High-power microwave-induced TM<sub>01</sub> plasma ring

Abstract

Open-shutter photography was used to capture the air breakdown pattern induced by a TM₀₁ mode radiated by a high-power backward wave oscillator. The resultant plasma ring was formed in air adjacent to a conical horn antenna fitted with a membrane to keep the experiment under vacuum. This image was digitized and further processed using Khoros 2.0 software to obtain the dimensions of the plasma ring. This information was used in an air breakdown analysis to estimate the radiated power, and agrees within 10% with the power measured using field mapping with an open-ended WR-90 waveguide.

Original language	English
Pages (from-to)	6-7
Number of pages	2
Journal	IEEE Transactions on Plasma Science
Volume	24
Issue number	1
DOIs	https://doi.org/10.1109/27.491664
Publication status	Published - 1 Dec 1996
Externally published	Yes

ASJC Scopus subject areas

Nuclear and High Energy Physics
Condensed Matter Physics

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Schamiloglu, E., Jordan, R., Haworth, M. D., Moreland, L. D., Pegel, I. V., & Roitman, A. M. (1996). High-power microwave-induced TM₀₁ plasma ring. IEEE Transactions on Plasma Science, 24(1), 6-7. https://doi.org/10.1109/27.491664

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abstract = "Open-shutter photography was used to capture the air breakdown pattern induced by a TM01 mode radiated by a high-power backward wave oscillator. The resultant plasma ring was formed in air adjacent to a conical horn antenna fitted with a membrane to keep the experiment under vacuum. This image was digitized and further processed using Khoros 2.0 software to obtain the dimensions of the plasma ring. This information was used in an air breakdown analysis to estimate the radiated power, and agrees within 10% with the power measured using field mapping with an open-ended WR-90 waveguide.",

author = "Edl Schamiloglu and Ramiro Jordan and Haworth, {Michael D.} and Moreland, {Larald D.} and Pegel, {Igor V.} and Roitman, {Albert M.}",

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AB - Open-shutter photography was used to capture the air breakdown pattern induced by a TM01 mode radiated by a high-power backward wave oscillator. The resultant plasma ring was formed in air adjacent to a conical horn antenna fitted with a membrane to keep the experiment under vacuum. This image was digitized and further processed using Khoros 2.0 software to obtain the dimensions of the plasma ring. This information was used in an air breakdown analysis to estimate the radiated power, and agrees within 10% with the power measured using field mapping with an open-ended WR-90 waveguide.

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