Electrical conduction of a XLPE nanocomposite

The resistivity, breakdown strength, and formation of space charges are very important factors for insulation design of HVDC cable. It is known that a nano-sized metal-oxide inorganic filler reduces the formation of space charges in the polymer nanocomposite. Electrical conduction of cross-linked po...

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Published inJournal of the Korean Physical Society Vol. 65; no. 2; pp. 248 - 252
Main Authors Park, Yong-Jun, Sim, Jae-Yong, Lim, Kee-Joe, Nam, Jin-Ho, Park, Wan-Gi
Format Journal Article
LanguageEnglish
Published Seoul The Korean Physical Society 01.07.2014
한국물리학회
Subjects
Mathematical and Computational Physics
Particle and Nuclear Physics
Physics
Physics and Astronomy
Theoretical
물리학
XLPE
HVDC cable
42.40.Ht
Nanocomposite
DC conduction
42.30.Kq
Online AccessGet full text
ISSN0374-4884
1976-8524
DOI10.3938/jkps.65.248

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Abstract The resistivity, breakdown strength, and formation of space charges are very important factors for insulation design of HVDC cable. It is known that a nano-sized metal-oxide inorganic filler reduces the formation of space charges in the polymer nanocomposite. Electrical conduction of cross-linked polyethylene(XLPE) nanocomposite insulating material is investigated in this paper. The conduction currents of two kinds of XLPE nanocomposites and XLPE without nano-filler were measured at temperature of 303 ~ 363 K under the applied electric fields of 10 ~ 50 kV/mm. The current of the nanocomposite specimen is smaller than that of XLPE specimen without nano-filler. The conduction mechanism may be explained in terms of Schottky emission and multi-core model.
AbstractList The resistivity, breakdown strength, and formation of space charges are very important factors for insulation design of HVDC cable. It is known that a nano-sized metal-oxide inorganic filler reduces the formation of space charges in the polymer nanocomposite. Electrical conduction of cross-linked polyethylene(XLPE) nanocomposite insulating material is investigated in this paper. The conduction currents of two kinds of XLPE nanocomposites and XLPE without nano-filler were measured at temperature of 303 ~ 363 K under the applied electric fields of 10 ~ 50 kV/mm. The current of the nanocomposite specimen is smaller than that of XLPE specimen without nano-filler. The conduction mechanism may be explained in terms of Schottky emission and multi-core model.
The resistivity, breakdown strength, and formation of space charges are very important factorsfor insulation design of HVDC cable. It is known that a nano-sized metal-oxide inorganic fillerreduces the formation of space charges in the polymer nanocomposite. Electrical conduction ofcross-linked polyethylene(XLPE) nanocomposite insulating material is investigated in this paper. The conduction currents of two kinds of XLPE nanocomposites and XLPE without nano-filler weremeasured at temperature of 303 363 K under the applied electric fields of 10 50 kV/mm. Thecurrent of the nanocomposite specimen is smaller than that of XLPE specimen without nano-filler. The conduction mechanism may be explained in terms of Schottky emission and multi-core model. KCI Citation Count: 2
Author Nam, Jin-Ho
Lim, Kee-Joe
Park, Yong-Jun
Park, Wan-Gi
Sim, Jae-Yong
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  givenname: Yong-Jun
  surname: Park
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  givenname: Jae-Yong
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  fullname: Sim, Jae-Yong
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  givenname: Wan-Gi
  surname: Park
  fullname: Park, Wan-Gi
  organization: LS Cable & System
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10.1109/94.326653
10.4313/TEEM.2013.14.5.278
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Issue 2
Keywords XLPE
HVDC cable
42.40.Ht
Nanocomposite
DC conduction
42.30.Kq
Language English
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Snippet The resistivity, breakdown strength, and formation of space charges are very important factors for insulation design of HVDC cable. It is known that a...
The resistivity, breakdown strength, and formation of space charges are very important factorsfor insulation design of HVDC cable. It is known that a...
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SubjectTerms Mathematical and Computational Physics
Particle and Nuclear Physics
Physics
Physics and Astronomy
Theoretical
물리학
Title Electrical conduction of a XLPE nanocomposite
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