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Evaluation Method of Deterioration of Polyetheretherketone using Dielectric Relaxation Characteristics

机译:基于介电弛豫特性的聚醚醚酮劣化评估方法

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摘要

A novel deterioration evaluation method of class 1E cable insulation, Polyetheretherketone (PEEK), are proposed by using dielectric relaxation characteristic in order to evaluate the deterioration process for the accelerated aged PEEK. The procedure of accelerated ageing consists of 3 steps, 60Co γ-ray irradiation, thermal ageing, and loss of coolant accident (LOCA) simulation. Also, the proposed evaluation method was compared with the standardized method, elongation at break, and subsidiary methods, which are weight loss temperature, the carbonyl group concentration, indenter modulus. The novel proposed evaluation method using dielectric relaxation characteristic will be applicable to classification of environmental qualification (EQ), and contribute to the reliability of the life span extension in the nuclear power plants.
机译:为了评估加速老化的PEEK的劣化过程,提出了一种利用介电弛豫特性的1E类电缆绝缘的劣化评估方法,即聚醚醚酮(PEEK)。加速老化的过程包括3个步骤,即60Coγ射线辐照,热老化和冷却剂损失事故(LOCA)模拟。此外,将所提出的评估方法与标准方法,断裂伸长率和辅助方法进行了比较,这些方法是失重温度,羰基浓度,压头模量。提出的利用介电弛豫特性的新型评估方法将适用于环境鉴定(EQ)的分类,并有助于延长核电站寿命的可靠性。

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