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• W2754181852 abstract "AbstractLarge-signal analysis is presented for analysing non-linear beam-wave interaction in a planar THz TWT with a sheet electron beam. The sheet beam within one RF beam wavelength is represented by uniform rectangular charged discs for confined flow of the beam, and the discs are tracked in small distance steps of forward integration. For a planar THz TWT, a staggered double-vane loaded rectangular waveguide slow-wave structure (SDVSWS) is used. Frequency-domain analysis is used to define the RF circuit field in the SDVSWS and the interaction of the RF circuit field with the electron beam is carried out for steady-state TWT operation. The RF circuit field is considered to be continuous as in a helix SWS and it is represented by transmission line theory at each integration plane. A large-signal analysis code of a helix TWT with pencil beam (SUNRAY-1D) was modified for a planar TWT with a sheet beam. The accuracy of the modified SUNRAY code was checked against the 3D e.m. field simulator (CST-PS) by comp..." @default.
• W2754181852 created "2017-09-25" @default.
• W2754181852 creator A5002000428 @default.
• W2754181852 date "2017-09-12" @default.
• W2754181852 modified "2023-09-24" @default.
• W2754181852 title "Nonlinear analysis of beam-wave interaction in a planar THz travelling-wave tube amplifier" @default.
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• W2754181852 doi "https://doi.org/10.1080/09205071.2017.1374217" @default.
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