Publication result detail

Evaluation of harmonic electric field in lossy media with thin layers and current driven electrodes.

DĚDEK, L., DĚDKOVÁ, J.

Original Title

Evaluation of harmonic electric field in lossy media with thin layers and current driven electrodes.

English Title

Evaluation of harmonic electric field in lossy media with thin layers and current driven electrodes.

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

The paper presents new formulas for evaluation of quasi-static electric field in a media with low volume and surface conductivity and permittivity under low frequency. Basic equations for the volume and surface zero current density divergence are discretized using the Galerkin method. Electrodes with prescribed currents as well as floating electrodes are introduced. The described method has been verified and implemented in a new version of program MEP 6.0 for design of high voltage apparatuses.

English abstract

The paper presents new formulas for evaluation of quasi-static electric field in a media with low volume and surface conductivity and permittivity under low frequency. Basic equations for the volume and surface zero current density divergence are discretized using the Galerkin method. Electrodes with prescribed currents as well as floating electrodes are introduced. The described method has been verified and implemented in a new version of program MEP 6.0 for design of high voltage apparatuses.

Keywords

AC electric fields, dissipative media, thin layers, finite elements, HV field modelling

Key words in English

AC electric fields, dissipative media, thin layers, finite elements, HV field modelling

Authors

DĚDEK, L., DĚDKOVÁ, J.

Released

01.01.1997

ISBN

0013-578X

Periodical

Journal of Electrical Engineering

Volume

48

Number

8/s

State

Slovak Republic

Pages from

15

Pages count

3

BibTex

@article{BUT38527,
  author="Libor {Dědek} and Jarmila {Dědková}",
  title="Evaluation of harmonic electric field in lossy media with thin layers and current driven electrodes.",
  journal="Journal of Electrical Engineering",
  year="1997",
  volume="48",
  number="8/s",
  pages="3",
  issn="0013-578X"
}