Influence of transverse electron waves on the conditions of excitation of oscillations in the open waveguide with periodic structure
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Abstract
By comparative analysis of the approximate dispersion equations of model amplifier on the Smith-Purcell effect the degree of influence of transverse electronic waves on the energy exchange processes of electrons with the field of open waveguide was determined.
Reference 5, figures 3.
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References
Vorobjov G.S. (2003), [The Smith-Pursell Effect Amplification of the Electromagnetic Waves in a Open Waveguide with a Matal-Dielectric Layer]. Telecommunications and Radio Engineering. no. №59 (10-12). pp. 80–92.
Vorobyov G.S. (1999), [The linear theory of nonresonant amplifier UHF with distributed interaction on the Smith-Purcell effect]. Izvestia vuzov. Radioelectronica. Vol.42, no.6. pp. 67–70. (Rus)
Shevchik V.N. (1970), [Analytical methods of calculation in the microwave electronics]. Мoscov: Sovetskoe radio, pp.1970.– 564. (Rus)
Shestopalov V.P. (1991), [Diffraction radiation generators]. Kiyv: Naukova dumka, p. 320. (Rus)
Shmatko A.А. (2003), [High frequency electronics: Basic theory and laboratory practice: Education manual. Edited by: Shmatko A.А.]. Kharkov, Fakt, p.248. (Rus)
