Publikace

Publikace našeho týmu

Úvod do teorie plazmatu

  • Pracoviště: Katedra fyziky
  • Anotace:
    Kniha pojednává o teoretických otázkách popisu plazmatu, za každou kapitolou jsou zařazeny numerické algoritmy pro řešení dané problemat?ky a popis zkušeností autora s těmito algoritmy včetně některých výsledků řešených v rámci grantu.

Modeling of plasma fibers with radiative processes

  • Pracoviště: Katedra fyziky
  • Anotace:
    PIC modeling of the plasma fiber

Generalized Buneman Dispersion Relation in the Longitudinally Dominated Magnetic Field

  • DOI: 10.5402/2011/896321
  • Odkaz: https://doi.org/10.5402/2011/896321
  • Pracoviště: Katedra matematiky, Katedra fyziky
  • Anotace:
    The generalized Buneman dispersion relation for two-component plasma is derived in the case of nonzero pressure of both plasma components and longitudinally dominated magnetic field. The derived relation is also valid for other field configurations mentioned in the paper. It can be useful in a variety of plasma systems, e.g. in the analyses of plasma jet penetrating into background plasma, in beam-plasma physics and in tests of various magnetohydro-dynamical (MHD) and hybrid numerical codes designed for the magnetized plasmas

Program Package for 3D PIC model of Plasma Fiber

  • Autoři: prof. RNDr. Petr Kulhánek, CSc., Břeň, D.
  • Publikace: Proceedings of the Workshop Collective Phenomena in Macroscopis Systems. London: World Scientific Publishing Company, 2007. pp. 237-240. ISBN 981-270-705-0.
  • Rok: 2007
  • Pracoviště: Katedra fyziky
  • Anotace:
    The simulation of the plasma pinches is done via PIC method. This program solves the movement of the particles in the external fields, the change of the field as a reaction of the movement of the particles and again the movement of the particles in the forced fields. It does not solve neither the energetic looses caused by peculiar movement of the particles, nor their recombination yet.

PIC Simulation of plasma with energy loss by radiation calculated from Lorentz Dirac equation

  • Autoři: Ing. Martin Žáček, Ph.D.,
  • Publikace: Proceedings of the Workshop Collective Phenomena in Macroscopis Systems. London: World Scientific Publishing Company, 2007. pp. 295-300. ISBN 981-270-705-0.
  • Rok: 2007

Za stránku zodpovídá: RNDr. Patrik Mottl, Ph.D.