本论文对电池隔膜纸的生产加工工艺做了一定的研究。
The production method of the battery separator was studied in this paper.
隔膜作为影响电池性能的重要因素之一，高性能隔膜纸的研究和生产显得尤为重要。
As an important factor affecting the performance of the battery, the research and production of separator is very important.
又因为电池隔膜纸的特殊的亲水性要求，采用化学纤维抄造的无纺布，往往要对其进行亲水化的处理。
High required of hydrophilic character, the battery separator made from chemical fibers need to be treated to hydrophilic.
介绍了PVA水溶纤维作为增强剂在电池隔膜纸、印刷用纸、包装纸、嘴棒成型纸中的应用及工艺流程；
This paper deals with the application and process of water soluble PVA fiber as dry-strength agent in battery separator paper, printing paper, package, cigarette plug paper.
介绍了PVA水溶纤维作为增强剂在电池隔膜纸、印刷用纸、包装纸、嘴棒成型纸中的应用及工艺流程 ；
The separator of alkaline manganese battery was manufactured by using PVA water soluble fiber, cotton pulp and synthetic fiber in this paper.
采用等离子体对聚烯烃合成纤维纸改性后，进行丙烯酸接枝，使之适用于电池隔膜。
The paper described modification of Polyolefine paper with acrylic acid induced by plasma. Grafted Polyolefine paper can be used as battery separator.
一旦被它抓住，每个触须就会卷曲和延伸。象少突细胞挤压细胞质那样直到变成一张象玻璃纸那样薄的隔膜。
Once they seize hold, each tentacle begins to curl and extend, as the oligo squeezes the cytoplasm out of itself until only a cellophane-like sheet of membrane remains.
一旦被它抓住，每个触须就会卷曲和延伸。象少突细胞挤压细胞质那样直到变成一张象玻璃纸那样薄的隔膜。
Once they seize hold, each tentacle begins to curl and extend, as the oligo squeezes the cytoplasm out of itself until only a cellophane-like sheet of membrane remains.
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