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RESEARCH PRODUCT
Exact solution of ‘‘hot dimer’’ adsorption in one-dimensional lattices
E. DueringE. V. AlbanoVictor Daniel Pereyrasubject
Materials scienceDimerMonte Carlo methodKineticsThermodynamicsCondensed Matter::Soft Condensed Matterchemistry.chemical_compoundMonomerExact solutions in general relativityAdsorptionchemistryLattice (order)Physics::Atomic and Molecular ClustersMoleculeStatistical physicsPhysics::Chemical Physicsdescription
An analytical solution for the kinetics of the ``hot-dimer'' adsorption in a one-dimensional lattice is reported. Hot dimers are molecules that dissociate after deposition, and each of the remaining monomers fly apart up to a maximum distance R from the original adsorption sites. The kinetics of this process is strongly dependent on the flying distance R. We find a particular behavior of the jamming coverage as a function of R. Monte Carlo simulation results are in agreement with such a calculation.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 1993-11-01 | Physical Review E |