Material Sciences Division |
SALMERON GROUP |
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Publications 1999 |
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Atomic scale imaging, manipulation, and spectroscopy Mechanical and electrical properties of molecules in self-assembled films Ambient pressure photoelectron spectroscopy for environnemental sciences Studies of friction, adhesion, and wear at the nanometer scale Electronic, mechanical, and chemical properties of nanoclusters Structure of thin liquid films and wetting Nanoscale material imaging and manipulation (Molecular Foundry) Catalytic and chemical properties of surfaces
Updated by Franck, October 16 2007
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249. A general equation for fitting single asperity contact area and friction measurements
250. The relationship between friction and molecular structure: Alkylsilane lubricant films under
251. Structural manipulation of the frictional properties of linear polymers in single molecular layers
252. Making, breaking and sliding of nanometer-scale contacts
253. Cross-sectional scanning tunneling microscopy studies of heterostructures
254. The growth of nanometer thin ice films from water vapor studied using scanning polarization force
microscopy
255. Formation of dipole oriented water films on mica substrates at ambient conditions
256. Observation of proportionality between friction and contact area at the nanometer scale
257. Dense structures formed by CO on Rh(111) studied by scanning tunneling microscopy
258. A low temperature UHV cross-sectional scanning tunneling microscope for luminescence
259. Friction of ice measured using lateral force microscopy
260. STM studies on the growth of monolayers: Co on Cu(110) with one half monolayer of preadsorbed
oxygen
261. De-wetting of lubricants on hard disks
262. Evolution of the structure and mechanical stability of self-assembled alkane-thiol islands on
Au(111) due to diffusion and ripening
263. Integration of point-contact microscopy and atomic force microscopy: Application to
264. Structure and properties of ice and water film interfaces in equilibrium with vapor
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