1980•Unpublished venueRequires access

Distribution of electron avalanches in SF6

R. G. Gels, C. M. Cooke

Open publisher page 1 citations

Abstract

Electrical discharges in gases originate when conditions permit the development of ionization. Such ionization can occur in pressurized gases when electric fields cause free electrons to gain sufficient energy between impacts with gas molecules. The progressive development of field-driven ionization, the electron avalanche, increases or decreases along the path to the anode according to the field intensity.

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What this paper is about

Electrical discharges in gases originate when conditions permit the development of ionization. Such ionization can occur in pressurized gases when electric fields cause free electrons to gain sufficient energy between impacts with gas molecules. The progressive development of field-driven ionization, the electron avalanche, increases or decreases along the path to the anode according to the field intensity.

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Available abstract

Electrical discharges in gases originate when conditions permit the development of ionization. Such ionization can occur in pressurized gases when electric fields cause free electrons to gain sufficient energy between impacts with gas molecules. The progressive development of field-driven ionization, the electron avalanche, increases or decreases along the path to the anode according to the field intensity.

Key concepts: Ionization, Electron avalanche, Electric field, Electron, Atomic physics, Anode, Impact ionization, Electron ionization

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