We have constructed a universal theory of the work functions at metal/high-k HfO2 and La2O3 dielectric interfaces by introducing a new concept of generalized charge neutrality levels. Our theory systematically reproduces the experimentally observed work functions of various gate metals on Hf-based high-k dielectrics, including the hitherto unpredictable behaviors of the work functions of p-metals. Our new concept provides effective guiding principles to achieving near-band-edge work functions of gate metals. Moreover, we discuss the potential of the new high-k dielectrics of La2O3 based on this new concept
A comprehensive study of the electrical and physical characteristics of Lanthanum Aluminate (LaAlO3)...
Numerous metal oxides have been studied worldwide as possible high-k gate dielectric candidates for ...
A comparison of the interfacial charges present in the high-k stacked gate dielectrics for Zr-doped ...
We have constructed a universal theory of the work functions at metal/high-k HfO2 and La2O3 dielectr...
Change in the work function (WF) of the gate electrode material caused by the contact with Hf-based ...
As the CMOS integrated circuits are reduced to the 100-nanometer regime, the conventional SiO2-base...
We first review the kinetics of the trapping/detrapping process involved in hysteresis phenomena of ...
"The book comprehensively covers all the current and the emerging areas of the physics and the techn...
The development of gate systems suitable for high ? dielectrics is critical to the advancement of co...
First principles calculations of the impact of Te local doping on the effective work function of a M...
First principles calculations of the impact of Te local doping on the effective work function of a M...
In this letter, an ion implantation approach to engineer the effective work function is discussed an...
textAs metal-oxide-semiconductor field-effect transistor (MOSFET) gate lengths scale down below 45 n...
Advanced HfO2 high-κ materials have been developed to replace SiO2 as the gate dielectrics. The Elec...
Over the last decades continued physical scaling of gate stack materials has been crucial for the pe...
A comprehensive study of the electrical and physical characteristics of Lanthanum Aluminate (LaAlO3)...
Numerous metal oxides have been studied worldwide as possible high-k gate dielectric candidates for ...
A comparison of the interfacial charges present in the high-k stacked gate dielectrics for Zr-doped ...
We have constructed a universal theory of the work functions at metal/high-k HfO2 and La2O3 dielectr...
Change in the work function (WF) of the gate electrode material caused by the contact with Hf-based ...
As the CMOS integrated circuits are reduced to the 100-nanometer regime, the conventional SiO2-base...
We first review the kinetics of the trapping/detrapping process involved in hysteresis phenomena of ...
"The book comprehensively covers all the current and the emerging areas of the physics and the techn...
The development of gate systems suitable for high ? dielectrics is critical to the advancement of co...
First principles calculations of the impact of Te local doping on the effective work function of a M...
First principles calculations of the impact of Te local doping on the effective work function of a M...
In this letter, an ion implantation approach to engineer the effective work function is discussed an...
textAs metal-oxide-semiconductor field-effect transistor (MOSFET) gate lengths scale down below 45 n...
Advanced HfO2 high-κ materials have been developed to replace SiO2 as the gate dielectrics. The Elec...
Over the last decades continued physical scaling of gate stack materials has been crucial for the pe...
A comprehensive study of the electrical and physical characteristics of Lanthanum Aluminate (LaAlO3)...
Numerous metal oxides have been studied worldwide as possible high-k gate dielectric candidates for ...
A comparison of the interfacial charges present in the high-k stacked gate dielectrics for Zr-doped ...