This paper is divided into four parts: the separation theory and some types of separator common used, the condition about the droplets 'move in the separator, the factors in which influenced the efficiency of separator and setting forward a new type of gravitational separator. 论文对多相分离技术研究分为四个部分的内容:分离原理和各类常用分离器、分离器内液滴运动情况以及影响分离器效率的因素,以及通过改进得到一种新型卧式重力三相分离器。
Design of a Gravitational Phase Separator for FI Liquid Liquid Extraction and Studies of Its Analytical Performance 一种新的FI-液液萃取重力分相器的设计及其分析性能研究
The Design of an On-Line Flow Injection System with a Gravitational phase Separator for Graphite Furnace Atomic Absorption Spectrometry and Its Analytical performance 连续流动液&液萃取石墨炉原子吸收分析系统的设计及其性能
A Gravitational Phase Separator for Use in Flow Injection/ Liquid-Liquid Extraction/ Indirect Atomic Absorption Spectrometric Determination of Nitrate and Nitrite 重力分相器用于流动注射-液-液萃取-原子吸收光谱法间接测定硝酸根
Multiphase Interfaces Automatic Defecting to Gravitational Type Separator 重力式分离器内多相界面的自动检测
The result shows that the influence of gravitational settling and radial acceleration cannot be tolerated when wind speed of the separator inlet is low and the diameters of the solid particles are large. 结果表明,当分离器进口风速较低及颗粒粒径较大时,重力沉降及径向加速过程对分离效果的影响不容忽视。
Gravitational separator has been widely used because of its advantages such as simple structure, easy operation, stable working, low maintenance charge, etc. However, the volume of traditional gravitational separator is always very huge, and it is also inefficient. 重力式分离器具有结构简单、操作方便、运行稳定、维护费用低等优点,这是其应用比较广泛的原因,但是一般的重力式分离器具有体积庞大,工作效率不高的缺点。