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Investigation of Cs surface layer formation in Cs-SIMS with TOF-MEIS and SIMS
- Investigation of Cs surface layer formation in Cs-SIMS with TOF-MEIS and SIMS
- Houssiau, L[Houssiau, L.]; Noel, C[Noel, C.]; Mine, N[Mine, N.]; Jung, KW[Jung, K. W.]; Min, WJ[Min, W. J.]; Moon, DW[Moon, D. W.]
- DGIST Authors
- Jung, KW[Jung, K. W.]; Moon, DW[Moon, D. W.]
- Issue Date
- Surface and Interface Analysis, 46, 22-24
- Article Type
- Article; Proceedings Paper
- Amino Acids; Cesium; Cesium Compounds; Depth Profiling; Fluences; Ion Bombardment; MEIS; Peak Height; Phenylalanine; Secondary Ion Mass Spectrometry; Si Wafer; Silicon; Silicon Wafers; SIMS; Surface Layers; TOF-MEIS; ToF-SIMS
- In this report, cesiumsurface layers formed by Cs+ ion bombardment on silicon and phenylalanine (Phe) sampleswere analyzed by TOF-MEIS and ToF-SIMS. Si wafers were bombarded with 500 eV Cs+ ions, then were subsequently bombarded with five different Cs+ fluences corresponding to the transient and equilibrium regimes. The Phe layers were evaporated on Si wafers, up to 100 nm thickness. The samples were subsequently bombarded at four different fluences. For Phe, TOF-MEIS shows the formation of a sharp Cs surface layer of ∼0.5 nm thickness, on which the peak height increases with Cs+ ion bombardment and a long Cs tail builds up, penetrating deep into the subsurface. For Si, a similar Cs surface peak forms, but it saturates quickly compared to Phe. Copyright © 2014 John Wiley & Sons, Ltd.
- Wiley Blackwell
- Related Researcher
Moon, Dae Won
NanoBio Imaging Laboratory
Coherent Raman Scattering; Surface Plasmon Resonance Imaging Ellipsometry; Imaging Mass Spectrometry; Time-of-flight Medium Energy Ion Scattering
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- Department of New BiologyNanoBio Imaging Laboratory1. Journal Articles
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