Search for dissertations about: "Global kinetics"
Showing result 1 - 5 of 72 swedish dissertations containing the words Global kinetics.
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1. Pyrolysis profiles and global kinetics of tropical biomass : coconut and cashew nut shells
Abstract : Biomass has been recognised as renewable and environmentally friendly source of energy since decades. Tropical biomasses which are available in large quantities as residues in Latin America, Africa and Asia, have high energy potential for exploitation through thermochemical conversion process, as pyrolysis, gasification or combustion. READ MORE
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2. Radially global neoclassical transport in tokamak pedestals
Abstract : Nuclear fusion has the potential to become a sustainable energy sourcein the foreseeable future. The most developed system for fusion powerproduction is the tokamak, which magnetically confines a plasma at highenough temperature for fusion reactions to take place. READ MORE
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3. Characterization of Carbon Oxidation Kinetics for Particulate Matter Reduction Technologies
Abstract : Transport related emissions of particulate matter (PM) represent a significant health risk and are therefore strictly regulated in most developed countries. An efficient technique to reduce emissions of combustion particles is to capture the particles in a filter, which must be subsequently regenerated by oxidation of the carbonaceous fraction of the PM. READ MORE
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4. Optimisation Challenges in Pressurised Hot Water Extraction of Polyphenols: Extraction and Degradation Kinetics
Abstract : Pressurised hot water is an environmentally friendly alternative to hazardous organic solvents such as methanol and heptane. One of the many applications of using pressurised hot water extraction (PHWE) is to extract polyphenols from plants. The challenges in PHWE lies with the optimisation of extraction yield. READ MORE
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5. Infection kinetics, phylogenetics, and host interactions of bacteriophages
Abstract : Bacteriophages, or as they are most commonly referred to as phages, are viruses which are capable of infecting bacteria. They are environmentally plenty, found everywhere from the ground we walk on to contributing to our microbiome. They are highly diverse, coming in various sizes, shapes, and genomic compositions. READ MORE