首页> 外文期刊>Cellular Polymers: An International Journal >Making Nano Technology Work in Foams Using 1.5 Nanometer Titanate and Zirconate Coupling Agents -A Review
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Making Nano Technology Work in Foams Using 1.5 Nanometer Titanate and Zirconate Coupling Agents -A Review

机译:使用1.5纳米钛酸酯和锆酸酯偶联剂使纳米技术在泡沫中起作用-综述

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A review of data and references are provided to demonstrate the efficacy oftitanates and zirconates in foamed unfilled and filled polymers with an emphasis on their recent application in nanocomposites.Titanates(and zirconates)are shown to catalyze a polymer-called Repolymerization by the author-to increase its stress-strain strength thereby creating finer cells and reducing open cell structure because the polymer bubble does not break while being foamed.Additives such as foaming agents,fillers and reinforcements are shown to be dispersed better reducing interfacial failure.The chemistry of the Six Functions of the titanate molecule are discussed along with selection,dosage,the physics of mixing,catalysis andrheology,mixing temperatures,compounding considerations such as initial boiling point,and the chemistry at the interface of nano particulates.
机译:提供了数据和参考文献的综述,以证明钛酸酯和锆酸酯在未填充和填充的泡沫聚合物中的功效,重点是它们在纳米复合材料中的最新应用。钛酸酯(和锆​​酸酯)已显示出催化聚合物的作用,作者将其称为``再聚合''。增强其应力应变强度,从而形成更细的孔并减少开孔结构,因为聚合物泡沫在发泡时不会破裂。添加剂如发泡剂,填充剂和增强材料的分散性更好,减少了界面破坏。讨论了钛酸酯分子的功能,以及选择,剂量,混合物理,催化流变,混合温度,初始沸点等复合考虑因素以及纳米颗粒界面的化学性质。

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