61 |
The STM observations of the nano-crackings on a (110) TiO2 surface due to quenching of the crystal Czyzewski JJ, Krajniak J, Klein S Applied Surface Science, 227(1-4), 144, 2004 |
62 |
Atomic-scale flattening of Ni-Cr alloy surfaces by electrochemical passivation treatments Nanjo H, Laycock NJ, Deng H, Ishikawa I, Sanada N Current Applied Physics, 4(2-4), 156, 2004 |
63 |
Stress and surface energies versus surface nanostructuring: the InGaAs/InP(001) epitaxial system Porte L Journal of Crystal Growth, 273(1-2), 136, 2004 |
64 |
STM imaging of buried P atoms in hydrogen-terminated Si for the fabrication of a Si : P quantum computer Oberbeck L, Curson NJ, Hallam T, Simmons MY, Clark RG Thin Solid Films, 464-65, 23, 2004 |
65 |
STM investigation of epitaxial Si growth for the fabrication of a Si-based quantum computer Oberbeck L, Hallam T, Curson NJ, Simmons MY, Clark RG Applied Surface Science, 212, 319, 2003 |
66 |
c(4x8) periodicity in ultrathin iron silicides on Si(111) Garreau G, Hajjar S, Pelletier S, Imhoff M, Pirri C Applied Surface Science, 212, 711, 2003 |
67 |
Chemical analysis and optical properties of metallic nanoclusters Downes A, Dumas P Applied Surface Science, 212, 770, 2003 |
68 |
Gallium nitride surface preparation optimised using in situ scanning tunnelling microscopy Oliver RA, Norenberg C, Martin MG, Crossley A, Castell MR, Briggs GAD Applied Surface Science, 214(1-4), 1, 2003 |
69 |
Atomic-resolution STM structure of DNA and localization of the retinoic acid binding site Zareie MH, Lukins PB Biochemical and Biophysical Research Communications, 303(1), 153, 2003 |
70 |
In situ STM study of the effect of chlorides on the initial stages of anodic oxidation of Cu(111) in alkaline solutions Kunze J, Maurice V, Klein LH, Strehblow HH, Marcus P Electrochimica Acta, 48(9), 1157, 2003 |