Search for dissertations about: "injection molding"
Showing result 11 - 15 of 21 swedish dissertations containing the words injection molding.
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11. DNA Tools and Microfluidic Systems for Molecular Analysis
Abstract : Improved methods are needed to interrogate the genome and the proteome. Methods with high selectivity, wide dynamic range, and excellent precision, capable of simultaneously analyzing many biomolecules are required to decipher cellular function. This thesis describes a molecular and microfluidic toolbox designed with those criteria in mind. READ MORE
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12. Microfluidic and Molecular Tools for Genetic Analyses
Abstract : Methods that enable interrogation of multiple genomic regions in parallel are very useful for efficient detection of genetic variation. Two different types of probes are described in this thesis that can be used for direct analysis or for sample preparation upstream of Next Generation Sequencing. READ MORE
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13. Diffractive Optical Elements: Fabrication, Replication, and Applications and Optical Properties of a Visual Field Test
Abstract : This thesis mainly treats the fabrication, replication and applications of diffractive optical elements. A smaller part deals with optical properties of a visual field test. Diffractive optical elements are computer-generated micro-optic components that use diffraction to manipulate light. READ MORE
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14. Microengineered CVD Diamond Surfaces : Tribology and Applications
Abstract : Recent developments in thin film synthesis of diamond have facilitated a host of new technical applications. These are motivated by the many attractive properties of diamond, for example high hardness, chemical inertness, transparency and heat conductivity. Unfortunately, these properties also make it difficult to fashion complex geometries. READ MORE
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15. Integrating Biosensors for Air Monitoring and Breath-Based Diagnostics
Abstract : The air we breathe is the concern of all of us but nevertheless we only know very little about airborne particles, and especially which biological microorganisms they contain. Today, we live in densely populated societies with a growing number of people, making us particularly vulnerable to air transmission of pathogens. READ MORE