Enhanced direct‐current breakdown strength of Al 2 O 3 /epoxy resin composites through plasma fluoridation of fillers interface

Herein, a method for improving the direct‐current (DC) breakdown strength of the epoxy resin (ER) was proposed. Nano‐Al 2 O 3 was treated with CF 4 /Ar plasma and doped into the epoxy resin matrix to obtain epoxy composites with high DC breakdown strength in both extremely uneven and slightly uneven...

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Published in:Polymer composites 2022-01, Vol.43 (1), p.347-357
Main Authors: Lü, Fang‐cheng, Song, Jing‐xuan, Ruan, Hao‐ou, Zhu, Mei‐ying, Wang, Shuang‐shuang, Lü, Pin, Xie, Qing
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cited_by cdi_FETCH-LOGICAL-c729-8a36c5e4320fa3f262eea186af349ce945702aed4d9984f0ee0e61b8ff9880653
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container_title Polymer composites
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creator Lü, Fang‐cheng
Song, Jing‐xuan
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Lü, Pin
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description Herein, a method for improving the direct‐current (DC) breakdown strength of the epoxy resin (ER) was proposed. Nano‐Al 2 O 3 was treated with CF 4 /Ar plasma and doped into the epoxy resin matrix to obtain epoxy composites with high DC breakdown strength in both extremely uneven and slightly uneven electric fields. The reaction essence of plasma fluoridation was characterized, and the dielectric spectrum, volume conductivity, space charge, and carrier trap characteristics of the modified composites were studied. The plasma fluoridation at the fillers‐matrices interface is an effective pretreatment method to enhance insulation, exhibiting good applicability to ceramic/polymer composites.
doi_str_mv 10.1002/pc.26379
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title Enhanced direct‐current breakdown strength of Al 2 O 3 /epoxy resin composites through plasma fluoridation of fillers interface
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