air temperature being higher and the coolant flow and transmission oil flow being smaller than the correct design value , and that the wrong location of the hydraulic oil cooler cannot completely meet the need of the cooling system 通过对测试数据进行分析，确定了系统过热的原因，即系统中测试获取的冷却风的温度比设计值高，冷却水和传动油的体积流量比设计值小，而且液压油散热器布置位置错误。
	9.	Second , we introduce a two - lane traffic model which is based on the ( 0 , 2 ) and ( 0 , 1 , 2 ) models . we mainly study the coupling effect of lanes . in two - lane traffic , vehicles can change lanes and overpass . the interactin between lanes is considered as coupling effect . the computer simulation indicate that ( dthe current of the system with cupling is greater than that without coupling ; 0for a certain initial density , the average flow and speed are indepent on the coupling coefficient which is greater than zero ; when the initial densities ( speeds ) of lanes are different , the characters of traffic system will be different 在单车道模型的基础上，建立v _ ( max ) = 2双车道模型，研究车道的耦合效应。双车道模型中车辆可以进行转道、超车，两道之间有耦合作用。模拟结果说明，有耦合时系统的流量比没有耦合时大；在固定的初密度条件下，只要耦合系数b 0 ，两道间的耦合强弱对流量和速度无影响；两道初密度分布不均匀和速度分布不均匀都能使交通系统特性发生变化。
	10.	By the pecvd ( plasma enhanced chemical vapor deposition ) system and the reactants of silane and ammonia , silicon nitride thin film with excellent anti - reflective and passivation effects was prepared . the relatively optimum parameters for depositing sinx thin film and the basic physical and chemical properties of sinx were investigated . the effects of substrate temperature , the flow ratio of silane over ammonia and the rf power on the refractivity and deposition rate were researched 实验表明，氮化硅薄膜的沉积速率随硅烷氨气流量比增大而增大，随温度升高而略有降低，随淀积功率增大而明显增加；在衬底温度300 ，射频功率20w和硅烷氨气流量比为1 ： 3的条件下氮化硅薄膜的沉积速率大约为8 . 6纳米分。

Similar Words：

"流量；流量率" English translation, "流量；涨潮" English translation, "流量盎司" English translation, "流量饱和" English translation, "流量报警记录器" English translation, "流量比调节器" English translation, "流量比记录控制器" English translation, "流量比控制" English translation, "流量比控制器" English translation, "流量比率控制器" English translation