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SUMMARY:Energy conversion in electronically controlled discrete ion-plasma
  dynamics installations
DTSTART;VALUE=DATE-TIME:20220715T101000Z
DTEND;VALUE=DATE-TIME:20220715T103000Z
DTSTAMP;VALUE=DATE-TIME:20260912T194001Z
UID:indico-contribution-393@events.sinp.msu.ru
DESCRIPTION:Speakers: Vitaly Radenko (Scientific and Production Company 
 ”New Energy” LLC)\, Alexander Chipura (Samara University)\nThe techniq
 ue and technology for the creation and formation of electronically control
 led ion and plasma fluxes in the magnetic fields by grouping the flows wit
 h setting certain sequences of the self-following have been worked out to 
 solve the problem of controlled nuclear fusion. The operation of the units
  is based on the physical principles of plasma and ion flows compaction wi
 th a discrete change in the control parameters of magnetooptical systems. 
 Theoretical and applied aspects of the magnetodynamic flow of controlled p
 lasma simulation are considered. The description of an example circuit for
  the plasma neutron generator and the rationale for the discretization of 
 compacted plasma and ion flows based on the introduction of the concept of
  flows discretes are considered. The processes of experimental installatio
 n of an electronically controlled ion generator and the characteristics of
  a prototype industrial installation are considered. Nuclear reactions sui
 table for modifications of such generators are considered. It is planned t
 hat the electronically controlled plasma energy converter device will have
  the design thermal power more than 10 kW\, electric power more than 5 kW.
  On the basis of the technology under consideration\, the neutron generato
 r with the plasma target will be created with the impulse of neutron flux 
 from 1010 c−1.\n\n1. G. A. Mesyats\, Pulsed power\, Springer (2005).\n2.
  N. Burtebaev et al.\, World Academy of Science\, Engineering and Technolo
 gy. 74\, 176 (2011).\n3. V.V. Radenko etc. Advances in Engineering Researc
 h. 210\, 197 9(2022).\n\nhttps://events.sinp.msu.ru/event/8/contributions/
 393/
LOCATION: Физический ф-т\, ауд. 5-42
URL:https://events.sinp.msu.ru/event/8/contributions/393/
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