Search for dissertations about: "hybrid functional"
Showing result 1 - 5 of 202 swedish dissertations containing the words hybrid functional.
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1. Atomistic modelling of functional solid oxides for industrial applications : Density Functional Theory, hybrid functional and GW-based studies
Abstract : In this Thesis a set of functional solid oxides for industrial applications have been addressed by first principles and thermodynamical modelling. More specificially, measurable quantities such as Gibbs free energy, geometry and electronic structure have been calculated and compared when possible with experimental data. READ MORE
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2. First-Principles Studies of Materials Properties : Pressure-Induced Phase Transitions & Functional Materials
Abstract : This thesis presents the first-principles studies of materials properties within the framework of the density functional theory (DFT). The thesis constitutes three main parts, i. e., pressure-induced phase transitions in solids, data-storage and clean-energy materials. READ MORE
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3. Novel writing and moral philosophy as aspects of a single struggle : Iris Murdoch's hybrid novels
Abstract : This investigation pursues a thesis, namely that moral philosopher and novelist Iris Murdoch was a writer of hybrid novels. Murdoch’s novels are hybrid constructions where she tries to make reflections on moral intuitions discernible and experienced within the novels’ own “system”. READ MORE
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4. Securing functional programs with floating-label information-flow control
Abstract : The work presented in this thesis focuses on information-flow control systems for functional programs, particularly on the LIO library in Haskell. The thesis considers threemain aspects in this area: timing covert channels, dynamic policies andenforcement mechanisms that improve precision of the analysis. READ MORE
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5. Cellulose Nanofibril-based Hybrid Materials : Eco-friendly design towards separation and packaging applications
Abstract : Nanocellulose has been lately considered as the “Holy-Grail” in the design of sustainable materials due to its bio-origin and an unprecedented combination of prominent features, including good mechanical properties, anisotropy and versatile surface chemistry. In addition, nanocellulose in the form of cellulose nanofibrils, can adopt variable structures and morphologies depending on the processing technique, such as aerogels, films and monoliths. READ MORE