Encyclopedia of Nanotechnology 2016
DOI: 10.1007/978-94-017-9780-1_399
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Reactive Empirical Bond-Order Potentials

Abstract: Bond-order potential; REBO DefinitionReactive empirical bond-order potentials are interatomic energy functions used in molecular dynamics simulation and modeling of nanosystems where an accurate but efficient description of chemical reactivity is required.

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“…We use classical molecular dynamics, assuming a nearequilibrium approximation for interatomic potentials to relax the atomic positions of the unit cells and to complete all the phonon calculations using a finite-difference scheme. Reactive empirical bond order (REBO) potentials [21] have proven to be an efficient and robust scheme for large atomistic simulations where chemical reactivity dominates interatomic interactions. Specifically, REBO potentials asssume a general potential of the form…”
Section: Interatomic Potential and Phononsmentioning
confidence: 99%
“…We use classical molecular dynamics, assuming a nearequilibrium approximation for interatomic potentials to relax the atomic positions of the unit cells and to complete all the phonon calculations using a finite-difference scheme. Reactive empirical bond order (REBO) potentials [21] have proven to be an efficient and robust scheme for large atomistic simulations where chemical reactivity dominates interatomic interactions. Specifically, REBO potentials asssume a general potential of the form…”
Section: Interatomic Potential and Phononsmentioning
confidence: 99%