In order to enhance physical and electrochemical properties ofthe nonwoven separators,we have tried to develop a new typecomposite nonwoven separator by combining ceramic containingpolyolefin nonwoven and PAN nano-fiber nonwoven.By combiningthe two n

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In order to enhance physical and electrochemical properties ofthe nonwoven separators,we have tried to develop a new typecomposite nonwoven separator by combining ceramic containingpolyolefin nonwoven and PAN nano-fiber nonwoven.By combiningthe two n
In order to enhance physical and electrochemical properties of
the nonwoven separators,we have tried to develop a new type
composite nonwoven separator by combining ceramic containing
polyolefin nonwoven and PAN nano-fiber nonwoven.By combining
the two nonwovens,we could successfully develop a separator
having small pore-size and narrow pore-size distribution as well
as high air permeability.The combination of PAN and polyolefin
nonwoven separators retained the ceramic powder better in the
composite nonwoven separator.专业性的.

In order to enhance physical and electrochemical properties ofthe nonwoven separators,we have tried to develop a new typecomposite nonwoven separator by combining ceramic containingpolyolefin nonwoven and PAN nano-fiber nonwoven.By combiningthe two n
为了提高物理和电化学性能的影响
无纺布分离器,我们尝试开发一种新的类型
复合无纺布分离含陶瓷相结合
聚烯烃非织造布和聚丙烯腈纳米纤维无纺布.通过结合
两个非织造布,我们可以成功地开发一个分隔
有小孔径和窄孔径分布以及
高透气性.聚丙烯腈,聚烯烃组合
无纺布保留了陶瓷粉末分离器更好,在
复合无纺布分离器