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Your search keyword '"K.W. Tung"' showing total 3 results
Start Over Author "K.W. Tung" Publication Type Academic Journals
3 results on '"K.W. Tung"'

1. Thermodynamic consistency in microkinetic development of surface reaction mechanisms

Author

Mhadeshwar, A.B., H. Wang, Vlachos, D.G., K.W. Tung, and Tamoto, Naoko

Subjects
Platinum -- Research, Platinum -- Mechanical properties, Platinum -- Thermal properties, Hydrogen -- Research, Hydrogen -- Thermal properties, Thermodynamics -- Research, Chemicals, plastics and rubber industries
Abstract

Thermodynamic constraints of reaction networks are reviewed and expressions applicable to surface reactions are derived. Various optimization approaches to ensure thermodynamic consistency are discussed and demonstrated with a specific example of surface reaction mechanism of H2 oxidation on Pt.

Published
2003

2. High-quality nitrogen-doped fluorinated silicon oxide films prepared by temperature-difference-based liquid-phase deposition

Author

M.K. Lee, W.H. Shieh, C.M. Shih, K.W. Tung, and Tamoto, Naoko

Subjects
Nitrogen -- Research, Nitrogen -- Chemical properties, Nitrogen -- Optical properties, Silicon compounds -- Research, Silicon compounds -- Chemical properties, Silicon compounds -- Optical properties, Chemicals, plastics and rubber industries
Abstract

The properties of nitrogen-doped fluorinated silicon oxide (SiOF) films deposited on silicon is analyzed using hydrosilicofluoric acid and ammonium hydroxide aqua as sources by the temperature-difference-based liquid-phase deposition (TD-LPD) method. It is concluded that nitrogen-doped SiOF films by the TD-LPD method with NH4OH incorporation is suitable for intermetal dielectric application.

Published
2003

3. Liquid-vapor interfaces of simple electrolyte solutions: molecular dynamics results for ions in stockmayer fluids

Author

Paul, Sandip, Chandra, Amalendu, C.M. Shih, K.W. Tung, and Tamoto, Naoko

Subjects
Electrolyte solutions -- Research, Electrolyte solutions -- Analysis, Ions -- Research, Ions -- Atomic properties, Molecular dynamics -- Research, Molecular dynamics -- Analysis, Chemicals, plastics and rubber industries
Abstract

Study is done on the equilibrium and dynamical properties of liquid-vapor interfaces of electrolyte solutions by applying a simple model where the ions are represented by charged Lennard-Jones particles. It was observed that the ions prefer to stay in the interior of the solutions and tend to avoid the surface areas.

Published
2003

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