首页> 外文期刊>Oxidation Communications >INFLUENCE OF ELECTRIC AND MECHANICAL FORCES ON THE OXIDATION KINETICS AND ELECTROCONDUCTIVE POLYISOPRENE COMPOSITION PROPERTIES
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INFLUENCE OF ELECTRIC AND MECHANICAL FORCES ON THE OXIDATION KINETICS AND ELECTROCONDUCTIVE POLYISOPRENE COMPOSITION PROPERTIES

机译:电动和机械力对氧化动力学和电导聚异戊二烯组成特性的影响

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摘要

The results from investigating the simultaneous effect of electric current and tensile deformation on the oxidation processes and electroconductive polyisoprene composition (EPIC)properties are presented in the study.Effects of the EPIC oxidation process under the conditions of the complex factor action consisting of the gaseous product emission and decrease of the oxidation rate at the final stage of the experiment were disclosed.It was found out that the change in the electric resistance with time of EPIC ageing was characterised by three sections:decrease,constant value area and increase of the electric resistance.It was demonstrated that the values of the electric resistance and duration of the above sections depended on the deformation temperature and extent.
机译:研究了电流和拉伸变形对氧化过程和导电聚异戊二烯组合物(EPIC)性能的同时影响的研究结果。在气态产物组成的复因子作用条件下,EPIC氧化过程的影响揭示了在实验的最后阶段发光和氧化速率的降低。发现EPIC老化的电阻随时间的变化表现为三个部分:减小,恒定值面积和增加电阻。结果表明,上述截面的电阻值和持续时间取决于变形温度和变形程度。

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