典型文献
Numerical simulation and experimental study of gas cyclone-liquid jet separator for fine particle separation
文献摘要：
To address the shortcomings of existing particulate matter trapping technology,especially the low sep-aration efficiency of fine particles,herein,a novel gas cyclone-liquid jet separator was developed to research fine particle trapping.First,numerical simulation methods were used to investigate the flow field characteristics and dust removal efficiency of the separator under different working conditions,and to determined suitable experimental conditions for subsequent dust removal experiments.Afterward,the separation efficiency of the separator against five kinds of common particles,including g-C3N4,TiO2,SiC,talc,and SiO2,was experimentally studied.A maximum separation efficiency of 99.48％was achieved for particles larger than 13.1 pm,and 96.55％efficiency was achieved for particles larger than 2 pm.The best crushing atomization effect was achieved for the separator when uG was 10 m·s-1 and uL was 3 m·s-1,while the best separation effect was achieved when uc was 10 m·s-1 and uL was 3.75 m·s1.Studies have shown that the gas cyclone-liquid jet separator has excellent applicabil-ity in the separation of fine particles.
文献关键词：
中图分类号：
作者姓名：
Liwang Wang;Erwen Chen;Liang Ma;Zhanghuang Yang;Zongzhe Li;Weihui Yang;Hualin Wang;Yulong Chang
作者机构：
School of Mechanical and Power Engineering,East China University of Science and Technology,Shanghai 200237,China;College of Architecture and Environment,Sichuan University,Chengdu 610065,China
文献出处：
引用格式：
[1]Liwang Wang;Erwen Chen;Liang Ma;Zhanghuang Yang;Zongzhe Li;Weihui Yang;Hualin Wang;Yulong Chang-.Numerical simulation and experimental study of gas cyclone-liquid jet separator for fine particle separation)[J].中国化学工程学报（英文版）,2022(11):43-52
A类：
uG
B类：
Numerical,simulation,study,gas,cyclone,liquid,jet,separator,fine,separation,To,address,shortcomings,existing,particulate,matter,trapping,technology,especially,efficiency,particles,herein,novel,was,developed,research,First,numerical,methods,were,used,investigate,flow,field,characteristics,dust,removal,under,different,working,conditions,determined,suitable,subsequent,experiments,Afterward,against,five,kinds,common,including,C3N4,TiO2,SiC,talc,SiO2,experimentally,studied,maximum,achieved,larger,than,pm,best,crushing,atomization,effect,when,uL,while,uc,s1,Studies,have,shown,that,has,excellent,applicabil,ity
AB值：
0.509967
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