1.
Experiment on spray characteristics of baffle-type injector in cross flow
侧喷挡板式雾化喷油杆喷雾特性实验
2.
The Regime of Breakup and Atomization of Viscous Liquid Jets;
粘性液体射流分裂雾化机理及喷雾特性研究
3.
Research Progress of the Measurements of Diesel Spray Characteristics
柴油机喷雾特性测试方法的研究进展
4.
Influence of spray performance on combustion and emission characteristics of biodiesel
喷雾特性对生物柴油燃烧和排放特性的影响
5.
Atomization and Deposition Characteristic Research on Air-assisted Electrostatic Spraying
气助式静电喷雾雾化及沉积特性研究
6.
STUDY ON ATOMIZATION CHARACTERISTICS OF THE SCR AIRBLAST ATOMIZER IN ELECTRIC POWER PLANT
电厂SCR空气雾化喷嘴的雾化特性研究
7.
Study on Characteristic Experiment of Separate-Out Effervescent Atomization and Simulation;
析出式气泡雾化细水雾系统雾化特性实验研究及模化
8.
Spray Image Processing and Atomization Characteristic Study of Variable-Rate Spray Based on Pulse-Width Modulation (PWM);
喷雾图像处理及脉宽调制（PWM）变量喷雾的雾化特性研究
9.
Experimental Research on the Atomization Characteristics of Air-blast Spray Nozzles for Selective Non-catalytic Reduction System;
SNCR气力式雾化喷嘴雾化特性的实验研究
10.
Effect of Air Temperature and Oil Temperature on Mist Characteristics of Oil Mist Lubrication Device
空气温度及油温对油雾发生器雾化特性的影响
11.
Characteristics and comparison of pressure-based variable spray
基于压力变量喷雾的雾化特性及其比较
12.
Effect of Air Pressures on Mist Characteristics of Oil Mist Lubrication Device
空气压力对油雾发生器雾化特性的影响
13.
Droplet velocity and energy characteristics of continuously variable spray based on pulse width modulation
PWM连续变量喷雾的雾滴速度和能量特性
14.
Study on Atomizing Characteristics of Effervescent Atomization by Bubbles Separating out from Liquid
可溶气体析出气泡雾化系统雾化特性研究
15.
A Study on the Atomization Characteristics of Air Atomizer Nozzle in Vehicle SCR System
车用SCR系统空气雾化喷嘴的雾化特性研究
16.
Experimental Research on Atomization Characteristics of Pressure Nozzle and Numerical Simulation on Heat and Mass Transfer in Spray-Dryer;
压力式喷嘴雾化特性实验研究及喷雾干燥热质传递特性数值模拟
17.
The Study of Atomization Character of Coaxial Injector in Rocket Engine;
火箭发动机同轴式喷嘴雾化特性研究
18.
Study on the Characteristics of Laser Propagation and Attenuation Through the Fog;
激光在雾媒质中的传播衰减特性研究