ENERGETIC PROPERTIES OF THE EXTENDED NEGATIVE GLOW IN THE IMPEDED N<sub>2</sub> DISCHARGE.

Gilev, A. A.; Gurianov, A. M.; Manko, A. V.; Zyn, V.I.

Progress in Plasma Processing of Materials, 1999

ISBN Print: 1-56700-126-2

ENERGETIC PROPERTIES OF THE EXTENDED NEGATIVE GLOW IN THE IMPEDED N₂ DISCHARGE.

A. A. Gilev Samara State Architecture and Civil Engineering Academy 443109, Molodogvardeyskaya st. 194, Samara, Russia

A. M. Gurianov Samara State Architecture and Civil Engineering Academy 443109, Molodogvardeyskaya st. 194, Samara, Russia

A. V. Manko Samara State Architecture and Civil Engineering Academy 443109, Molodogvardeyskaya st. 194, Samara, Russia

V.I. Zyn Samara State Architecture and Civil Engineering Academy 443109, Molodogvardeyskaya st. 194, Samara, Russia

Abstract

The electrical discharge system with electrodes made as alternating bars and rings was found to form an impeded glow discharge with extended negative glow which can be the source of extra higher energy electrons. The electron probe functions of N₂ plasma show the enrichment of the higher energy region with electrons. Emission spectrum of this glow was obtained and compared with that of usual plane parallel diode, this demonstrating the radiation enrichment of UV region in the former case. Application of the impeded discharge for N₂ dissociation and other plasma chemical processes are discussed.

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ENERGETIC PROPERTIES OF THE EXTENDED NEGATIVE GLOW IN THE IMPEDED N2 DISCHARGE.

Abstract

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ENERGETIC PROPERTIES OF THE EXTENDED NEGATIVE GLOW IN THE IMPEDED N₂ DISCHARGE.