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In this thesis the implementation of the explicitly correlated coupled-cluster singles-and-doubles model is presented. This tool is capable of efficiently calculating CCSD energies at the basis set limit with relatively small orbital basis sets. The implementation supports RHF, UHF and ROHF reference wave functions. The usefulness of the developed tool is illustrated with selected chemical applications.
coupled-cluster theory --- explicit correlation --- transition-state theory --- CCSD
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The emission of dibenzofurans and dioxins from industrial processes is a major environmental concern. Focussing on dibenzofuran, this study tend to improve our understanding of the general oxidation chemistry and to provide a mechanism suitable for future modelling studies.Based on quantum chemical methods, energies, chemical structures and reactions are calculated numerically. Not only stable molecules and radicals, but also transition states are reported in this work.
ab initio --- Transition state theory --- Thermochemistry --- DFT --- Dioxin --- Dibenzofuran --- Groupe additivity --- Kinetics --- QRRK --- Isodesmic reactions
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Chimie organique --- Organische chemie --- Thermochimie. --- Cinétique chimique. --- Chimie organique. --- Cinétique chimique. --- Chemistry, Organic --- ORGANIC CHEMISTRY --- STABILITY --- BOND --- REACTION KINETICS --- RADICALS (CHEMISTRY) --- SOLVATION --- MOLECULAR ORBITAL METHODS --- TRANSITION STATE THEORY --- TRANSITION METAL COMPLEXES --- REACTIONS
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