Korean GovernmentThe effects of water vapor treatment (WVT) on a Ge substrate were investigated in order to understand the improved electrical properties of Pt/HfO2/Ge metal-oxide-semiconductor (MOS) capacitors. The WVT and HfO2 deposition were performed in situ using an atomic layer deposition technique to avoid air exposure. As a result, the WVT on cleaned Ge substrates reduced the native oxide effectively and enhanced the initial growth of the HfO2 film. The improved interface qualities with WVT enhanced Ge-based device performance through a smoother capacitance-voltage curve, less increase in the inversion capacitance, and lower density of interface states.MKE/KEI
Germanium MOS capacitors with high-quality gate dielectrics are fabricated by novel processing in we...
We have investigated the impact of different wet treatments on the electrical performances of german...
The objective of this study is to gain understanding of MOS devices built on germanium. Ge PMOS tran...
The effect of deposition temperature and post deposition annealing (PDA) on the electrical propertie...
The dielectric performance and charge trapping properties of HfO2 on a Ge substrate with various pas...
To fabricate MOS gate stacks on Ge, one can choose from a multitude of metal oxides as dielectric ma...
International audienceWe have investigated the impact of different wet treatments on the electrical ...
To integrate SiGe into future CMOS devices, it is essential to realize reliable strategies to deposi...
The changes in the electrical and physical properties of HfO2 films grown using atomic layer deposit...
Annealing of high-permittivity HfTiO gate dielectric on Ge substrate in different gases (N 2, NH 3, ...
High-quality Ge MOS capacitors with HfTiON as high-k gate dielectric are fabricated by using Ge surf...
A 9.77 nm HfO2 thin film has been deposited on Ge substrate by ALD method. Rapid Thermal Oxidation (...
Comparative studies of the in situ surface cleaning effect on Ge substrates using trimethyl aluminum...
The suppression of interfacial reactions in a tungsten (W)/hafnia (HfO2)/germanium (Ge) structure by...
In this study, the effects of a HfO2 buffer layer between an Al2O3 passivation layer and an indium-g...
Germanium MOS capacitors with high-quality gate dielectrics are fabricated by novel processing in we...
We have investigated the impact of different wet treatments on the electrical performances of german...
The objective of this study is to gain understanding of MOS devices built on germanium. Ge PMOS tran...
The effect of deposition temperature and post deposition annealing (PDA) on the electrical propertie...
The dielectric performance and charge trapping properties of HfO2 on a Ge substrate with various pas...
To fabricate MOS gate stacks on Ge, one can choose from a multitude of metal oxides as dielectric ma...
International audienceWe have investigated the impact of different wet treatments on the electrical ...
To integrate SiGe into future CMOS devices, it is essential to realize reliable strategies to deposi...
The changes in the electrical and physical properties of HfO2 films grown using atomic layer deposit...
Annealing of high-permittivity HfTiO gate dielectric on Ge substrate in different gases (N 2, NH 3, ...
High-quality Ge MOS capacitors with HfTiON as high-k gate dielectric are fabricated by using Ge surf...
A 9.77 nm HfO2 thin film has been deposited on Ge substrate by ALD method. Rapid Thermal Oxidation (...
Comparative studies of the in situ surface cleaning effect on Ge substrates using trimethyl aluminum...
The suppression of interfacial reactions in a tungsten (W)/hafnia (HfO2)/germanium (Ge) structure by...
In this study, the effects of a HfO2 buffer layer between an Al2O3 passivation layer and an indium-g...
Germanium MOS capacitors with high-quality gate dielectrics are fabricated by novel processing in we...
We have investigated the impact of different wet treatments on the electrical performances of german...
The objective of this study is to gain understanding of MOS devices built on germanium. Ge PMOS tran...