RESEARCH AND DEVELOPMENT OF RADIATION CROSSLINKING INFLUENCE ON POLYMER/CARBON BLACK CONDUCTIVE COMPOSITES

XIE Hongfeng; DONG Lisong; SUN Jiazhen

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RESEARCH AND DEVELOPMENT OF RADIATION CROSSLINKING INFLUENCE ON POLYMER/CARBON BLACK CONDUCTIVE COMPOSITES

更新时间：2023-03-30

- RESEARCH AND DEVELOPMENT OF RADIATION CROSSLINKING INFLUENCE ON POLYMER/CARBON BLACK CONDUCTIVE COMPOSITES
- Journal of Radiation Research and Radiation Processing Vol. 21, Issue 1, Pages: 49-53(2003)
- 作者机构：
  
  1.中国科学院长春应用化学研究所　长春　130022
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XIE Hongfeng, DONG Lisong, SUN Jiazhen. RESEARCH AND DEVELOPMENT OF RADIATION CROSSLINKING INFLUENCE ON POLYMER/CARBON BLACK CONDUCTIVE COMPOSITES. [J]. Journal of Radiation Research and Radiation Processing 21(1):49-53(2003)
DOI：

XIE Hongfeng, DONG Lisong, SUN Jiazhen. RESEARCH AND DEVELOPMENT OF RADIATION CROSSLINKING INFLUENCE ON POLYMER/CARBON BLACK CONDUCTIVE COMPOSITES. [J]. Journal of Radiation Research and Radiation Processing 21(1):49-53(2003) DOI：

摘要

辐射交联是提高热塑性炭黑导电复合物的电学稳定性、消除负温度系数(NTC)效应的主要方法。介绍了正温度系数(PTC)的基本原理，辐射交联对PTC效应和NTC效应的影响，辐射交联的优点，以及辐射交联在导电复合物中的新应用。

Abstract

Radiation Crosslinking can improve the electrical stability and eliminate the NTC effect of carbon black filled thermolplastic composites. The paper gives a review on electrical mechanisms of the PTC effect, advantages of radiation crosslinking, radiation crosslinking influence on the PTC and NTC effect, and new applications of radiation crosslinking on conductive composites.

关键词

炭黑辐射交联导电复合物PTC/NTC效应

Keywords

Carbon blackRadiation crosslinkingConductive compositesPTC/NTC effect

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