石墨碳纤维薄膜的高压静电吸附性能研究
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摘要
采用动态吸附实验,研究了石墨碳纤维薄膜作为电极材料在高压静电吸附过程中的性能。研究结果表明:电场强度为50kV/m,薄膜透气率为155mm/s条件下,石墨碳纤维薄膜对微尘的吸附效率达到17.5%;增加石墨碳纤维薄膜集尘面积,可以增加对微尘的吸附效率,在石墨碳纤维薄膜集尘面积为0.28m~2条件下,对微尘的吸附效率达到72.4%。
Dynamic adsorption experiments were carried out to study the performance of graphite carbon fiber film as electrode material during high voltage electrostatic adsorption.The results showed that when the electric field strength of 50 kV/m,permeability of film was 155 mm/s,the adsorption efficiency of dust on film reached 17.5% .Increasing the dust collecting area of film can increase the adsorption efficiency of fine dust,when the dust collecting area of film was 0.28 m~2,the adsorption efficiency of fine dust reached 72.4% .
Dynamic adsorption experiments were carried out to study the performance of graphite carbon fiber film as electrode material during high voltage electrostatic adsorption.The results showed that when the electric field strength of 50 kV/m,permeability of film was 155 mm/s,the adsorption efficiency of dust on film reached 17.5% .Increasing the dust collecting area of film can increase the adsorption efficiency of fine dust,when the dust collecting area of film was 0.28 m~2,the adsorption efficiency of fine dust reached 72.4% .
引文
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[6]王家纯.静电除尘电极纳米材料吸附效果测试实验装置的设计[J].科技创新导报,2011(13):14-14.
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