Search Results - "Lee, Austin W.H"

Rapid Covalent Modification of Silicon Oxide Surfaces through Microwave-Assisted Reactions with Alcohols by Lee, Austin W. H, Gates, Byron D

“…We demonstrate the method of a rapid covalent modification of silicon oxide surfaces with alcohol-containing compounds with assistance by microwave reactions…”
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Covalent Surface Modification of Silicon Oxides with Alcohols in Polar Aprotic Solvents by Lee, Austin W. H, Gates, Byron D

“…Alcohol-based monolayers were successfully formed on the surfaces of silicon oxides through reactions performed in polar aprotic solvents. Monolayers prepared…”
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Tuning Oleophobicity of Silicon Oxide Surfaces with Mixed Monolayers of Aliphatic and Fluorinated Alcohols by Lee, Austin W. H, Gates, Byron D

“…We demonstrate the formation of mixed monolayers derived from a microwave-assisted reaction of alcohols with silicon oxide surfaces in order to tune their…”
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Nanoscale thin films of niobium oxide on platinum surfaces: creating a platform for optimizing material composition and electrochemical stability by Eastcott, Jennie I, Parakh, Abhinav, Paul, Michael T.Y, Lee, Austin W.H, Bilton, Matthew W, Gates, Byron D

“…A nanoscale thin film of niobium oxide on a platinum substrate was evaluated for its influence on the electronic and chemical properties of the underlying…”
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Determining the thickness of aliphatic alcohol monolayers covalently attached to silicon oxide surfaces using angle-resolved X-ray photoelectron spectroscopy by Lee, Austin W.H., Kim, Dongho, Gates, Byron D.

“…[Display omitted] •Self-assembled monolayers were prepared from aliphatic alcohols on silicon oxides.•Reagents included 1-butanol, 1-hexanol, 1-octanol,…”
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Modifying the Surface Properties of Indium Tin Oxide with Alcohol-Based Monolayers for Use in Organic Electronics by Kim, Dongho, Lee, Austin W. H, Eastcott, Jennie I, Gates, Byron D

“…Transparent conductive oxides (TCOs) serve a critical function in many devices, such as organic light-emitting diodes (OLEDs) and organic photovoltaics (OPVs)…”
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Minimizing Stiction of Microelectromechanical Systems (MEMS) Through Solution-Phase Surface Modification with Alcohols by Lee, Austin W. H., Gates, Byron D.

“…This article demonstrates implementation of solutionphased formation of alcohol based monolayers as a means to minimize stiction of microelectromechanical…”
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