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Research Article

Dispersion diagrams of linear slow-wave structures. Identification of electromagnetic waves, all electromagnetic waves: forward-traveling, backward-traveling and standing electromagnetic waves

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Pages 655-668 | Received 17 May 2021, Accepted 29 Aug 2021, Published online: 21 Sep 2021

References

  • Bromborsky A, Ruth B. Calculation of TM0n Dispersion Relations in a Corrugated Cylindrical waveguide. IEEE Trans Microw Theory and Techn. June 1984;MTT-32(6):600–605.
  • Bugaev SP, Kanavets VI, Klimov AI, et al. Relativistic Bulk-Wave source with Electronic mode selection. Sov Tech Phys Lett. October 1984;10(10):519–520.
  • Rostov VV, Gunin AV, Tsygankov RV, et al. Two-Wave Cherenkov Oscillator With moderately oversized slow-wave structure. IEEE Trans Plasma Sci. January 2018;46(1):33–42.
  • Wang D, Teng Y, Li S, et al. Research on an overmoded Ka-band RBWO Operating in TM02 mode With Low-Guiding magnetic field. IEEE Trans Electron Dev. January 2020;67(1):314–321.
  • Main W, Carmel Y, Ogura K, et al. Electromagnetic properties of open and closed overmoded slow-wave resonators for interaction with Relativistic Electron beams. IEEE Trans Plasma Sci. October 1994;22(5):566–577.
  • Halbash K, Holsinger RF. SUPERFISH - A Computer program for evaluation of RF cavities with Cylindrical symmetry. Part Accel. 1976;7:213–222.
  • Bi L, Andreev AD, Elfrgani AMN, et al. Clarifying analytically calculated dispersion Relations of finite-length overmoded Corrugated Cylindrical azimuthally symmetric slow wave structures using numerical simulations. IEEE Trans Electron Dev. June 2021;68(6):2990–2995.
  • Ye H, Teng Y, Chen C, et al. A millimeter wave Relativistic backward wave Oscillator Operating in TM03 mode with Low Guiding magnetic field. Phys Plasmas. 2015;22(063104):063104-(1-9).
  • The use of an Artificial Intelligence (AI) for analyzing SuperFish calculated spatial patterns of electric field vectors of high-order EM modes and identification of them with appropriate TM0nl cavity modes was suggested by Mr. Artem Kuskov, Research Assistant and Ph.D. Candidate of the Department of Electrical and Computer Engineering of the University of New Mexico.

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