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Showing result 1 - 5 of 17 swedish dissertations matching the above criteria.
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1. Experimental studies of turbulent flames at gas turbine relevant burners and operating conditions
Abstract : With the increasing demand of using alternative and renewable fuels, it becomes of vital importance to consider the fuel flexibility when designing a new burner for gas turbines. Hydrogen-enriched fuel and ammonia are two of these potential fuels, and they can significantly change the operability range of the gas turbines. READ MORE
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2. Oxidation behaviour of MCrAlX coatings : effect of surface treatment and an Al-activity based life criterion
Abstract : MCrAlY coatings (M=Ni and/or Co) have been widely used for the protection of superalloy components against oxidation and hot corrosion in the hot sections of gas turbines. The drive to improve engine combustion efficiency while reducing emissions by increasing the operation temperature brings a big challenge for coating design. READ MORE
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3. Synthesis of nanoporous Ca3Co4O9 thin films for flexible thermoelectrics
Abstract : During energy generation, transportation and usage, large amounts of energy are lost as waste heat. With increasing energy consumption and environmental issues, exploiting this waste heat has drawn extensive attention. READ MORE
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4. Tailoring Fluorescent Probes for Organelle-Specific Imaging and Sensing
Abstract : Exploring and visualizing biological and pathological processes in living cells are useful for both fundamental research and applications. An understanding on the molecular level for these processes with focus on tracking biomarkers, collecting information about their surroundings, and uncovering essential molecular pathways and functions in live cells are of vital interest for cell biological study and clinical diagnosis application. READ MORE
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5. Flexible inorganic and hybrid thermoelectric thin films based on layered calcium cobaltate
Abstract : With the development of wearable and miniaturized electronics, self-sustaining energy sources have drawn extensive attention. Flexible thermoelectric materials and devices is an approach to convert waste heat into electricity as continuous power supply for such applications. READ MORE