journal article
Surface defects on ZnO nanowires: implications for design of sensors
Abstract
Surface defects are commonly believed to be fundamentally important to gas-sensor performance. We examine the effect of gas coverage and ethanol orientation on its adsorption on the stoichiometric and oxygen deficient (10N1¯0) nanowire surfac- Journal Article
- Condensed Matter Physics not elsewhere classified
- Binding strength
- Close proximity
- Defect-free surfaces
- Density functional theory calculations
- Hydrogen bond interaction
- Hydroxyl groups
- Nanowire surface
- Oxygen atom
- Oxygen deficient
- Reducing gas
- Stable Configuration
- Stretching frequency
- Surface oxygen
- ZnO
- ZnO nanowires
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Last time updated on 04/05/2016
This paper was published in Research Repository RMIT University.
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