1.
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
2.
Investigation of the Initial Breakup and Secondary Atomization Mechanism of Fuel Spray
燃油喷雾初始破碎及二次雾化机理的研究
3.
Gas-assisted Atomization Mechanism and Experimental Research of High Viscosity Liquid;
高粘度流体气力雾化机理及试验研究
4.
Study on Mechanism of High Speed Spinning Bell Electrostatic Spray;
旋杯式高速静电喷涂雾化机理的研究
5.
A Quasi-DNS of Diesel Spray and the Investigation of Its Atomization Mechanism;
柴油机喷雾准直接数值模拟及其雾化机理的研究
6.
Study on Atomization Mechanism and Numerical Simulation of Drying Process of Air-Blast Spray;
冲击式气流喷雾雾化机理及干燥过程数值模拟的研究
7.
Research on Charged Atomization in Electrostatic Oiler;
静电涂油机中油液的荷电雾化机理研究
8.
Through the experiment and theoretical discussion, a basis for selection of parameters in the structure design of new electrostatic oiler was offered.
通过雾化实验与雾化机理探讨,为新一代静电涂油机的研制开发的参数选择提供了理论依据。
9.
Explains in detail its atomisation mechanism, structure characteristics and experiment schemes.
系统地介绍了其雾化机理、构特点和实验方案。
10.
Mechanism and Application in Quick Cooling of Liquid Force Atomization;
液力式雾化机理及其在快速制冷中的应用
11.
Mechanisms of the Atomization of a Viscous Liquid Jet in Compressible Gases
可压缩气体中粘性液体射流雾化机理研究
12.
Research on Charged Atomization Mechanism and Key Technology of the Oiler;
静电涂油机中油液荷电雾化机理及其关键技术研究
13.
Mechanisms of Breakup and Atomization of Liquid Jets and Process Simulation in Cylinder of Internal Combustion Engine;
液体射流分裂雾化机理及内燃机缸内工作过程的模拟
14.
Research on the Mechanism of Corona Plasma Discharge Atomization and Finite Element Analysis of Electrostatic Oiler;
电晕等离子体荷电雾化机理及涂油机结构有限元分析
15.
Research on the Atomization Characteristics and Mechanism of Air-blast Nozzles and Development of the CWS Burner for Gasification
气力式喷嘴雾化机理研究及水煤浆气化喷嘴的开发
16.
The Atomization Mechanism Discuss and Experimental Research on Several Liquid Medium in High-voltage Electrostatic Field;
高压静电场中几种液体介质的雾化机理探讨与试验研究
17.
The Mass Transfer Mechanism between Charged Lime Droplets and SO_2;
石灰浆荷电雾化脱硫中雾滴吸收SO_2的传质机理研究
18.
The Mechanism Study of Atomization Water Made by Ultrasonic Technique in Dust Removal Experiment;
超声雾化水雾的除尘机理和在实验中的应用研究