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STUDY ON NANOMORPHOLOGY OF HIGH-STRUCTURE CARBON BLACK AND ITS BOUND RUBBER BY AFM

机译:AFM高结构炭黑及其结合橡胶的纳米形态研究

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Some research works have shown that the primary factors of carbon black (CB) influencing elastomer reinforcement include three parts: (1) the primary particle size or specific surface area; (2) The structure or the degree of irregularity and (3) the surface activity (with regard to filler-filler and filler-polymer interaction) [1, 2]. It was discovered [3] that high-structure CB ( e.g. DZ13) has better reinforcement effect in bound rubber than common CB ( e.g. N330 and N660) due to its high degree of structuration and high surface activity.
机译:一些研究工作表明,影响弹性体增强件的炭黑(CB)的主要因素包括三个部分:(1)初级粒度或比表面积; (2)结构或不规则程度和(3)表面活性(关于填料 - 填料和填料 - 聚合物相互作用)[1,2]。已经发现[3],由于其高结构和高表面活性,高结构CB(例如DZ13)具有比共同的Cb(例如N330和N660)在结合的橡胶中具有更好的增强效果。

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