Enhanced uniformity of size and ability to control droplet size.
改善了液滴尺寸均匀度及控制液滴尺寸的能力。
The droplet size increases with the diameter of the sprayer too.
与此相同，雾化液滴的滴径也随着喷头直径成线性变化。
Measurement and Analysis of Water Mist Droplet Size Based on Machine Vision.
基于机器视觉的细水雾液滴尺寸测量与分析。
The test results showed that increasing droplet size was associated with better stability.
试验结果表明，增加液滴尺寸将使稳定性提高。
The Influence of Urea Droplet Size on the Efficiency of SCR Catalysts for HD-Diesel Engines;
尿素喷雾粒子直径对重型柴油机SCR催化剂效率的影响；
This paper describes a relation of the liquid droplet size and its charges, and its measuring method.
本文提出一种液滴尺寸与其带电量的关系及其测试方法。
It is important that is measured the liquid droplet size distribution, if the relation of size and charges is known.
如能得知液滴尺寸与其带电量的关系，对于液滴粒度及其分布的测量是十分重要的。
Droplet size parameter is the most important quality index for estimating the performance of crop protection equipment.
雾滴的尺寸参数是评价植保机械性能的最主要质量指标。
When inlet flowrates exceed a certain value, the mean oil droplet size will decrease with the inlet flowrate increasing.
提高旋流器进口油滴的平均粒径，改进旋流器的锥段结构，选择合适的入口流量都有利于提高旋流器的分离效率。
The working principle and operating condition of the laser type droplet size distribution analyser are described briefly in this article.
本文简述了激光式雾滴尺寸分布测定仪的工作原理和应用条件。
The additions of superabundant emulsifier agent to emulsions have no obvious effects on droplet size and distribution of dispersion phase.
过分地增加乳化剂含量对分散相液滴大小与分布也没有明显作用。
A droplet size and velocity distribution function was theoretically derived based on the maximum entropy principle and the momentum conservation law.
应用最大熵原理和动量守恒定律，从理论上建立了喷雾液滴尺寸和速度联合分布函数。
The droplet size and the charge to mass ratio are measured by developed device of particle charge to mass ratio and reagent of catching fuel droplets.
射流感应破裂荷电是一种以静电学、两相流理论及空气动力学理论为基础的能产生超高荷质比带电液滴的新技术。
The dependence of droplet size and its distribution on the UV intensity are measured nondestructively using a laser-diffraction particle-size analyzer.
利用激光衍射粒子尺寸分析仪，无破坏地测量了微滴尺寸及其分布与紫外光强的依赖关系。
The design of the signal processing device for measuring the liquid droplet size and distribution is introduced, and the experimental results are given.
介绍了测量液滴粒度及分布信号处理装置的设计，并给出了实验结果。
By combining the Antipas' model of wave crest stripping, an integrated mathematical model is proposed to predict the droplet size in primary atomization.
结合波峰剥离模型，提出了融滴尺寸预测的数学模型，并在计算机上进行了数值模拟。
This paper represents an international evolvement about liquid breakup process, prediction and evaluation for the spray quality, and droplet size measurement techniques.
从液体碎裂过程、喷雾质量预测与评价方法、液滴尺寸测试技术等方面论述了喷雾学的国际进展。
For all the specimens, liquid phase separation structures were observed generally by DTEMand a systematic measurement of liquid droplet size distribution was carried out.
用DTEM观察了全部试样的液相分离结构，系统地测量液相小滴的粒度分布。
The role of high molecular weight polymers in reducing droplet size is explained in terms of polymer coil overlap which results in a large increase in the viscosity of the solution.
大分子聚合物减少小尺寸液滴数量的作用，可以解释为聚合物分子链卷曲交迭从而使溶液的黏度大幅度增加。
The results showed that the nozzle type, droplet size, side wind, boom speed and air-assistance were related to the drift potential, but the plant canopy had less influence to the drift.
实验中发现，改变喷嘴型号、液体压力、机架移动速度和采用风助技术等，或人为地加侧风时雾滴的漂移性能都会改变，而作物的形态对漂移的影响不大。
The results show that the oil droplet size, flow rate of the emulsion along the membrane surface, liquid-liquid interfacial tension and membrane flux can significantly affect oil-removing efficiency.
实验结果表明，水相中油珠的粒径、乳浊液的流速、两液相的界面张力以及膜通量都会影响除油率。
Single droplet evaporation can be got by comparing the difference of drop size between at the nozzle outlet and at the site near field.
单个水滴的蒸发量通过比较喷嘴出口处水滴大小和落地时水滴的大小求得。
This paper analyzed the droplet velocity and size distribute, the thermal exchange of each stage between the droplet and environment during solidification.
分析了雾化过程中的液滴的速度与粒度分布及凝固各阶段液滴凝固潜热的释放与环境导热之间的热平衡。
Interfacial tension's size effect obviously the way to change the droplet.
界面张力的大小较明显的改变液滴存在的方式。
All above results are very important for particle size and distribution analysis. And these results have been successfully applied to measure the droplet field of nozzle atomization.
这些结果，对分析粒子的大小和分布是十分重要的，并在喷嘴雾化场测试中得到了应用。
For the breaking up and atomization of viscous liquid jet from the air-blast nozzles is a complicated multi-parameter two-phase flow problem, it is hard to forecast the size of the droplet exactly.
气力式喷嘴黏性液体射流的破碎和雾化是一个复杂的两相流问题，因而难以准确预测其雾化粒径的大小。
Some on-line available techniques for measurementS of temperature profile and distribution of velocity and size of droplet and powder are introduced in this paper.
本文介绍了雾化区温度分布、金属粉末粒度及速度分布的在线测量技术，它们包括图象技术与非图象技术两大类。
Some on-line available techniques for measurementS of temperature profile and distribution of velocity and size of droplet and powder are introduced in this paper.
本文介绍了雾化区温度分布、金属粉末粒度及速度分布的在线测量技术，它们包括图象技术与非图象技术两大类。
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