The present paper is aimed to the exploration of modulational amplification in transversely
magnetised diffusive semiconductors. By considering that the origin of modulational …

The purpose of the present paper is to report the study on modulational amplification in
diffusive semiconductors including hot carrier effects. Considering that the origin of …

The instability is investigated of an electromagnetic wave propagating parallel to the
magnetic field B0 and perpendicular to the electric field E0 in n‐type indium antimonide …

Following a hydrodynamic model of semiconductor plasmas, the influence of carrier heating
on stimulated Brillouin scattering has been analytically studied in a magnetised one …

An attempt is made to provide a theoretical approach to experimental studies of the
acoustoelectric amplification in magnetised piezoelectric semiconductors showing that the …

Using hydrodynamic model of semiconductor plasmas and coupled-mode theory of
interacting waves, we have analytically investigated parametric interaction in a magnetised …

The transverse phonon‐helicon interactions in semiconducting plasmas having
piezoelectric or deformation potential coupling or both (viz., n‐InSb) are investigated when …

This paper essentially seeks to provide a theoretical construct to the experimental studies on
the acoustoelectric amplification in piezoelectric semiconductors showing that the …

The effect of a strong longitudinal static electric field on the propagation and instability of
transverse circularly polarised EM waves (left and right handed) in the presence of a static …

It is shown that the attenuation of an acoustohelicon wave crosses over to its amplification at
an electron drift velocity (Vd) exceeding the acoustic wave velocity (Vs). Firstly a …