1.
Correlations between Dynamic Surface Tension and Droplet Diameter
喷雾液动态表面张力与雾滴粒径关系
2.
Numerical analysis method for predicting droplet size distribution of nozzles
农药喷洒雾滴粒径分布数值分析方法
3.
Prediction of Droplet Size Distribution in Spray of Air-Blast Nozzle Using Maximum Entropy Principle
最大熵原理预测气流式喷嘴雾化液滴粒径分布
4.
Droplet Size and Droplet Size Distribution of Y-Type Air-Blast Nozzle
Y型气流式喷嘴的雾化滴径和滴径分布
5.
Research on Measurement of Digital Micro-Image for Sprayed Droplets;
显微图像雾滴粒度测量方法及其应用
6.
Characteristics of droplet size distribution downstream of coaxial twin-fluid atomizer
同轴双通道喷嘴雾化滴径沿轴向分布特性
7.
Fire Smoke Particle Size Distribution Measurement and Evolution Simulation;
火灾烟雾颗粒粒径分布的测量与计算模拟
8.
Experiment on the variations of droplet diameter distribution and local flow rate over radial direction for the electrostatic spray process
静电雾化中滴径分布及局部流量沿径向分布规律的试验
9.
Preparation of Mono-Sized Alloy Powder and Simulation of Solidification Behavior of Gas-Atomized Droplets;
均匀合金颗粒的制备及雾化液滴的凝固行为模拟
10.
AN EXPERIMENT MEASURING SIZES AND CHARGES OF DUSTS BY USING MILLIKAN OIL-DROP APPARATUS
用密立根油滴仪同时测量粉尘的粒径和荷电量
11.
The Research on the Measurement of Micrometer-Size Droplet Diameter Using Electrodynamic Balance;
电动力学天平测量微米液滴粒径的研究
12.
Drop Breakage and Size Distribution of Crude Oil-Water Dispersions in Turbulent Flow Field;
湍流场中原油—水体系的液滴破碎与粒径分布
13.
Study of Particle Sizing on Welding Fume Based on Laser Scattering;
基于激光散射的焊接烟雾粒径测量的研究
14.
Size Distribution Characteristics of Polycyclic Aromatic Hydrocarbons of PM_(10) in Foggy Days in the North Suburb of Nanjing
南京北郊雾天PM_(10)中多环芳烃粒径分布特征
15.
Spray Pattern and Drift Potential of a Spinning Disk
转子喷头的雾滴轨迹及雾滴飘移性能
16.
The Study on the Antifogging Performances of Compound Antifogging Agents;
复配型防雾滴剂的防雾滴性能的研究
17.
Droplet Deposition in Variable-speed Spraying Experiment of Air Blast Sprayer
风送式喷雾机变速喷雾雾滴沉积试验
18.
The experimental results show that liquid jet diameter has obvious effect on Sauter mean diameter( SMD) when water/ air mass flux ratio is0.82～5.48.
结果表明:当液气质量比为0.82~.48时,液体射流直径对雾滴直径有显著影响。