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Effects of localised transverse magnetic field on the characteristics of a glow discharge

✍ Scribed by V.S. Shirodkar; M.S. Nadkarni; G.S. Nadkarni; S. Radhakrishnan

Publisher
Elsevier Science
Year
1988
Weight
656 KB
Volume
151
Category
Article
ISSN
0378-4363

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✦ Synopsis

The characteristics of a gaseous discharge have been studied in the presence of a Iocalised transverse magnetic field applied to a discharge tube. The breakdown voltage and the post breakdown discharge current are found to be dependent on the strength and the position of the applied magnetic field. The position of the magnetic field at which the electrical parameters of the gaseous discharge are more sensitive to the magnetic field has been identified to be very near the cathode end of the negative glow. All the experimental observations in this study have been explained consistently taking into consideration the complexity of the electrical conduction in the presence of the Iocalised magnetic field.

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## Abstract As known, the hollow cathode discharge has two modes of operation: the usual radial one with low impedance and a high impedance mode in which an axial electron beam is produced. This beam mode occurs at low gas pressures and low discharge currents and the applied discharge voltage deter