Electron- and hole-mobility enhancements in biaxially strained metal\u2013oxide\u2013semiconductor transistors are still a matter for active investigation, and this brief presents a critical examination of a recently proposed interpretation of the experimental data, according to which the strain significantly modifies not only the root-mean-square value but also the correlation length of the surface-roughness spectrum.We present a systematic comparison between comprehensive numerical simulations and experiments, which supports such an interpretation
Using a full three-dimensional (3D), quantum transport simulator, we theoretically investigate the e...
Abstract—Large differences in the experimentally observed strain-induced threshold-voltage shifts fo...
Stress engineering is widely used in the microelectronics industry to improve the on-current (Ion) p...
Electron- and hole-mobility enhancements in biaxially strained metal–oxide–semiconductor transistors...
This paper presents a new model for the surface roughness (SR) limited mobility in MOS transistors. ...
This paper presents a Multi-Subband Monte Carlo study of the drain current improvements in uniaxiall...
We present a simulation study of the dependence of the Coulomb limited mobility on the biaxial strai...
This paper presents a Multi-Subband Monte Carlo study of the drain current improvements in uniaxiall...
The effects of strain and surface roughness scattering on the quasi-ballistic hole transport in a st...
Surface roughness in uniaxially loaded strained Si has been studied experimentally using high-resolu...
Strained silicon is used to enhance performance in state-of-the-art CMOS. Under device operating con...
This paper reports about the implementation in a multisubband Monte Carlo device simulator of a comp...
We present a new model for surface roughness (SR) scattering in n-type multi-gate FETs (MuGFETs) and...
We report mobility simulations for long channel Si and InGaAs MOSFETs as a function of the semicondu...
In this paper the remote surface roughness effects on channel electron density of nano MOSFET is di...
Using a full three-dimensional (3D), quantum transport simulator, we theoretically investigate the e...
Abstract—Large differences in the experimentally observed strain-induced threshold-voltage shifts fo...
Stress engineering is widely used in the microelectronics industry to improve the on-current (Ion) p...
Electron- and hole-mobility enhancements in biaxially strained metal–oxide–semiconductor transistors...
This paper presents a new model for the surface roughness (SR) limited mobility in MOS transistors. ...
This paper presents a Multi-Subband Monte Carlo study of the drain current improvements in uniaxiall...
We present a simulation study of the dependence of the Coulomb limited mobility on the biaxial strai...
This paper presents a Multi-Subband Monte Carlo study of the drain current improvements in uniaxiall...
The effects of strain and surface roughness scattering on the quasi-ballistic hole transport in a st...
Surface roughness in uniaxially loaded strained Si has been studied experimentally using high-resolu...
Strained silicon is used to enhance performance in state-of-the-art CMOS. Under device operating con...
This paper reports about the implementation in a multisubband Monte Carlo device simulator of a comp...
We present a new model for surface roughness (SR) scattering in n-type multi-gate FETs (MuGFETs) and...
We report mobility simulations for long channel Si and InGaAs MOSFETs as a function of the semicondu...
In this paper the remote surface roughness effects on channel electron density of nano MOSFET is di...
Using a full three-dimensional (3D), quantum transport simulator, we theoretically investigate the e...
Abstract—Large differences in the experimentally observed strain-induced threshold-voltage shifts fo...
Stress engineering is widely used in the microelectronics industry to improve the on-current (Ion) p...