Free electron maser experiments based on a coaxial 2D bragg cavity

The generation of high power microwave radiation from a two-dimensional (2D) Bragg co-axial free electron maser (FEM) is reported. Two 2D Bragg structures positioned at the input and output of an oversized coaxial interaction region were used to define the cavity of the FEM. Measurements of the tran...

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Asıl Yazarlar: Konoplev, I, McGrane, P, Ronald, K, Cross, A, He, W, Whyte, C, Phelps, A, Robertson, C, Speirs, D, Ginzburg, N, Peskov, N, Sergeev, A, Thumm, M
Materyal Türü: Journal article
Dil:English
Baskı/Yayın Bilgisi: 2004
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author Konoplev, I
McGrane, P
Ronald, K
Cross, A
He, W
Whyte, C
Phelps, A
Robertson, C
Speirs, D
Ginzburg, N
Peskov, N
Sergeev, A
Thumm, M
author_facet Konoplev, I
McGrane, P
Ronald, K
Cross, A
He, W
Whyte, C
Phelps, A
Robertson, C
Speirs, D
Ginzburg, N
Peskov, N
Sergeev, A
Thumm, M
author_sort Konoplev, I
collection OXFORD
description The generation of high power microwave radiation from a two-dimensional (2D) Bragg co-axial free electron maser (FEM) is reported. Two 2D Bragg structures positioned at the input and output of an oversized coaxial interaction region were used to define the cavity of the FEM. Measurements of the transmission coefficient of the 2D Bragg structures were conducted with experimental results compared with theoretical predictions. A 1kA, 475kV annular electron beam of diameter 7cm was measured. The frequency of the microwave radiation generated was measured to lie within the reflection zone of the 2D Bragg cavity. © 2004 IEEE.
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spelling oxford-uuid:3fa8b2ba-e5e6-4b6b-b92f-d48cdf8790492022-03-26T14:33:26ZFree electron maser experiments based on a coaxial 2D bragg cavityJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:3fa8b2ba-e5e6-4b6b-b92f-d48cdf879049EnglishSymplectic Elements at Oxford2004Konoplev, IMcGrane, PRonald, KCross, AHe, WWhyte, CPhelps, ARobertson, CSpeirs, DGinzburg, NPeskov, NSergeev, AThumm, MThe generation of high power microwave radiation from a two-dimensional (2D) Bragg co-axial free electron maser (FEM) is reported. Two 2D Bragg structures positioned at the input and output of an oversized coaxial interaction region were used to define the cavity of the FEM. Measurements of the transmission coefficient of the 2D Bragg structures were conducted with experimental results compared with theoretical predictions. A 1kA, 475kV annular electron beam of diameter 7cm was measured. The frequency of the microwave radiation generated was measured to lie within the reflection zone of the 2D Bragg cavity. © 2004 IEEE.
spellingShingle Konoplev, I
McGrane, P
Ronald, K
Cross, A
He, W
Whyte, C
Phelps, A
Robertson, C
Speirs, D
Ginzburg, N
Peskov, N
Sergeev, A
Thumm, M
Free electron maser experiments based on a coaxial 2D bragg cavity
title Free electron maser experiments based on a coaxial 2D bragg cavity
title_full Free electron maser experiments based on a coaxial 2D bragg cavity
title_fullStr Free electron maser experiments based on a coaxial 2D bragg cavity
title_full_unstemmed Free electron maser experiments based on a coaxial 2D bragg cavity
title_short Free electron maser experiments based on a coaxial 2D bragg cavity
title_sort free electron maser experiments based on a coaxial 2d bragg cavity
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