The study of relativistic degenerate plasmas is important in many astrophysical and
laboratory environments. Using linearized relativistic Vlasov–Maxwell equations, a …

Using Vlasov-Maxwell's equations, the spectra of the perpendicular propagating Bernstein
wave and Extraordinary wave in ultra-relativistic fully degenerate electron plasma are …

The dispersion relations for the weakly magnetized perpendicular propagating modes (O-
mode, X-mode, and upper hybrid mode) based on the ultra-relativistic Fermi-Dirac …

The dispersion relations of parallel propagating modes (Langmuir mode, right and left
handed circular polarized waves) in the weak magnetic field limit| ω− κ· ν|≫ Ω are …

Propagation characteristics (resonances, propagation regions, and cutoffs) of ordinary
waves (perpendicularly propagating electromagnetic waves) are studied in a relativistic …

Fully relativistic analysis of anomalous skin effects for parallel propagating waves in a
weakly magnetized degenerate electron plasma is presented and a graphical comparison is …

On employing the linearized Vlasov–Maxwell model, the dispersion relation of obliquely
propagating Bernstein wave in thermal electron gas including quantum effect of …

Using the linearized relativistic Vlasov–Maxwell equations, a generalized expression for the
plasma conductivity tensor is derived. The dispersion relation for the O-mode in a relativistic …

On the basis of Vlasov-Kinetic model and using Maxwell-Juttner distribution function,
dispersion relation of electrostatic wave in a collisionless homogeneous relativistic electron …

The dispersion relations of parallel propagating modes (Langmuir mode, right and left
handed circular polarized waves) in the weak magnetic field limit| ω− 𝑘· 𝑣|≫ Ω are …