[en] In this work there is presented the plasma channel forming model under the low-energy beam transporting in air with the pressure gradient along the beam motion in the external magnetic field. On the base of model there have been curried out the investigations of the effect of the gas pressure gradient and the magnetic field heterogeneity on the plasma channel forming and electron beam transporting
[ru]
Представлена модель плазменного канала для транспортировки электронного пучка малой энергии в воздухе при градиенте давления вдоль оси пучка в магнитном поле. Эта модель используется для исследования влияния градиента давления и неоднородности магнитного поля на формирование плазменного канала и транспортировки электронного пучкаSource
Mesyats, G.; Smirnov, V.; Engelko, V. (eds.); Federal Agency for Atomic Energy, Moscow (Russian Federation); Russian Academy of Science, Moscow (Russian Federation); Ministry for Education and Science of Russian Federation, Moscow (Russian Federation); D.V. Efremov Scientific Research Institute of Electrophysical Apparatus, Saint-Petersburg (Russian Federation); Russian Research Centre Kurchatov Institute, Moscow (Russian Federation); 922 p; ISBN 5-87911-088-5; 
; 2005; p. 151-154; 15. International conference on high-power particle beams. BEAMS'2004; Saint-Petersburg (Russian Federation); 18-23 Jul 2004; 3 refs., 7 figs.
; 2005; p. 151-154; 15. International conference on high-power particle beams. BEAMS'2004; Saint-Petersburg (Russian Federation); 18-23 Jul 2004; 3 refs., 7 figs.
[en] In the paper the results of theoretical investigations of influence magnetic field of current branching-off systems on electron flow movement are represented. Investigation was carry our on example of two most typical devices: triode with virtual cathode, where current branching-off system is grid anode, and gas-filled systems of electron beam transporting to current-conducting target
[ru]
Представлены результаты исследований влияния магнитного поля ответвленных токов на движение электронного пучка. Исследуются следующие устройства: триод с виртуальным катодом, где ответвленные токи образуются сеточным анодом, и газонаполненные системы для транспортировки электронного пучка к токопроводящей мишениSource
Mesyats, G.; Smirnov, V.; Engelko, V. (eds.); Federal Agency for Atomic Energy, Moscow (Russian Federation); Russian Academy of Science, Moscow (Russian Federation); Ministry for Education and Science of Russian Federation, Moscow (Russian Federation); D.V. Efremov Scientific Research Institute of Electrophysical Apparatus, Saint-Petersburg (Russian Federation); Russian Research Centre Kurchatov Institute, Moscow (Russian Federation); 922 p; ISBN 5-87911-088-5; ; 2005; p. 63-66; 15. International conference on high-power particle beams. BEAMS'2004; Saint-Petersburg (Russian Federation); 18-23 Jul 2004; 2 refs., 8 figs.
; 2005; p. 63-66; 15. International conference on high-power particle beams. BEAMS'2004; Saint-Petersburg (Russian Federation); 18-23 Jul 2004; 2 refs., 8 figs.
[en] The results of theoretical investigations of influence magnetic field of current branching-off systems on electron beam movement are represented. Investigation was carried out for two most typical devices: triode with virtual cathode, where current branching-off system is grid anode, and gas-filled systems of electron beam transporting to current-conducting target with shunt
[ru]
Представлены результаты теоретических исследований влияния магнитного поля систем токов ответвления на движение электронного пучка. Исследовались следующие наиболее типичные устройства: триод с виртуальным катодом, где токи замыкаются на сеточном аноде, и газонаполненные системы транспортировки электронного пучка к токопроводящей мишени с шунтомSource
Mesyats, G.; Smirnov, V.; Engelko, V. (eds.); Federal Agency for Atomic Energy, Moscow (Russian Federation); Russian Academy of Science, Moscow (Russian Federation); Ministry for Education and Science of Russian Federation, Moscow (Russian Federation); D.V. Efremov Scientific Research Institute of Electrophysical Apparatus, Saint-Petersburg (Russian Federation); Russian Research Centre Kurchatov Institute, Moscow (Russian Federation); 922 p; ISBN 5-87911-088-5; ; 2005; p. 422-425; 15. International conference on high-power particle beams. BEAMS'2004; Saint-Petersburg (Russian Federation); 18-23 Jul 2004; 2 refs., 8 figs.
; 2005; p. 422-425; 15. International conference on high-power particle beams. BEAMS'2004; Saint-Petersburg (Russian Federation); 18-23 Jul 2004; 2 refs., 8 figs.