[[abstract]]The effective Hamiltonian for two-dimensional quantum wells with rough interfaces is formally derived. Two terms are generated. The first term is identified with local energy-level fluctuations, and was introduced phenomenologically in the literature for interface roughness scattering, however, is now shown to be valid only for an infinite potential well or Hamiltonians with one single length scale. The other term is shown to modulate the wave function and cause fluctuations in the charge density. This will further reduce the electron mobility to a magnitude that is close to the experimental result[[fileno]]2010108010027[[department]]物理
Abstract: We have derived and analyzed the wavefunctions and energy states for an asymmetric double ...
We investigate the zero and finite temperature transport properties of a quasi-two-dimensional elect...
We present a theoretical study of roughness-related scatteringmechanisms for electrons in single het...
[[abstract]]The effective Hamiltonian for two-dimensional quantum wells with rough interfaces is for...
The influence of interface electron scattering on electron mobility in semiconducting quantum wells ...
We present a theoretical study of the effect from doping of quantum wells (QWs) on enhancement of th...
A model for scattering due to interface roughness in finite quantum wells (QWs) is developed within ...
We have investigated the influence of surface/interface roughness on the electrical conductivity in ...
We studied the effects of interface localization due to microroughness in a sample presenting a quan...
Direct simulations of interface roughness effects on transport properties of tunnel structures are p...
Abstract. Scattering rates in the lowest subband in a quantum well are calculated for interface roug...
The theory of electron mobility is developed for the Gaussian eigenvalue, exponential eigenvalue, Ga...
We examine statistical fluctuations in the transmission properties of quantum dots with interface ro...
In the present work we study, by means of numerical simulations, the coherent propagation of electro...
The authors show that the real space representation of the interface-roughness as a fluctuating pote...
Abstract: We have derived and analyzed the wavefunctions and energy states for an asymmetric double ...
We investigate the zero and finite temperature transport properties of a quasi-two-dimensional elect...
We present a theoretical study of roughness-related scatteringmechanisms for electrons in single het...
[[abstract]]The effective Hamiltonian for two-dimensional quantum wells with rough interfaces is for...
The influence of interface electron scattering on electron mobility in semiconducting quantum wells ...
We present a theoretical study of the effect from doping of quantum wells (QWs) on enhancement of th...
A model for scattering due to interface roughness in finite quantum wells (QWs) is developed within ...
We have investigated the influence of surface/interface roughness on the electrical conductivity in ...
We studied the effects of interface localization due to microroughness in a sample presenting a quan...
Direct simulations of interface roughness effects on transport properties of tunnel structures are p...
Abstract. Scattering rates in the lowest subband in a quantum well are calculated for interface roug...
The theory of electron mobility is developed for the Gaussian eigenvalue, exponential eigenvalue, Ga...
We examine statistical fluctuations in the transmission properties of quantum dots with interface ro...
In the present work we study, by means of numerical simulations, the coherent propagation of electro...
The authors show that the real space representation of the interface-roughness as a fluctuating pote...
Abstract: We have derived and analyzed the wavefunctions and energy states for an asymmetric double ...
We investigate the zero and finite temperature transport properties of a quasi-two-dimensional elect...
We present a theoretical study of roughness-related scatteringmechanisms for electrons in single het...