Publication result detail

ELECTRON - ION RECOMBINATION IN DECAYING SF6 ARC PLASMA

BARTLOVÁ, M.

Original Title

ELECTRON - ION RECOMBINATION IN DECAYING SF6 ARC PLASMA

English Title

ELECTRON - ION RECOMBINATION IN DECAYING SF6 ARC PLASMA

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

In this paper the modified diffusion approximation is used for calculation of recombination and ionization coefficients of atoms S and F. The influence of radiative processes and atom-atom collisions is studied. The coefficients were computed in conditions of decaying SF6 arc plasma in temperature range T=(2500,20000)K for two different pressures p=0.1MPa and p=1.0MPa. Results will be used in calculation of nonequilibrium composition of the system of products of SF6 decomposition in switching arc of HV circuit breakers.

English abstract

In this paper the modified diffusion approximation is used for calculation of recombination and ionization coefficients of atoms S and F. The influence of radiative processes and atom-atom collisions is studied. The coefficients were computed in conditions of decaying SF6 arc plasma in temperature range T=(2500,20000)K for two different pressures p=0.1MPa and p=1.0MPa. Results will be used in calculation of nonequilibrium composition of the system of products of SF6 decomposition in switching arc of HV circuit breakers.

Keywords

recombination coefficient, ionization coefficient, modified diffusion approximation, SF6 arc plasma

Key words in English

recombination coefficient, ionization coefficient, modified diffusion approximation, SF6 arc plasma

Authors

BARTLOVÁ, M.

Released

30.05.1997

ISBN

1093-3611

Periodical

HIGH TEMPERATURE MATERIAL PROCESSES

Volume

1(1997)

Number

4

State

United States of America

Pages from

511

Pages count

13

BibTex

@article{BUT38523,
  author="Milada {Bartlová}",
  title="ELECTRON - ION RECOMBINATION IN DECAYING SF6 ARC PLASMA",
  journal="HIGH TEMPERATURE MATERIAL PROCESSES",
  year="1997",
  volume="1(1997)",
  number="4",
  pages="13",
  issn="1093-3611"
}