Publication | Closed Access
Dispersive analysis of charge transfer models
110
Citations
31
References
2004
Year
Quantum DynamicElectrical EngineeringCharge Transfer HamiltonianCharge Transfer ModelEngineeringPhysicsMultisoliton StatesNonlinear Wave PropagationNumerical SimulationTransport PhenomenaCharge Carrier TransportDispersive AnalysisDispersionIntegrable SystemCharge TransportElectrical Insulation
Abstract We prove dispersive estimates for the time‐dependent Schrödinger equation with a charge transfer Hamiltonian. As a by‐product we also obtain another proof of asymptotic completeness of the wave operators for a charge transfer model established earlier by K. Yajima and J. M. Graf. We also consider a more general matrix non‐self‐adjoint charge transfer problem. This model appears naturally in the study of nonlinear multisoliton systems and is specifically motivated by the problem of asymptotic stability of multisoliton states of a nonlinear Schrödinger equation. © 2004 Wiley Periodicals, Inc.
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