[[abstract]]Ion implantation is a standart doping technique for semiconductor material. For shallow junction device, accurate predictions of ion implantation profiles are essential for process development and device characterization. For this purpose, accurate prediction of the doping profiles resulted from ion implantation will be studied using a few models of ion implantation. We collected data of BF2 as P-type ion implantation profiles using TCAD simulation software with different model of ion implantation and compared with Secondary Ion Mass Spectrometry (SIMS) data of ion implantation profile database as experimental data
This is the second of two papers concerned with fitting Pearson curves to Monte Carlo simulations of...
Analytical calculations of two-dimensional implantation profiles taking into account the different s...
ABSTRACT: We present a two-dimensional model of ion implantation which accounts for position depende...
[[abstract]]The simulation tool is very important to develop process and design a new device structu...
Abstract—Monte Carlo simulation is widely used for predicting ion implantation profiles in amorphous...
Ion implantation is the most important doping technique for VLSI circuits. In this contribution, mod...
Many modern semiconductor fabrication techniques employ ion implantation technology to produce doped...
For the analytical description of doping profiles after Ion Implantation, good multilayer models are...
International audienceIn traditional beamline implantation, the incident ion mass and energy are wel...
The effect of dose on range profiles of medium and low energy ion implantation used in formation of ...
A numerically efficient model for the simulation of ion implantation doping profiles in silicon afte...
In this paper, a new method for an accurate and time efficient 3D simulation of ion implantation and...
Advanced integrated circuit processing requires detailed modeling of each stage of the fabrication, ...
Classical molecular dynamics simulations are used to study damage produced during implantation of se...
[Abstract] A point-source model of ion implantation is proposed for highly-accurate calculation of i...
This is the second of two papers concerned with fitting Pearson curves to Monte Carlo simulations of...
Analytical calculations of two-dimensional implantation profiles taking into account the different s...
ABSTRACT: We present a two-dimensional model of ion implantation which accounts for position depende...
[[abstract]]The simulation tool is very important to develop process and design a new device structu...
Abstract—Monte Carlo simulation is widely used for predicting ion implantation profiles in amorphous...
Ion implantation is the most important doping technique for VLSI circuits. In this contribution, mod...
Many modern semiconductor fabrication techniques employ ion implantation technology to produce doped...
For the analytical description of doping profiles after Ion Implantation, good multilayer models are...
International audienceIn traditional beamline implantation, the incident ion mass and energy are wel...
The effect of dose on range profiles of medium and low energy ion implantation used in formation of ...
A numerically efficient model for the simulation of ion implantation doping profiles in silicon afte...
In this paper, a new method for an accurate and time efficient 3D simulation of ion implantation and...
Advanced integrated circuit processing requires detailed modeling of each stage of the fabrication, ...
Classical molecular dynamics simulations are used to study damage produced during implantation of se...
[Abstract] A point-source model of ion implantation is proposed for highly-accurate calculation of i...
This is the second of two papers concerned with fitting Pearson curves to Monte Carlo simulations of...
Analytical calculations of two-dimensional implantation profiles taking into account the different s...
ABSTRACT: We present a two-dimensional model of ion implantation which accounts for position depende...