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Full name Familienname, Vorname
Sahiner, M.A.
 

Own Publications Eigene Publikationen

Results 1-6 of 6 (Search time: 0.002 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Meirer, F. ; Pepponi, Giancarlo ; Ingerle, D. ; Sahiner, M.A. ; Giubertoni, D. ; Demenev, E. ; Foad, M.A. ; Woicik, J.C. ; Mehta, A. ; Streli, Christina ; Pianetta, P. Characterization of ultra shallow arsenic implants in silicon using grazing incidence and grazing exit x-ray spectroscopyPräsentation Presentation2011
2Pepponi, Giancarlo ; Meirer, F. ; Sahiner, M.A. ; Giubertoni, D. ; Gennaro, S. ; Demenev, E. ; Woicik, J.C. ; Bersani, M. ; Foad, M.A. ; Streli, Christina ; Pianetta, P. GI-EXAFS of Arsenic ultra shallow junctions in Silicon formed by beamline and plasma immersion ion implantation and laser annealingPräsentation Presentation2010
3Pepponi, Giancarlo ; Meirer, F. ; Sahiner, M.A. ; Giubertoni, D. ; Gennaro, S. ; Demenev, E. ; Bersani, M. ; Foad, M.A. ; Streli, Christina ; Pianetta, P. Grazing Incidence X-Ray Absorption Applied To The Characterisation Of As Shallow Implants In SiPräsentation Presentation2010
4Giubertoni, D. ; Pepponi, Giancarlo ; Sahiner, M.A. ; Kelty, S.P. ; Gennaro, S. ; Bersani, M. ; Kah, M. ; Kirkby, K.J. ; Doherty, R. ; Foad, M.A. ; Meirer, F. ; Streli, Christina ; Woicik, J.C. ; Pianetta, P. Deactivation of submelt laser annealed arsenic ultrashallow junctions in silicon during subsequent thermal treatmentArtikel Article 2010
5Giubertoni, D. ; Pepponi, Giancarlo ; Sahiner, M.A. ; Kelty, S.P. ; Kah, M. ; Kirkby, K.J. ; Meirer, F. ; Gennaro, S. ; Doherty, R. ; Foad, M.A. ; Woicik, J.C. ; Streli, Christina ; Bersani, M. ; Pianetta, P. Deactivation of sub-melt laser annealed arsenic ultra shallow junctions in silicon during subsequent thermal treatmentPräsentation Presentation2009
6Bersani, M. ; Pepponi, Giancarlo ; Giubertoni, D. ; Gennaro, S. ; Sahiner, M.A. ; Kelty, S.P. ; Kah, M. ; Kirkby, K.J. ; Doherty, R. ; Foad, M.A. ; Meirer, F. ; Streli, Christina ; Woicik, J.C. ; Pianetta, P. Characterization of Junction Activation and Deactivation Using non-Equilibrium Annealing: Solid Phase Epitaxy, Spike Annealing, Laser AnnealingPräsentation Presentation2009