Space–time development of low-pressure gas breakdown
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics
Reference23 articles.
1. Oscillations of low-current electrical discharges between parallel-plane electrodes. I. dc discharges
2. Oscillations of low-current electrical discharges between parallel-plane electrodes. III. Models
3. Oscillations of low-current electrical discharges between parallel-plane electrodes. II. Pulsed discharges inH2
4. Temporal and constriction behavior of low-pressure, cathode-dominated argon discharges
5. Cathode fall-dominated Ar discharge: Transient and steady-state experiments
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