Polymer electroporated dendrites

Author: Li Shengtao, Zheng Xiaoguan / Country: Mainland China
Publisher:
Publish Date: 2006-08-01
Features: This book comprehensively and systematically summarizes the research achievements of scholars and authors from domestic and international fields on the problem of electric tree in polymer materials in recent years. It includes:
- Theories of electric tree initiation, trapping, and growth;
- The influence of different voltage waveforms and superimposed voltages on the growth patterns of electric trees;
- The impact of different polymer material structures on the growth characteristics of electric trees;
- The conductive properties of electric trees in glassy and amorphous polymer materials;
- The effects of non-uniform crystallization and residual stress in semi-crystalline polymers on the growth patterns of electric trees;
- The relationship between electric tree growth and applied frequency;
- The discharge characteristics during electric tree growth;
- Modern research methods related to electric trees;
- Methods for suppressing electric trees.
The book highlights its themes, has a clear structure, and is richly illustrated. It holds significant importance for the development of dielectric theory, provides valuable references for further research on electric trees, and offers important guidance for the structural and process design of ultra-thick insulation high-voltage polyolefin cables.
With a relatively high starting point, this book is suitable as a reference for researchers and technicians engaged in the study of dielectric material aging performance, dielectric theory, high-voltage cable design and production. It is also suitable as a textbook for graduate students in the fields of dielectric materials and power equipment. Additionally, it can serve as a reference for undergraduate and graduate students in organic dielectric materials.