The process of damage accumulation in In implanted Si by transmission electron microscopy (XTEM) and Rutherford backscattering channeling (RBSC), while secondary ion mass spectroscopy (SIMS) is used for measuring as-implanted distribution profiles. The objective is to determine suitable parameters for predictive simulation of In implantation in Si by the Monte Carlo binary collision approximation (MC-BCA). This paper discusses some issues concerning the interpretation of structural measurements in ion implanted Si
An ultra high vacuum, low energy ion implanter was used in conjunction with a range of analytical te...
We previously developed a fitting method of several parameters to evaluate ion-implantation-caused d...
Nitrogen implantation has been performed in silicon [001] crystals in carefully controlled alignment...
A new understanding of the damage formation mechanisms in Si is developed and investigated over an e...
Rutherford backscattering channeling (RBS-C) spectra of ion-implanted Si are simulated according to ...
Classical molecular dynamics simulations are used to study damage produced during implantation of se...
Damage in Si induced by irradiation with various light/medium mass ions at elevated temperatures and...
The RBS-channeling technique has been used to measure damage concentration profiles in fully relaxed...
Ultra-shallow junction formation in deep submicron Si devices is limited by anomalous diffusion of t...
We report a simple and efficient algorithm to calculate the growth of damage in Si within the framew...
The damage evolution and concomitant dopant redistribution as a function of ion fluence during ultra...
Damage profiles in crystalline silicon produced by light (B) and heavy (Bi) ions with energies from ...
In this article on ions with the (110) orientation were implanted into the silicon single crystal. U...
A model is presented to account for the effects of ion-induced defects during implantation processin...
1.0 and 2.0 MeV Ti ions have been implanted into silicon at different angles to study longitudinal a...
An ultra high vacuum, low energy ion implanter was used in conjunction with a range of analytical te...
We previously developed a fitting method of several parameters to evaluate ion-implantation-caused d...
Nitrogen implantation has been performed in silicon [001] crystals in carefully controlled alignment...
A new understanding of the damage formation mechanisms in Si is developed and investigated over an e...
Rutherford backscattering channeling (RBS-C) spectra of ion-implanted Si are simulated according to ...
Classical molecular dynamics simulations are used to study damage produced during implantation of se...
Damage in Si induced by irradiation with various light/medium mass ions at elevated temperatures and...
The RBS-channeling technique has been used to measure damage concentration profiles in fully relaxed...
Ultra-shallow junction formation in deep submicron Si devices is limited by anomalous diffusion of t...
We report a simple and efficient algorithm to calculate the growth of damage in Si within the framew...
The damage evolution and concomitant dopant redistribution as a function of ion fluence during ultra...
Damage profiles in crystalline silicon produced by light (B) and heavy (Bi) ions with energies from ...
In this article on ions with the (110) orientation were implanted into the silicon single crystal. U...
A model is presented to account for the effects of ion-induced defects during implantation processin...
1.0 and 2.0 MeV Ti ions have been implanted into silicon at different angles to study longitudinal a...
An ultra high vacuum, low energy ion implanter was used in conjunction with a range of analytical te...
We previously developed a fitting method of several parameters to evaluate ion-implantation-caused d...
Nitrogen implantation has been performed in silicon [001] crystals in carefully controlled alignment...