Plasma immersion ion implantation from AsH3 plasma into (100) crystalline silicon was performed using the PULSION tool of Ion Beam Services. Ultra-shallow arsenic doping profiles with maximum concentrations in excess of 1×1022 cm-3 and penetration depths below 10 nm at a concentration of 1×1018 cm-3 were obtained. Two simulation models were applied to describe the observed arsenic profiles: the one developed by the authors earlier for BF3 plasma and a new one that accounts for the specifics of AsH3 plasma
Ion implantation profiles of boron after a BF3 plasma immersion ion implantation in a plasma implant...
Plasma doping (PLAD) is increasingly applied in microelectronic device manufacture to produce high t...
The model of plasma assisted doping of silicon has been developed and calculations of the plasma imm...
Plasma immersion ion implantation and deposition (PIIID) is an attractive technique for creating ult...
High fluence (>1015ions/cm2) low-energy (<2 keV) plasma immersion ion implantation (PIII) of AsH3+on...
Plasma immersion ion implantation from a BF3 plasma into crystalline (100) silicon was performed usi...
A numerically efficient model for the simulation of ion implantation doping profiles in silicon afte...
In the plasma doping (PLAD) process studied, Si(100) wafers were exposed to an As containing plasma ...
The study presented in this thesis is focused on the investigation of Arsenic ultra-shallow distribu...
The evolution of very high dose arsenic implants in silicon formed by plasma immersion ion implantat...
The evolution of very high dose arsenic implants in silicon formed by plasma immersion ion implantat...
Samples produced by plasma immersion ion implantation of Arsenic in Silicon using a non-pulsed plasm...
We have developed a diffusion and activation model for implanted arsenic in silicon. The model inclu...
The amorphization of silicon due to atomic displacement during ion implantation has been simulated. ...
Plasma doping ion implantation (PLAD) is becoming increasingly important for enabling the manufactur...
Ion implantation profiles of boron after a BF3 plasma immersion ion implantation in a plasma implant...
Plasma doping (PLAD) is increasingly applied in microelectronic device manufacture to produce high t...
The model of plasma assisted doping of silicon has been developed and calculations of the plasma imm...
Plasma immersion ion implantation and deposition (PIIID) is an attractive technique for creating ult...
High fluence (>1015ions/cm2) low-energy (<2 keV) plasma immersion ion implantation (PIII) of AsH3+on...
Plasma immersion ion implantation from a BF3 plasma into crystalline (100) silicon was performed usi...
A numerically efficient model for the simulation of ion implantation doping profiles in silicon afte...
In the plasma doping (PLAD) process studied, Si(100) wafers were exposed to an As containing plasma ...
The study presented in this thesis is focused on the investigation of Arsenic ultra-shallow distribu...
The evolution of very high dose arsenic implants in silicon formed by plasma immersion ion implantat...
The evolution of very high dose arsenic implants in silicon formed by plasma immersion ion implantat...
Samples produced by plasma immersion ion implantation of Arsenic in Silicon using a non-pulsed plasm...
We have developed a diffusion and activation model for implanted arsenic in silicon. The model inclu...
The amorphization of silicon due to atomic displacement during ion implantation has been simulated. ...
Plasma doping ion implantation (PLAD) is becoming increasingly important for enabling the manufactur...
Ion implantation profiles of boron after a BF3 plasma immersion ion implantation in a plasma implant...
Plasma doping (PLAD) is increasingly applied in microelectronic device manufacture to produce high t...
The model of plasma assisted doping of silicon has been developed and calculations of the plasma imm...