A structural model and mechanism for Fe epitaxy on Cu(100)
- K. Johnson
- D.D. Chambliss
- et al.
- 1994
- Surface Science
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33 results for David Chambliss
Evidence for martensitic fcc-bcc transition of thin Fe films on Cu(100)
- K. Kalki
- D.D. Chambliss
- et al.
- 1993
- Physical Review B
Epitaxial growth of Au on Ag(110) studied by scanning tunneling microscopy
- S. Rousset
- S. Chiang
- et al.
- 1993
- Surface Science
Surface structure and metal epitaxy: STM studies of ultrathin metal films on Au(111) and Cu(100)
- D.D. Chambliss
- K. Johnson
- et al.
- 1993
- Journal of Magnetism and Magnetic Materials
Scanning Tunneling Microscopy of Biological Molecules on Pt(111): From 100 to 5 × 106 Da
- R.J. Wilson
- K. Johnson
- et al.
- 1993
- Langmuir
Growth and Morphology of Partial and Multilayer Fe Thin Films on Cu(100) and the Effect of Adsorbed Gases Studied by Scanning Tunneling Microscopy
- K. Johnson
- D.D. Chambliss
- et al.
- 1993
- Journal of Vacuum Science and Technology A: Vacuum, Surfaces and Films
Intermixing and three-dimensional islands in the epitaxial growth of Au on Ag(110)
- S. Rousset
- S. Chiang
- et al.
- 1992
- Physical Review Letters
Resolution in the scanning tunneling microscope
- R.J. Wilson
- P. Lippel
- et al.
- 1992
- Ultramicroscopy
Surface alloy formation studied by scanning tunneling microscopy: Cu(100) + Au-c(2 × 2)
- D.D. Chambliss
- S. Chiang
- 1992
- Surface Science
Nucleation and growth of ultrathin Fe and Au films on Cu(100) studied by scanning tunneling microscopy
- D.D. Chambliss
- R.J. Wilson
- et al.
- 1992
- Journal of Vacuum Science and Technology A: Vacuum, Surfaces and Films