Search for dissertations about: "non-adiabatic dynamics"
Showing result 1 - 5 of 22 swedish dissertations containing the words non-adiabatic dynamics.
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1. Theoretical studies of chemical dynamics on excited states, driven by non-adiabatic effects : Charge recombination reactions
Abstract : This thesis is based on theoretical studies of molecular collisions occurring at relatively low to intermediate collision energies. The collisions are called dissociative recombination (DR) and mutual neutralization (MN). READ MORE
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2. A theoretical perspective on photoinduced reactions - based on quantum chemical models and non-adiabatic molecular dynamics
Abstract : The broad range of applications for photochemical reactions is the result of light-matter interaction at the electronic level. The diverse application of photochemistry in various fields, including photovoltaic materials, molecular switches, and biological systems are due to electronic and structural transformations induced by photoexcitation as well as molecular alteration due to electron and charge transfer. READ MORE
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3. Molecular beam study of non-adiabatic electron transfer in the Cl2+Ksurf surface reaction
Abstract : Halogen molecules impinging on alkali metal surfaces constitute model systems for studies of charge transfer, dissociation dynamics and non-adiabatic energy dissipation in molecule-surface reactions. This thesis reports emission of exo-electrons and photons from the surface as a result of strong non-adabaticity in the Cl2 gas on K$^{solid}$ reaction. READ MORE
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4. Photo-induced molecular processes and charge recombination reactions driven by non-adiabatic couplings
Abstract : This thesis is based on a number of theoretical studies of molecular processes in which non-adiabatic effects play a crucial role. The main part is devoted to the photophysics and photochemistry of five-membered aromatic heterocyclic compounds, with particular focus on furan and thiophene. READ MORE
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5. Dynamics of Magnetic Molecules under Electrical Control
Abstract : This thesis theoretically studies the dynamics of molecular magnets under electrical control. Molecular magnets are nanoscale magnets that can, e.g., consist of single-molecules or single-atoms. READ MORE