lofar - Swedish Institute of Space Physics - Uppsala
lofar - Swedish Institute of Space Physics - Uppsala
lofar - Swedish Institute of Space Physics - Uppsala
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1+2D EM Vlasov-Maxwell simulations<br />
Magnetised kinetic plasma model <strong>of</strong> the ionosphere. Pump at k = 0.05 kDebye<br />
injected for 600 plasma periods. Temporally i<br />
i<br />
moving Fourier transforms <strong>of</strong> E field<br />
in time (angular frequency; vertical) and space (wavenumber; horisontal)<br />
provides for the dynamic dispersion curves with colour-coded intensities shown.<br />
(Click for animation)<br />
(Click for animation)<br />
High (UH) frequency region<br />
Low frequency region<br />
[Bengt Eliasson, Ph.D. thesis, 2002 + several articles in Phys. Rev. Lett., J. Comput. Phys, …]<br />
Bo Thidé 26<br />
EISCAT Radar School, Kiruna,, 2005
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