The energetic processes used in ion implantation give rise to many mechanisms that can result in the contamination of implanted surfaces by metallic and dopant atoms. This article discusses methods used to identify the sources of such contamination, and gives examples of ways to minimize or eliminate the transfer of contaminant atoms to implanted wafers during high-current ion implantation
High-energy (MeV) ion implantation is now being rapidly introduced into integrated circuit manufactu...
The problem of low-energy B + contamination i the implantation of B § + ions using pre-analysis type...
In high‐dose ion implantation for materials modification, the maximum concentration of the implanted...
The article explains that by methods of ion implantation or bombardment it is possible to inject for...
Nanda Samarakone contributed through many helpful discussions. Manuscript submitted April 13, 1994; ...
A survey is given of the sources, species, and quantities of transition group metals residing on sta...
This paper shows that charge exchange events and dissociation reactions of ions may impact the purit...
Metal transfer is a phenomena associated with adhesive wear during dry-sliding, boundary lubrication...
The resistance of metals to wear and corrosion is affected by the properties of the surface. In rece...
Ion implantation has become the most important doping technique for semiconductor devices in recent ...
This dissertation focuses on the chemistry, detection, and control of metals and metal contaminants ...
High current beams suitable for USJ implantation were generated by 'Chicane Deceleration' involving ...
During ion implantation, positive charge accumulates due to excess positive beam ions incident on th...
Dans ce travail faisant partie du projet FUI COMET (AAP9), nous avons dans un premier temps réalisé ...
As a result of the recombination of electrons with the positive dopant ion species, neutral dopant a...
High-energy (MeV) ion implantation is now being rapidly introduced into integrated circuit manufactu...
The problem of low-energy B + contamination i the implantation of B § + ions using pre-analysis type...
In high‐dose ion implantation for materials modification, the maximum concentration of the implanted...
The article explains that by methods of ion implantation or bombardment it is possible to inject for...
Nanda Samarakone contributed through many helpful discussions. Manuscript submitted April 13, 1994; ...
A survey is given of the sources, species, and quantities of transition group metals residing on sta...
This paper shows that charge exchange events and dissociation reactions of ions may impact the purit...
Metal transfer is a phenomena associated with adhesive wear during dry-sliding, boundary lubrication...
The resistance of metals to wear and corrosion is affected by the properties of the surface. In rece...
Ion implantation has become the most important doping technique for semiconductor devices in recent ...
This dissertation focuses on the chemistry, detection, and control of metals and metal contaminants ...
High current beams suitable for USJ implantation were generated by 'Chicane Deceleration' involving ...
During ion implantation, positive charge accumulates due to excess positive beam ions incident on th...
Dans ce travail faisant partie du projet FUI COMET (AAP9), nous avons dans un premier temps réalisé ...
As a result of the recombination of electrons with the positive dopant ion species, neutral dopant a...
High-energy (MeV) ion implantation is now being rapidly introduced into integrated circuit manufactu...
The problem of low-energy B + contamination i the implantation of B § + ions using pre-analysis type...
In high‐dose ion implantation for materials modification, the maximum concentration of the implanted...