Recent studies strongly indicate that graphene can be used as a channel material for
converting surface acoustic waves to acoustoelectric current, which is a resource for various …

Phonon amplification in low-dimensional material structures has primary important
applications for engineering instrumentation applications such as phonon spectrometers …

Phonon generation/amplification in nanostructures is of primary importance for engineering
device applications such as Phonon laser, phonon spectrometer, ultrafast optical modulators …

Because of unique physical properties, graphene, a 2D honeycomb arrangement of carbon
atoms, has attracted tremendous attention. Silicene, the graphene equivalent for silicon …

Because of unique physical properties, graphene, a 2D honeycomb arrangement of carbon
atoms, has attracted tremendous attention. Silicene, the graphene equivalent for silicon …

We present a theoretical study of the kinetic equation for acoustic phonons in semiconductor
quantum well with parabolic potential well under intense laser field. Using this method, we …

In this paper, we analytically investigate the possibility of parametric resonance of acoustic
and optical phonons in a semiconductor quantum well with parabolic potential. We obtained …

Recent analyses of thermoelectric amplification of acoustic phonons in Free-Standing
Graphene (FSG) $\Gamma_q^{grap} $ have prompted the theoretical study of the influence …