Penetration and screening of perpendicularly launched electromagnetic waves through bounded supercritical plasma confined in multicusp magnetic field
I Dey, S Bhattacharjee - Physics of Plasmas, 2011 - pubs.aip.org
The question of electromagnetic wave penetration and screening by a bounded supercritical
( ω p> ω with ω p and ω being the electron-plasma and wave frequencies, respectively)
plasma confined in a minimum B multicusp field, for waves launched in the k⊥ B o mode, is
addressed through experiments and numerical simulations. The scale length of radial
plasma nonuniformity (| ne/(∂ ne/∂ r)|) and magnetostatic field (B o) inhomogeneity (| B
o/(∂ B o/∂ r)|) are much smaller than the free space (λ o) and guided wavelengths (λ g) …
( ω p> ω with ω p and ω being the electron-plasma and wave frequencies, respectively)
plasma confined in a minimum B multicusp field, for waves launched in the k⊥ B o mode, is
addressed through experiments and numerical simulations. The scale length of radial
plasma nonuniformity (| ne/(∂ ne/∂ r)|) and magnetostatic field (B o) inhomogeneity (| B
o/(∂ B o/∂ r)|) are much smaller than the free space (λ o) and guided wavelengths (λ g) …
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