pressure atomization

This article introduces the atomization mechanism of atomization nozzle in the circulatory system, makes a deep analysis in the structure characteristics of low pressure swirl atomizing nozzle and the influence of structure parameters on atomization performance.

介绍了循环系统中雾化喷嘴的雾化机理，深入分析了低压旋流式雾化喷嘴的结构特点和结构参数对雾化性能的影响。

The atomization mechanism of hypergolic rocket propellant and decomposition combustion at high pressure and turbulence burning of premixed reactant flow field are considered.

数值仿真模型中考虑了自燃推进剂雾化机理、高压分解燃烧和预混反应流湍流燃烧等。

The viscosity of fuel has a great influence on mechanical atomization and lowpressure air atomization; and the interfacial tension of fuel greatly influence high-pressure air atomization and high-pressure steam atomization.

提出燃料的黏度对机械雾化和低压空气雾化具有很大的影响，而燃料的表面张力对高压空气雾化和高压蒸汽雾化则具有很大的影响；

The pressure drop was the driving force of atomization by nozzle.

压降是喷嘴雾化的原动力.

Effect gas inlet pressure, geometrical de-sign and relative position of metal delivery tube, atomization gas, etc.

本文研究了雾化压力 、 导液管的几何形状和相对位置以及雾化介质等因素对雾化过程导液管末端气体射流与金属液流作用区压力特征的影响规律.