Search for dissertations about: "MEMS"
Showing result 21 - 25 of 84 swedish dissertations containing the word MEMS.
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21. Fluidic Microsystems for Micropropulsion Applications in Space
Abstract : Spacecraft on interplanetary missions or advanced satellites orbiting the Earth all require propulsion systems to complete their missions. Introducing microelectromechanical systems technology to the space industry will not only reduce size and weight of the propulsion system, but can also increase the performance of the mission. READ MORE
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22. Miniature Plasma Sources for High-Precision Molecular Spectroscopy in Planetary Exploration
Abstract : The prospect of finding life outside Earth has fascinated mankind for ages, and new technology continuously pushes the boundary of how remote and how obscure evidence we can find. Employing smaller, or completely new, types of landers and robots, and equipping them with miniature instruments would indeed revolutionize exploration of other planets and moons. READ MORE
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23. Miniaturized Multifunctional System Architecture for Satellites and Robotics
Abstract : This thesis describes and evaluates the design of nanospacecraft based on advanced multifunctional microsystems building blocks. These systems bring substantial improvements of the performance of nanosatellites and enable new space exploration, e.g. interplanetary science missions using minute space probes. READ MORE
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24. Thermodynamic characterization of superconducting and magnetic materials using nanocalorimetry
Abstract : Measurement of specific heat is a powerful technique for the investigation of novel materials. Superconducting and magnetic systems, in particular, can be thoroughly characterized by studying their electronic contribution to the specific heat. READ MORE
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25. Development of materials, surfaces and manufacturing methods for microfluidic applications
Abstract : This thesis presents technological advancements in microfluidics. The overall goals of the work are to develop new miniaturized tests for point-of-care diagnostics and robust super-lubricating surfaces for friction reduction. To achieve these goals, novel materials, surfaces and manufacturing methods in microfluidics have been developed. READ MORE