这种二元体系的雾化效果依赖于静电和毛细管作用力。
The aerosol performance of this binary system is dependent on both electrostatic and capillary forces.
对于试验中出现的油液雾化分叉现象，本文依静电学原理作了定性的理论分析。
Oil atomization forking phenomenon in experiment has been qualitatively analyzed from electrostatics theory in the thesis.
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。
Through the experiment and theoretical discussion, a basis for selection of parameters in the structure design of new electrostatic oiler was offered.
设计了一种气助式静电感应喷头，对其工作原理和关键结构进行了理论探讨，在室内对其进行了雾化性能试验和荷电效果试验。
And then the atomization quality and charge performances of this nozzle and its affecting factors were studied by carrying out performance experiment and statistic analysis.
两相湍流理论及数值模拟的研究成果，对静电雾化理论起到很大的推动作用。
The research results of two-phase turbulence flow and numerical modeling have greatly promoted electrostatic atomization research.
静电雾化目前已扩展至燃烧、静电喷涂、纳米、薄膜制备等前沿研究领域。
Electrostatic atomization has been expanded into foreland research fields such as combustion, spray coating, preparation of anonym film and so on.
采用先进的实验仪器及技术的研究表明：静电雾化可以有效地提高雾化质量、喷雾流场特性。
Experiment of advanced apparatus and technology indicates that electrostatic atomization can improve the quality and the field properties of liquid atomization efficiently.
采用先进的实验仪器及技术的研究表明：静电雾化可以有效地提高雾化质量、喷雾流场特性。
Experiment of advanced apparatus and technology indicates that electrostatic atomization can improve the quality and the field properties of liquid atomization efficiently.
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