Propagation of the finite amplitude electromagnetic wave through the partially spin-polarized
degenerate plasmas leads to an instability. This instability happens due to the interaction of …

Spectra of magnetosonic waves are studied by taking account of spin-up and spin-down
electrons as two different fluids. It is found that the electron spin effect modifies the …

Spin-electron-acoustic waves (sometimes called spin-plasmons) can be found in
degenerate electron gases if spin-up electrons and spin-down electrons move relatively …

We study a recently derived fully relativistic kinetic model for spin-1/2 particles. First, the full
set of conservation laws for energy, momentum, and angular momentum are given together …

By using the separate spin evolution quantum hydrodynamical model, the instability of
transverse mode due to electron streaming in a partially spin polarized magnetized …

By employing the separated spin evolution quantum hydrodynamic model, non-linear
evolution of obliquely propagating spin electron acoustic wave (SEAW) is presented. The …

The quantum effects in plasmas can be described by the hydrodynamics containing the
continuity and Euler equations. However, novel quantum phenomena are found via the …

Applying the separate spin evolution-quantum hydrodynamic model incorporating Coulomb
exchange interaction, the instabilities of upper hybrid mode and beam driven mode due to …

The temporal growth and spatial amplification of electrostatic waves due to the interaction of
an electron beam with a partially spin polarized degenerate magnetized plasma are studied …

Linear analysis of low frequency obliquely propagating electrostatic waves in a partially spin
polarized degenerate magnetized plasma is presented. Using Fourier analysis, a general …