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Modeling of Macroscopic Quantum Resonance Processes in Electron and Positron Flows

P. 1–2.
Mozgovoi Y. D., Khritkin S. A.

Using methods of computing modeling, resonant processes of merger of groups of electrons and positrons into macroplasmoid with the compensated Coulomb field and identical wave fields of electrons and positrons are considered. The macroscopic quantum processes in the toroidal storage leading to receiving the superfluid medium currents proportional to a gradient of a phase and the ring toroidal currents proportional to vector potential, and being superconductivity currents are discussed.

Language: English
Full text
DOI
Keywords: macroscopic wave functionmacroplasmoidelectron-positron medium

In book

Proceedings of the 16th IEEE International Vacuum Electronics Conference (IVEC-2015)
Beijing: Institute of Electrical and Electronics Engineers, 2015.
Similar publications
Interaction of the Ring Systems of Electron and Positron Macroplasmoids with Considering Vector Potential Field
Mozgovoi Y. D., Khritkin S. A., , in: Proceedings of the 17th IEEE International Vacuum Electronics Conference (IVEC-2016).: Monterey: IEEE, 2016. P. 345–346.
Macroscopic quantum interaction processes of ring systems of electron and positron macroplasmoid taking into account fields of vector potential are investigated. The non-stationary self-consistent problem of the charged particles movement taking into account interaction of wave fields, Coulomb forces and a magnetic field is solved. ...
Added: May 11, 2016
Nonlinear Processes Modeling in Electron-Positron Substances by the Methods of Classical and Quantum Theories
Mozgovoi Y. D., Khritkin S. A., , in: Proceedings of the 15th IEEE International Vacuum Electronics Conference (IVEC-2014).: Monterey: Institute of Electrical and Electronics Engineers, 2014. P. 505–506.
The numerical simulation of nonlinear time-dependent processes of the resonant interaction condensations charges in electron-positron substance with the formation of quantum macroplasmoid in terms of classical large particles model and quantum macroscopic model of single-particle wave functions has been conducted. Unlike the point kinematic approach of quantum electrodynamics, the particles are treated as deformable clots ...
Added: May 17, 2014
Resonance Interaction in Electron-Positron Medium with Coulomb Field Compensation
Mozgovoi Y. D., Khritkin S. A., , in: Proceedings of the 15th IEEE International Vacuum Electronics Conference (IVEC-2014).: Monterey: Institute of Electrical and Electronics Engineers, 2014. P. 403–404.
Electron-positron medium is considered as a promising implementation of powerful microwave devices on multibeam electron and positron streams. Simulation of the resonant interaction processes in electron-positron substance is carried out using macroscopic wave functions of electrons and positrons of macroscopic quantum theory. It is shown that at optimum space charge observed nonlinear resonance exchange process ...
Added: May 17, 2014
Exchange Interaction of Electron and Positron Bunches
Kanavets V. I., Mozgovoi Y. D., Khritkin S. A., Journal of Communications Technology and Electronics 2010 Vol. 55 No. 4 P. 469–474
Exchange interaction of electron and positron bunches is simulated using the particle-in-cell method and macroscopic electron and positron wave functions. It is shown that a periodic exchange process with low or high nonlinearity is realized during variations in the electron and positron concentrations. ...
Added: February 15, 2014
Обменное взаимодействие электронных и позитронных сгустков
Kanavets V. I., Mozgovoi Y. D., Khritkin S. A., Радиотехника и электроника 2010 Т. 55 № 4 С. 500–505
Exchange interaction of electron and positron bunches is simulated using the particle-in-cell method and macroscopic electron and positron wave functions. It is shown that a periodic exchange process with low or high nonlinearity is realized during variations in the electron and positron concentrations. ...
Added: April 17, 2012
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