Search for dissertations about: "thermodynamic equilibrium concentration"
Showing result 16 - 20 of 26 swedish dissertations containing the words thermodynamic equilibrium concentration.
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16. Large scale experiments and modeling of black liquor gasification
Abstract : Biomass gasification could provide a basis for increased electricity and engine fuel production from a renewable source in the pulp and paper industry. This work focuses on the largest byproduct available at the pulp mills, black liquor. READ MORE
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17. Theoretical understanding of stability of alloys for hard-coating applications and design
Abstract : The performance of modern hard coating materials puts high demands on properties such as hardness, thermal stability and oxidation resistance. These properties not only depend on the chemical composition, but also on the structure of the material on a nanoscale. READ MORE
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18. Performance of MCrAlX coatings : Oxidation, Hot corrosion and Interdiffusion
Abstract : MCrAlY coatings (M=Ni and/or Co) are widely used for the protection of superalloy components against oxidation and hot corrosion in the hot sections of gas turbines. The drive for coating systems to bestow adequate oxidation and corrosion resistance upon the components becomes urgent as an inevitable result of the necessary improvement in engine combustion efficiency and service lifetime. READ MORE
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19. Co-combustion of Biomass and Waste Fuels in a Fluidised Bed Boiler - Fuel Synergism
Abstract : The objective of this work was to study co-combustion of biomass and waste fuels in a circulating fluidised bed boiler and to detect synergy effects with respect to flue gas composition and ash formation during boiler operation. It was also the aim to perform supplementary thermodynamic equilibrium calculations in order to support the experimental results. READ MORE
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20. High-Resolution Studies of Silicide-films for Nano IC-Components
Abstract : The function of titanium- and nickel-silicides is to lower the series resistance and contact resistivity in gate, source and drain contacts of an integrated circuit transistor. With decreasing dimensions, the low resistivity C54 TiSi2 is not formed and stays in its high resistivity phase C49. READ MORE