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1)  DHP spray nozzle
DHP-110型雾化喷嘴
2)  atomizing nozzle
雾化喷嘴
1.
Fuzzy-PID hybrid control of the work parameters of atomizing nozzle;
雾化喷嘴工作参数的模糊PID复合控制
2.
This paper explores atomizing nozzle structure, feed, oxide content and impurities as well as bulk density and size distribution that affect gas volume liberated from the zinc powder, and presents the research results that the atomizing nozzle structure and assembled accuracy are closely related to the gas volume librated from zinc powder.
探讨了雾化喷嘴的结构、原料、氧化物含量、杂质及松装密度、粒度分布对锌粉析气量的影响。
3)  atomization nozzle
雾化喷嘴
1.
On the foundation of gas atomization , supersonic atomization and domino effect of electric charge ,the article combined solid atomization and effect of electric charge ,the author successfully designed a novel double liquid atomization nozzle which combined the solid and electric field ,and offered powerful technical auspices for increasing atomization effect and preparing remoter metal powder .
本文以气雾化、超声雾化和电荷表面效应等技术为基础,采用固体雾化与电场效应相结合,成功的设计了一种新型的固体与电场复合作用的二流雾化喷嘴,为雾化效果的明显提高,为细微金属粉末的制备提供了技术支持。
2.
Based on the study of the atomization(nozzles) for fuels like petroleum and for water,the atomization nozzles for superfine metal powders are described in detail.
在超声波雾化设计原理的基础上,将雾化喷嘴按照用途进行了分类,总结了三类超声波雾化喷嘴。
3.
The structure design of the atomization nozzle applied to the metal powder production is analyzed.
分析用于金属粉末生产的雾化喷嘴的结构设计,总结紧藕合雾化喷嘴、超高压雾化喷嘴、层流雾化喷嘴和固体雾化喷嘴的技术特点,具体介绍了双层固体雾化喷嘴的雾化机理。
4)  nozzle atomization
喷嘴雾化
5)  atomizer [英]['ætəmaɪzə(r)]  [美]['ætə'maɪzɚ]
雾化喷嘴
1.
The experimental study of critical airblast atomizer;
临界空气雾化喷嘴的试验研究
2.
In this paper, the spray characterisitics of an internal blend airblast atomizer were studied.
对内混式空气雾化喷嘴的雾化特性进行了实验研究,得到了有关几何结构尺寸对雾化细度MMD的关系曲线和数据,得出了此类喷嘴的一些有意义的雾化规律,为此种喷嘴应用于表面改性设备中,并用于超细颗粒雾化提供了有价值的实验依据和方法。
6)  nozzle atomizer
喷嘴喷雾器,喷嘴雾化器
补充资料:DHP
    邻苯二甲酸二庚酯简称DHP,分子量362.5。无色透明油状液体。相对密度(20 ℃/4℃)0.992,凝固点-46℃,沸点360 ℃,闪点225℃(193℃).折射率1.4847,粘度(20 ℃)44.7mPa·s。溶于苯、甲苯等有机溶剂和矿物油中,不溶于水,20 ℃时水中溶解度0.01%(wt)。微毒。
    可作为邻苯二甲酸二辛酯的代用品。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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