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bairijiyonaruhuaiba and its production method of being activated

机译:百日吉纳那瓦怀巴及其活化方法

摘要

It is very flexible characteristic because of existence of the inside core of the thermoplastic polymer composition which as for the said fiber, is surrounded by the outer part sheath of the carbon which is activated, as for this invention, in regard to bairijiyonaruhuaiba where new resistance flammability is activated, in the said fiber. In addition as for this invention, in the fiber, although the carbon quality outer part territory which is activated is formed the inside core of the said fiber continues to be the thermoplastic polymer composition, the method of producing bairijiyonaruhuaiba where flexible characteristic is activated by heating bairijiyonaruhuaiba or carbon quality bairijiyonaruhuaiba which it is oxidized is stabilized under activated characteristic atmosphere, is disclosed the sufficient kind of time and at temperature. The said bairijiyonaruhuaiba which is activated especially, depending on fiber diameter, features that it possesses the high porous internal constitution which has the surface area of 2000m2/gram super to inside from approximately 50m2/gram. For bairijiyonarukabonhuaiba which is activated as for desirable end use, for example, refinement, solvent collection, effluent treatment and the noxious gas of the air and the water, for example, removal, gas separation and storage etc of sulfur dioxide from the stacked gas are included.
机译:就本发明而言,由于新纤维具有热塑性,因此该纤维的内芯被活化的碳的外皮包围,因此具有非常灵活的特性。在所述纤维中,可燃性被激活。另外,本发明中,在纤维中,虽然仍在上述纤维的内芯上形成了被活化的碳质的外部区域,但仍为热塑性聚合物组合物,但通过加热来活化挠性特性的拜里吉纳纳鲁怀巴的制造方法。在活化的特征性气氛下,被氧化的白里吉纳那鲁怀巴或碳质的白里吉纳那鲁怀巴是稳定的,公开了足够的时间和温度种类。特别是根据纤维直径而被活化的所述拜里基纳那瓦怀巴具有特征在于其具有高的多孔内部结构,该内部结构具有从约50m2 / g到内部的表面积超过2000m2 / g的表面积。对于按期望的最终用途活化的拜里基纳鲁卡本怀巴,例如,精制,溶剂收集,废水处理以及空气和水中的有毒气体,例如从堆叠的气体中去除,分离和储存二氧化硫等。包括在内。

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