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ELECTRICAL CONDUCTIVITY OF POLYMERS UNDER IONISING RADIATION AND METHODS OF ITS PREDICTION

机译：电离辐射下聚合物的电导率及其预测方法

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The paper discusses the most general patterns of radiation-induced conductivity (RIC) behaviour in polymers and problems of its prediction. New data on the effect of temperature, pre-irradiation dose, dose rate, and high pressure on the dependences of RIC on the irradiation time are given. The role of molecular mobility and of its changes due to radiation-chemical transformations in the charge transport is analysed. The applicability of the quasi-band model of multiple trapping for RIC prediction is discussed. A physical model of RIC taking into account molecular dynamics is suggested.

机译：本文讨论了聚合物中辐射诱导电导（RIC）行为的最一般模式及其预测问题。给出了有关温度，预辐照剂量，剂量率和高压对RIC对辐照时间依赖性的影响的新数据。分析了分子迁移的作用及其在电荷迁移中由于辐射化学转变而引起的变化。讨论了多重捕获的准带模型在RIC预测中的适用性。建议考虑分子动力学的RIC物理模型。

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来源
《》|1997年|107-112|共6页
会议地点 Toulouse(FR)
作者
Sergei A. Khatipov; Valentin P. Sichkar;
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作者单位

Obninsk Branch of Karpov Institute of Physical Chemistry 249020 Obninsk, Kaluga Region, Russia;

Obninsk Branch of Karpov Institute of Physical Chemistry 249020 Obninsk, Kaluga Region, Russia;

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正文语种 eng
中图分类航空用材料;地面设备、试验场、发射场、航天基地;
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ELECTRICAL CONDUCTIVITY OF POLYMERS UNDER IONISING RADIATION AND METHODS OF ITS PREDICTION

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