1.
Influences of Impingement Distance and Impingement Angles on Wall-Wetted Fuel Film
喷嘴距离和喷嘴角度对油膜附壁的影响
2.
outlet triangle
喷嘴出口速度三角图
3.
The spray nozzles are designed to produce a dense spray at a predetermined angle.
喷嘴是按预定角度产生稠密水雾来设计的。
4.
See notes of "Runs and sags”. Use a smaller nozzle. Hold the gun at right angles to the surface.
参见“流挂”一栏。或采用小一点的喷嘴。使喷枪与底材角度正确。
5.
The Research on the System of Testing the Angle of the Sealed Inclined Plane of Oil Nozzle Base on Multipage Image Comparison;
多页图像比对测量喷油嘴密封座面角度系统研究
6.
Research about Nozzle Discharge Speed Distribution for Meltblown Model
熔喷模头喷嘴孔流场速度分布的研究
7.
ISA 1932 nozzle
ISA 1932喷嘴
8.
Numerical study on spray angle of the dual-orifice pressure-swirl atomizer
双路离心式喷嘴雾化锥角的数值研究
9.
Measure Methods of Spray Distribution in Radial Direction of Pressure Atomization Nozzle
压力式雾化喷嘴径向喷淋密度的测量方法
10.
The Humidity Effect on the Discharge Coefficient of Sonic Nozzles
湿度对音速喷嘴流出系数影响的研究
11.
Effect of velocity ratio on combustion process gas-gas injector
速度比对气-气喷嘴燃烧性能的影响
12.
Correction of Temperature Display in Governing Stage of Nozzle Governing Steam Turbine Unit
喷嘴配汽汽轮机组调节级温度的修正
13.
aperture atomizer
喷孔式喷油嘴喷雾器
14.
Influence of Entrance Shrinking Angle on Nozzle Wear in Swirling Abrasive Water Jet
入口收缩角对旋转磨料射流喷嘴磨损的影响
15.
Fully accelerating abrasive particle velocity to near water-jet velocity is main aid of nozzle design.
喷嘴设计的主要任务就是要使从喷嘴喷出的磨料粒子得到充分加速,以便接近水射流的速度.
16.
Reduce pressure. Use a larger nozzle. Hold spray gun closer to the surface. Spray at right angles to the surface.
改变压力。使用大一点的喷嘴。加近喷枪与底材的距离。调整高度。
17.
a device that releases water from overhead pipes through nozzles that open automatically with the rise in temperature.
温度升高时，喷嘴自动打开水能从高架管中自动喷淋的装置。
18.
Design Theory and Application of Gradient Ceramic Nozzles;
梯度陶瓷喷嘴的设计理论及其应用研究