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HIGH POWER ELECTRONICS

Contents: Solution of the Fundamental Equation of Motion of Charged Particles by the Method of Time Averaging; The Motion of Electrons in a Planotron; Basic Performance of the Planotron; Anode and Cathode Losses in a Planotron; The Edge Effect and the Losses Connected With it; Theory of the Magnetron; Experimental Investigation of the Electron Processes in a Planotron; The Larmor Orbit in a High-Frequency field; Prospects of High-Power electronics.

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  • "Contents: Solution of the Fundamental Equation of Motion of Charged Particles by the Method of Time Averaging; The Motion of Electrons in a Planotron; Basic Performance of the Planotron; Anode and Cathode Losses in a Planotron; The Edge Effect and the Losses Connected With it; Theory of the Magnetron; Experimental Investigation of the Electron Processes in a Planotron; The Larmor Orbit in a High-Frequency field; Prospects of High-Power electronics."@en
  • "The volume, publishes articles describing the powerful superhigh frequency generators of the magnetron type developed in the Physics Laboratory, the nigotron. A detailed description is given of the construction of the nigotron and all the installations, the calculations involved and the results of experimental investigations. This is followed by articles devoted to the study of the stability of the generation operation in the nigotron and the investigation of the field structure in the working space and in all the resonator systems of the nigotron. Industry has developed a nigotron in the form of a device with independent vacuum. A description is given of its development. It includes articles devoted to the general theories of generators, among them, those of the magnetron type. We also present a theoretical work devoted to a new type of steady acceleration of the electrons in the microtron. The volume concludes with the investigation of effective wave guide systems in which a dielectric is used instead of metal, and the description of wavemeters operating on the same principle. Such a wavemeter may be used in the millimeter and the submillimeter bands. (Author)."@en

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  • "Electronic books"@en

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  • "High-power microwave electronics/ [1]"
  • "HIGH POWER ELECTRONICS"@en
  • "High-Power microwave electronics"@en
  • "High-power electronics"
  • "High-power electronics"@en
  • "High power electronics"
  • "High power electronics"@en
  • "High-power microwave electronics"@it
  • "High-power microwave electronics"
  • "High-power microwave electronics"@en
  • "High-Power electronics, Vol. 2"
  • "High-power electronics : volume 2"
  • "É́lektronika bolʹshikh moshchnosteĭ"
  • "High power microwave electronics"
  • "High-power microwave electronics : Transl. from the Russian by S. and M. Nikolić. Transl. ed. by D. Ter Haar"
  • "High-Power Microwave Electronics"
  • "High-Power Electronics"@en
  • "High-power microwave electronics. Translated from the Russian by S. and M. Nikolić. Translation edited by D. Ter Haar"@en
  • "Ėlektronika bolʹshikh moshchnosteĭ"

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