Computational studies on polymer adhesion at the surface of [gamma]-Al2O3. I. The adsorption of adhesive component molecules from the gas phase

Article Abstract:

A study on the interaction of the adhesive components with surface hydroxyl groups, which results in a condensation reaction for the adsorption of diethyltriamine (DETA) is conducted. Results reveal that the chosen combination of methods is well suited to obtain an overview of the reaction mechanism and kinetics of the adsorption of the organic molecules on inorganic surfaces.

Industrial Inorganic Chemicals, Inorganic Chemicals, Other Basic Inorganic Chemical Manufacturing, Analysis, Polymers, Inorganic compounds, Adhesion, Adhesion (Surface chemistry)

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Charge transfer through a protein-nano junction

Article Abstract:

The problem of charge transfer (CT) between a nanosized inorganic system and a protein is explained from a theoretical and numerical perspective. A novel efficient protein CT mechanism is described and the predicted rates are comparable to those obtained for short-range electron tunneling through covalent bonds, the fastest ground-state CT process known for proteins.

Science & research, Research, Proteins, Charge transfer, Chemical bonds, Atomic properties

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