Interfacial Phenomena |
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| Session 654 - Nanomechanical Aspects at Interfaces II: Nanotribology | |||
| This session focuses on the interplay between interfacial chemical characteristics and nanomechanical performance. Of particular interest are, but not limited to, effects of monolayers or other thin films on tribology, tailored particle-surface interactions and molecularly engineered and constructed layers designed to produce some function. Also of interest include harnessing interfacial phenomena to address technological problems, and the general approach of tuning interfacial properties to achieve desired chemical and physical functions. | |||
| Chair: | Seong H. Kim | ||
| CoChair: | W. Robert Ashurst | ||
| 654a | Silicon Carbide Micro/Nano Systems for Extreme Environment Applications Roya Maboudian, C. Carraro |
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| 654b | Nanoscale Friction In Simulations of Boundary Lubrication and the Effect of Surface Ordering Michael L. Greenfield, Hiroko Ohtani |
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| 654c | Tribometric Characterization and Simulations of Monolayer Films on Silicon and Gold Brandon D. Booth, G. Kane Jennings, Oleg A. Mazyar, Clare McCabe |
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| 654d | Vapor Phase Lubrication from the Macro-Scale to the Nano-Scale Via Molecular Adsorption of Short Chain Linear Alcohols Anna Barnette, David B. Asay, Seong H. Kim |
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| 654e | An Improved Nanotribological System for Hard Disk Drives Xuan Li, James Economy |
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| 654f | Microtribology Control Provided by CO2-Expanded Liquid Nanoparticle Deposition Kendall M. Hurst, Christopher B. Roberts, W. Robert Ashurst |
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| 654g | Ionic Polymer Lubricant (IPL) with Self-Healing Capability for Boundary Lubrication Erik Hsiao, Don Kim, Seong H. Kim |
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