1) rotary spray chamber
旋流雾室
1.
The spectrometer has been equipped with an axial plasma torch and a rotary spray chamber.
光谱仪配有端视等离子体炬和旋流雾室进样装置。
2) circumgyrating pulverization
旋流雾化
1.
The objectives to effectively retrieve coke powder and to efficiently remove dust have been reached in using bypass cyclone separation equipment and circumgyrating pulverization technique.
采用旁路旋风分离设备和旋流雾化水膜除尘技术,达到了有效地回收碳黑粉尘和高效除尘的目的。
3) rotary spray
旋流喷雾
1.
The structure function and characters for rotary spray granite dust catcher is introduced, which has a broad prospects in the area of controlling soot of medium - small boilers.
介绍了旋流喷雾花岗岩除尘装置的结构性能和特点,及其具有在中小锅炉上使用的广阔前景。
4) cyclone chamber
旋流室
1.
Based on the hydroseperator resistance characteristic and particle moving trail theory, the theoretical model of air flow in cyclone chamber of hydroseperator is established.
根据水分离器的阻力特性, 运用粒子运动轨迹理论,建立了水分离器旋流室内气体流动理论模型,计算了旋流室内气流速度分布及可分离最小液滴直径分布规律,最后计算了水分离器的分水效率。
5) swirl combustor
旋流燃烧室
1.
A test facility for swirl combustor with coaxial jets and staged air injection was designed, fabricated, and set up.
建立了采用分级进风方式的同轴射流旋流燃烧室实验装置,选用耐高温的氧化铝细粉作为示踪粒子,实现了用三维激光粒子动态分析仪(PDA)测量湍流旋流燃烧的热态瞬时速度场。
2.
For the purpose of developing swirl combustors with high combustion efficiency and low pollutant emission, a numerical simulation of swirling turbulent flows in a swirl combustor with coaxial jet interactions is performed.
针对发展高效低污染旋流燃烧技术的需要 ,对旋流燃烧室内两股同轴旋转射流相互作用的湍流旋流流动进行了数值模拟 。
3.
A presumed probability density function(PDF) model for temperature fluctuation is proposed and formulated in this paper to simulate propane turbulent four-step reaction,which model is employed to numerically simulate propane turbulent combustion in a swirl combustor.
应用该模型对旋流燃烧室内的丙烷湍流燃烧进行了数值模拟。
6) Swirl Combustion Chamber
旋流燃烧室
1.
Experimental study on the turbulent flow in a swirl combustion chamber by using particle image velocimetry;
旋流燃烧室内湍流流动的PIV实验研究
2.
Investigation on the three-dimensional isothermal flow field in a swirl combustion chamber;
旋流燃烧室内三维等温流场研究
补充资料：雾室
分子式：
CAS号：
性质：又称雾化室或膨胀室(expansion chamber)，火焰原子吸收分光光度计预混合型原子化器部件之一。其作用是将雾化器喷出的雾滴与燃烧气及助燃气在进入火焰之前均匀混合，经扩散膨胀输入火焰。由不锈钢材料制作，有圆筒形、球形、梨形及锥形。为提高雾化效率，其内腔装有撞液球、扰流器等，可将大雾粒粉碎并除去。有的用红外线、电热丝或高频加热器加热，提高雾化效率。
CAS号：
性质：又称雾化室或膨胀室(expansion chamber)，火焰原子吸收分光光度计预混合型原子化器部件之一。其作用是将雾化器喷出的雾滴与燃烧气及助燃气在进入火焰之前均匀混合，经扩散膨胀输入火焰。由不锈钢材料制作，有圆筒形、球形、梨形及锥形。为提高雾化效率，其内腔装有撞液球、扰流器等，可将大雾粒粉碎并除去。有的用红外线、电热丝或高频加热器加热，提高雾化效率。
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