利用马尔文粒度分析仪测量喷嘴在不同工况下达到的雾化粒度。
The drop-size of liquid was measured in different conditions by Malvern spray analyzer.
在划线、组对、测量、焊接方面采用了新的施工工艺，保证了油浆喷嘴的施工质量。
New construction method is adopted in aspects of ruling, alignment, measurement and welding so that construction quality of oil slurry nozzle can assured.
通过实验的方法测量出不同模具的喷嘴压力曲线，证实模腔几何形状与喷嘴压力之间存在确定的关系。
Experiment methodology that measures the nozzle pressure of different molds has been proposed which proved that there existed the internal relationship between nozzle pressure and shape of cavity.
单孔喷嘴射流计算的核心长度和高精度的测量结果是一致的。
Of length of core of calculative of efflux of weak opening nozzle and high accuracy measuring an outcome is consistent.
基于从流量传感器(24)获得的流量测量结果，判断部(27)检测安装头上是否存在吸附喷嘴。
Whether there is a suction nozzle or not on the mounting head is detected by a judging section (27), based on flow volume measuring results obtained from a flow volume sensor (24).
利用FAM激光粒度测量仪，以水为工质对不同结构旋涡压力喷嘴在不同压力条件下的雾化特性进行了实验研究。
The atomization characteristics of different eddy pressure nozzles were investigated using FAM laser particle size analyzer with water as working fluid in different pressure conditions.
通过实验测量与拟合，最后得到了喷嘴的流量系数的表达式，可以用来指导喷嘴的设计。
Through experimental measurements and fitting a mathematical expression of the nozzle flow factor is obtained, which can serve as a guide for the spray nozzle design.
提出了一套工业喷嘴角度测量系统方案 ，它具有操作方便、精度高、重复性好的特点 ，并对实物进行了测量 ，得到了满意的结果。
A system for measuring the spraying angles of industrial muzzles is discussed, and due to the high precision, good results are gained.
测量了不同压力配比条件下液体雾化粒子的粒径分布，详细讨论了压力对于喷嘴雾化效果的影响。
The distribution of droplet diameter is obtained in different pressure condition and the influence of pressure on spray effect is discussed in detail.
初步探讨了旋芯式喷嘴的雾化机理，简述了三维相位多普勒粒子测速仪（PDPA）的系统参数、测量原理和测量过程。
The primitive atomization mechanism was discussed, and the system parameters, measurement principles and measurement process of 3D phase doppler particle anemometer (PDPA) were presented.
初步探讨了旋芯式喷嘴的雾化机理，简述了三维相位多普勒粒子测速仪（PDPA）的系统参数、测量原理和测量过程。
The primitive atomization mechanism was discussed, and the system parameters, measurement principles and measurement process of 3D phase doppler particle anemometer (PDPA) were presented.
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