We present a Monte Carlo investigation of the influence of the nonequilibrium phonon population on second-order transport properties in GaAs. We calculate the velocity and energy autocorrelation functions and the velocity\u2013energy cross-correlation functions, both for the case with and without phonon perturbation. By comparing the results, we find significant modifications in the correlation functions and consequently in the equivalent noise temperature due to the presence of the nonequilibrium phonons
A Monte Carlo study of the role of the frequency on the hot-electron intrinsic noise reduction in an...
A Monte Carlo study of the role of the frequency on the hot-electron intrinsic noise reduction in a...
A Monte Carlo study of the role of the frequency on the hot-electron intrinsic noise reduction in an...
We present a Monte Carlo investigation of the influence of the nonequilibrium phonon population on s...
We present a Monte Carlo investigation on the influence of a non-equilibrium phonon population (hot ...
We analyse the effects of a non-equilibrium phonon population on noise and diffusion phenomena in po...
We analyse the effects of a non-equilibrium phonon population on noise and diffusion phenomena in po...
A novel ensemble Monte Carlo algorithm has been developed to simulate nonequilibrium phonon effects ...
A novel ensemble Monte Carlo algorithm has been developed to simulate nonequilibrium phonon effects ...
Effects of LO-phonon disturbances on the transient and steady-state high\u2013dc-field response of n...
Effects of LO-phonon disturbances on the transient and steady-state high–dc-field response of n-type...
An iterative procedure to include phonon disturbance into a Monte Carlo algorithm is presented. Low ...
An iterative procedure to include phonon disturbance into a Monte Carlo algorithm is presented. Low ...
A Monte Carlo simulation code has been developed to study the effect of phonon perturbations in hot-...
A Monte Carlo simulation code has been developed to study the effect of phonon perturbations in hot-...
A Monte Carlo study of the role of the frequency on the hot-electron intrinsic noise reduction in an...
A Monte Carlo study of the role of the frequency on the hot-electron intrinsic noise reduction in a...
A Monte Carlo study of the role of the frequency on the hot-electron intrinsic noise reduction in an...
We present a Monte Carlo investigation of the influence of the nonequilibrium phonon population on s...
We present a Monte Carlo investigation on the influence of a non-equilibrium phonon population (hot ...
We analyse the effects of a non-equilibrium phonon population on noise and diffusion phenomena in po...
We analyse the effects of a non-equilibrium phonon population on noise and diffusion phenomena in po...
A novel ensemble Monte Carlo algorithm has been developed to simulate nonequilibrium phonon effects ...
A novel ensemble Monte Carlo algorithm has been developed to simulate nonequilibrium phonon effects ...
Effects of LO-phonon disturbances on the transient and steady-state high\u2013dc-field response of n...
Effects of LO-phonon disturbances on the transient and steady-state high–dc-field response of n-type...
An iterative procedure to include phonon disturbance into a Monte Carlo algorithm is presented. Low ...
An iterative procedure to include phonon disturbance into a Monte Carlo algorithm is presented. Low ...
A Monte Carlo simulation code has been developed to study the effect of phonon perturbations in hot-...
A Monte Carlo simulation code has been developed to study the effect of phonon perturbations in hot-...
A Monte Carlo study of the role of the frequency on the hot-electron intrinsic noise reduction in an...
A Monte Carlo study of the role of the frequency on the hot-electron intrinsic noise reduction in a...
A Monte Carlo study of the role of the frequency on the hot-electron intrinsic noise reduction in an...