Phenomena on cumulative breakdown process of organic glass under microsecond pulses-comparison and basic understanding

Zhao, Linjie; Su, Jiancang

doi:10.1109/tdei.2018.006777

IEEE Trans. Dielect. Electr. Insul.

2018

DOI: 10.1109/tdei.2018.006777

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Phenomena on cumulative breakdown process of organic glass under microsecond pulses-comparison and basic understanding

Linjie Zhao

Jiancang Su

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2022

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Investigation into Layer Number Effect on Breakdown Strength of Multi-Layer Polymer Films

Zhao

Shang

2022

Polymers

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The layer number effect on electric breakdown strength (EBD) of multi-layer polymer films is investigated using 10-μm polypropylene (PP) films under a dc condition. The layer number, n, of the films during the test is as large as 120. It is observed that the relation between EBD and n conforms to a minus power law, i.e., EBD(n) = E1′n−a, where the power exponent, a, is 0.27, E1′ is a constant. By reviewing the experimental data in references, it is found that the power law holds true for different types of polymers in different test conditions, but the value of a varies from 0.072 to 0.5. The variation of a is explained in perspective of the discontinuous structures within films and those between films. A small value of a means a good purity level of the film, which is due to the decrease of the size of the inter-layer defects. A large value of a means a poor purity level of the films, which is due to the increase of the amount of intra-layer defects. Both factors influence the value of a, leading to the variation of a.

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Investigation into Layer Number Effect on Breakdown Strength of Multi-Layer Polymer Films

Zhao

Shang

2022

Polymers

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Phenomena on cumulative breakdown process of organic glass under microsecond pulses-comparison and basic understanding

Cited by 1 publication

References 35 publications

Investigation into Layer Number Effect on Breakdown Strength of Multi-Layer Polymer Films

Investigation into Layer Number Effect on Breakdown Strength of Multi-Layer Polymer Films

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