The propagation of plane electromagnetic waves through an infinite low temperature electron plasma in the presence of a constant magnetic field is to be considered. A dispersion equation is derived by solving for a self-consistent electric field using the Boltzmann equation and Maxwell's equations. ...
In the tenuous plasmas of coronae where fluid turbulence and vortex motions are frequently inhibited by the magnetic field, waves take their place to carry away the energy and momentum of local disturbances. Many kinds of waves are possible in a plasma depending on frequency, species of ...
Electron paramagnetic resonance has been used to observe a Type II longitudinal-wave resonance spectrum corresponding to the dispersion relation that describes longitudinal waves in an electron plasma situated in a weak external magnetic field. Differences between the Type II spectrum and a previously ...
In this paper, the dispersion relation for the guided waves (TM to Y modes) in a warm lossy transversely drifting plasma with a strong transverse magnetic field is derived. The analysis for the one-dimensional case and its comparison with the waveguide case brings out the significant effect of...
hydromagnetic waves/propagation in plasma in nonuniform magnetic fields, (tWe have studied the propagation of hydromagnetic waves in a finitely conducting, nonviscous fluid mass of constant density. It is immersed in a time-independent inhomogeneous magnetic field. Due to the nonuniformity of the ...
The book aims to present current knowledge concerning the propagation of electro magnetic waves in a homogeneous magnetoplasma for which temperature effects are unimportant. It places roughly equal emphasis on the radio and the . hydromagnetic parts of the electromagnetic spectrum. The dispersion pro...
<italic>Context. </italic>There is abundant observational evidence of longitudinal compressive waves in plasma structures of the solar corona, which are confidently interpreted in terms of slow magnetoacoustic waves. The uses of coronal slow waves in pla
The experiments were conducted in a low‐temperature (Te 2 eV) moderate‐density (ne =3×109–3×1012 cm3) gas discharge plasma in a magnetic mirror geometry. Experimental results are compared with two models, both of which employ Kirchoff's law to relate emission and absorption. In one ...
The aim of the present study is to provide insight on the induced compressive perturbations together with the modifications of the environmental parameters in the course of Alfvén wave interaction with a solar magnetic null-point. The shock-capturing Go
M. N. Kogan, “Plane flows of an ideal gas with infinite electrical conductivity in a magnetic field, not parallel to the flow velocity”, Prikl. Mat. Mekh.,24, No. 1 (1960). J. E. McCune and E. L. Resler, “Compressibility effects in magnetoaerodynamic flows, past thin bodies”...