1) atomizing rate
雾化速率
1.
The influences of the atomizing sample volume, the atomizing power and the flow rate of carrier gas on the atomizing rate and transporting loss were studied.
研究建立了超声雾化装置,用激光粒度仪测试了雾化液滴的粒径,并研究了雾化溶液加入量、超声雾化功率、载气流量等雾化参数对超声雾化速率及管路输运损失的影响。
2) Vapor ratio
雾化率
3) efficiency of nebulization
雾化效率
4) supersonic atomization
超音速雾化
1.
With the supersonic atomization device designed by our laboratory, we study on the process parameter abou.
为此,本文首先研究了SnAgCu系无铅焊锡合金,并利用本试验室自制的超音速雾化装置对其进行雾化法制粉末的工艺研究。
2.
We have developed a set of supersonic atomizing equipment with the base theory of the supersonic atomization and the base characteristic of the solder alloy.
为此，运用超音速雾化的基本原理和焊锡合金的基本性质，研制出一套超音速雾化装置，在该装置上对焊锡合金微粉的制备技术及工艺进行了系统的研究，并从理论上推导出适用于超音速雾化的气体速度公式。
5) efficient atomization efficiency
有效雾化率
1.
By utilizing supersonic atomization that is designed by ourselves, the study studies the influences of atomizing medium on the properties of free-lead solder powders of SnAgCu system:efficient atomization efficiency, size distribution and degree of sphericity.
实验利用自行设计的超音速雾化制粉装置,研究了不同雾化介质对SnAgCu系无铅焊锡粉末有效雾化率、粒度分布及球形度的影响。
2.
The experiment studies the effects of atomizing medium on the properties such as efficient atomization efficiency, distribution of size, sphericity of free-lead solder powder of Sn-Ag-Cu system with supersonic atomization equipment designed by ourselves.
利用自行设计的超音速雾化制粉装置,研究不同雾化介质对SnAgCu系无铅焊锡粉末有效雾化率、粒度分布及球形度的影响。
3.
The effects of inner diameter of delivery tube end on the properties such as efficient atomization efficiency,size distribution,sphericity of free-lead solder powder in Sn-Ag-Cu system were investigated.
本试验利用自行设计的超音速雾化制粉装置,研究了导液管内径对SnAgCu系无铅焊锡粉末有效雾化率、粒度分布、球形度及氧含量的影响。
6) effective atomization efficiency
有效雾化率
1.
By means of the supersonic atomizing equipment developed by ourselves,the influences of super- heat of alloy on the properties of flee-lead solder power of Sn-Ag-Cu system,such as effective atomization efficiency, size distribution,particle shape and oxygen content are investigated.
利用自行设计的超音速雾化制粉装置,研究了合金过热度对 SnAgCu 系无铅焊锡粉末有效雾化率、粒度分布、球形度及含氧量的影响。
补充资料：Fogeffect(雾化效果)
fog effect (雾化效果)
雾化效果是3d的比较常见的特性，在游戏中见到的烟雾、爆炸火焰以及白云等效果都是雾化的结果。它的功能就是制造一块指定的区域笼罩在一股烟雾弥漫之中的效果，这样可以保证远景的真实性，而且也减小了3d图形的渲染工作量。
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