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MELT-BLOWN NONWOVEN FOR AIR FILTRATION

MELT-BLOWN NONWOVEN FOR AIR FILTRATION
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摘要 The technical parameters and the structural factors of melt-blown nonwovens used as filteringmedium are analysed,the orientation of particles filtered in a filter is described,and the optimalparameters for air filtration are obtained.The results are shown as follows:the ratio of tenacity oflongitudinal to cross direction has a close agreement with the random coefficient of fiber arrange-ment in practice;large particles are most likely trapped on the surface of a filter,and smaller parti-cles are filtered throughout the depth of a filter,and the deeper,the smaller;moreover,higher fil-tering efficiency and lower pressure drop can be effected through the optimization of parameters. The technical parameters and the structural factors of melt-blown nonwovens used as filtering medium are analysed,the orientation of particles filtered in a filter is described,and the optimal parameters for air filtration are obtained.The results are shown as follows:the ratio of tenacity of longitudinal to cross direction has a close agreement with the random coefficient of fiber arrange- ment in practice;large particles are most likely trapped on the surface of a filter,and smaller parti- cles are filtered throughout the depth of a filter,and the deeper,the smaller;moreover,higher fil- tering efficiency and lower pressure drop can be effected through the optimization of parameters.
作者 柯勤飞
出处 《Journal of China Textile University(English Edition)》 EI CAS 1993年第2期14-19,共6页
关键词 optimization TRAP MELT-BLOWN NONWOVEN MICROFIBER FILTERING mechanism QUADRATIC regressional equation optimization trap melt-blown nonwoven microfiber filtering mechanism quadratic regressional equation
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