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基于膜法除湿技术的振荡天平干燥管设计

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大气颗粒物测量的难点在于湿度控制,通过在振荡天平法大气颗粒物连续监测系统中应用膜法除湿技术,将高湿气溶胶中水分与干燥气体互换,在不损坏颗粒物原有部分的基础上获得长期稳定湿度.通过设计振荡天平干燥管,并搭建测试系统对其进行效果测试,且与对标热电干燥管进行对比实验,结果表明该气体干燥管可很好地实现对大气颗粒物湿度进行控制,比热电干燥管除湿效果更优,可应用于振荡天平法大气颗粒物连续自动监测系统中,使大气颗粒物测量精准度得到提高.
Drying Tube of Oscillating Balance Based on Membrane Dehumidification Technology
The membrane dehumidification technology is applied to the continuous monitoring system of atmospheric particulate matter with the oscillating balance method to exchange moisture in high humidity aerosol with dry gas, the long-term stable humidity can be obtained without damaging the original part of the particulate matter. By designing the drying tube of oscillating balance and setting up a testing system to test its effect, the results show that the drying tube can control the humidity of atmospheric particulate matter well, the method can be applied to the continuous automatic monito-ring system of atmospheric particles with oscillating balance, and the measuring accuracy of atmos-pheric particles can be improved.

oscillating balancemembrane dehumidificationdrying tube

赵超龙、张雪岭、赵艳梅、陈文亮、俞晓涛、卢美娟、樊海春

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天津同阳科技发展有限公司,天津 300384

振荡天平 膜法除湿 干燥管

天津市科技计划

20YDLYSN00040

2024

承德石油高等专科学校学报
承德石油高等专科学校

承德石油高等专科学校学报

影响因子:0.365
ISSN:1008-9446
年,卷(期):2024.26(2)