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Molecular rolling motion on a heated surface
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posted on 2016-07-10, 18:31 authored by gloria tabacchigloria tabacchi, davide barreca, ettore fois, alberto gasparotto, eugenio tondelloMovie showing the behaviour of a molecular Cu(II) precursor for the chemical vapor deposition of copper oxide nanostructures on the heated surface of the growth Si/SiO2 support.
Atom colors - Molecular complex: Cu=yellow, F=green, O=red, N=blue, C=grey, H=white; Surface: Si=black, O=red, H=white.
Two different formats of the movie (mpeg, mp4) are available.
The movie is part of the supporting data of the paper: “Hot” Surface Activation of Molecular Complexes: Insight from Modeling Studies", Angewandte Chemie International Edition, 49: 1944–1948. doi:10.1002/anie.200907312
The published paper, the green open access author version of the paper, a simple explanation of the results, and further material (another movie and a poster) are available at the links below
Funding
MIUR-PRIN-2007 project “Microscopic features of chemical reactivity”, CNR-INSTM PROMO and CARIPARO Foundation within the project “Multi-layer optical devices based on inorganic and hybrid materials by innovative synthetic strategies”
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- Macromolecular and materials chemistry not elsewhere classified
- Colloid and surface chemistry
- Computational chemistry
- Nanochemistry
- Supramolecular chemistry
- Physical properties of materials
- Theoretical and computational chemistry not elsewhere classified
- Theory and design of materials
- Solid state chemistry
- Catalysis and mechanisms of reactions
- Other chemical sciences not elsewhere classified
- Atomic and molecular physics
- Physical chemistry not elsewhere classified
- Theoretical quantum chemistry
- Transition metal chemistry
- Transport properties and non-equilibrium processes
- Applications in physical sciences
- Condensed matter physics not elsewhere classified
- Condensed matter modelling and density functional theory
- Structural properties of condensed matter
- Surface properties of condensed matter
- Nanofabrication, growth and self assembly
- Nanomaterials
- Nanoscale characterisation
- Nanotechnology not elsewhere classified
Keywords
chemical activation processeschemical Vapor Deposition Synthesisoxide nanostructureCopper Oxideprecursor adsorptionDensity Functional CalculationsMechanismsMolecular Dynamics DFT StudyMolecular dynamics calculations showmolecular dynamics computationssurface chemistrynanomaterial synthesisnanostructural characteristicschemical vapor deposition experimentschemical vapor deposition growthdiffusiontransport propertiesHigh Temperaturenanotechnologynanosciencedecompositionfragmentationnanomaterials fabricationmodeling and simulationsmaterial sciencesthin filmssurface reactivityactivation mechanismsdensity functional theorymolecular diffusion processthermal energystructure distortiontemperature-inducedSynthesis of MaterialsColloid and Surface ChemistryComputational ChemistryNanochemistry and Supramolecular ChemistryPhysical Chemistry of MaterialsTheoretical and Computational Chemistry not elsewhere classifiedTheory and Design of MaterialsSolid State ChemistryCatalysis and Mechanisms of ReactionsChemical Sciences not elsewhere classifiedMolecular PhysicsPhysical Chemistry not elsewhere classifiedQuantum ChemistrySupramolecular ChemistryTransition Metal ChemistryTransport Properties and Non-equilibrium ProcessesComputational PhysicsCondensed Matter PhysicsCondensed Matter Physics not elsewhere classifiedCondensed Matter Modelling and Density Functional TheorySurfaces and Structural Properties of Condensed MatterNanofabrication, Growth and Self AssemblyNanomaterialsNanoscale CharacterisationNanotechnology not elsewhere classified
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