1) Boucl-shaped nozzle
碗形喷嘴
2) needle shape nozzle
针形喷嘴
1.
The effect factors of needle shape nozzle's output power have many to do with the choice of the nozzle structure and jet pressure.
讨论了针形喷嘴结构、压力等改变对其输出功率的影响 ,在实验的基础上详细分析了诸因素——喷嘴的直径、长径比、入口角与出口扩散角对喷嘴输出功率的作用结果 ,从而获得最佳输出功率的喷嘴结构参数。
2.
A series of experiments were carried out to investigate the broken length and the size of broken liquid drop, aimed at the main structural parameter of needle shape nozzle.
本文针对针形喷嘴的主要结构参数,对射流破碎长度和破碎液滴的尺寸进行了一系列的实验研究,得出了针形喷嘴的主要几何参数与射流破碎长度之间的关系,以及射流破碎后的液滴情况,为针形喷嘴的设计提供了依据。
3) conical nozzle
锥形喷嘴
1.
A theoretical calculation method for flow rate coefficient and hydraulic parameters of conical nozzle;
锥形喷嘴流量系数及水力参数的理论计算方法
2.
Calculation and experimental comparison for conical nozzles in submerged cavitating water jet;
淹没水射流锥形喷嘴的计算分析与试验比较
5) circular jet
圆形喷嘴
6) angle nozzle
角形喷嘴
1.
The result shows that the jet spurt of the angle nozzle has no constant speed paragraphy, and the axes velocity attenuation is in the similitude of the axes velocity attenuation in jet basic paragraphy that spurt of the cone spray nozzle.
计算结果表明,角形喷嘴射流没有等速核段,轴心速度衰减与锥形喷嘴射流基本段轴心速度衰减相似,射流断面速度分布具有自模性。
补充资料：玉碗
1.玉制的碗，亦泛指精美的碗。 2.堪舆家谓福地。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条