Search for dissertations about: "phase 2"
Showing result 1 - 5 of 2696 swedish dissertations containing the words phase 2.
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1. Phase Diagrams, Microstructure and Phase Separation in Alkyl Glucoside Systems
Abstract : The aim of this thesis work was to study phase diagrams, microstructure and phase separation in alkylglucoside systems. Both alkyl glucoside/water systems and microemulsions with alkyl glucosides have been studied. READ MORE
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2. Effect of hydration on thermodynamic, rheological and structural properties of mucin
Abstract : Mucus, an adherent hydrated layer covering the epithelium, is found in all internal tracts of the body and plays an important role in animal and human life. One of the essential functions of mucus is protection of tissues against dehydration. READ MORE
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3. Integration of Sustainability Aspects in Product Portfolio
Abstract : Several environmental issues are incrementing systematically, and many of them are linked to manufacturing activities. To mitigate these issues, it is necessary to develop sustainability solutions in the early stages of the innovation process, where there is room for creativity and innovation. READ MORE
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4. Ternary Block Copolymer Systems - Phase Behaviour and Phase Structure
Abstract : Ternary isothermal (25°C) polyoxyalkylene triblock block copolymer ((EO)x(PO)y(EO)x where x is the number of ethylene oxide, EO, segments and y is the number of propylene oxide, PO, segments) systems with water and p-xylene as selective solvents for the PEO and PPO blocks, respectively, were chosen as study systems in this thesis as these ternary systems are good model systems for the self-assembly of block copolymers. The phase behaviour has been studied at varied block copolymer molecular weight and relative PEO/PPO block ratio. READ MORE
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5. Catanionic Surfactant Mixtures and Binary Systems of Modified Fatty Acid Surfactants. Phase Equilibria and Structure
Abstract : Surfactant self-assembly is an important phenomenon that occurs in a number of processes in our everyday life. It is important to understand the forces and parameters that control and influence the self-assembly, as this knowledge can be used both in order to design surfactant systems with desired properties and for creating model systems, for example for biological processes. READ MORE