Search for dissertations about: "`thesis in flow in open channels"
Showing result 1 - 5 of 25 swedish dissertations containing the words `thesis in flow in open channels.
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1. Experimental and numerical investigations of hydrodynamic focusing of colloidal dispersions
Abstract : Dispersed non-spherical particles are the fundamental constituent of many complex fluids. Such fluids are studied both for their industrial and scientific importance, and for their peculiar functional properties (mechanical, optical, thermal, fluidic). READ MORE
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2. Voltage-Sensor Domains of Ion Channels : Physiology, Regulation, and Role in Disease
Abstract : Brain function depends on the ability of neurons to sense and respond to electricity, which is mediated by small modules in the neuronal membrane called voltage-sensor domains (VSDs). Disruption of VSD function can cause neurological disease such as epilepsy. READ MORE
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3. Controlling Timing Channels in Multithreaded Programs
Abstract : The problem of controlling information flow in multithreaded programs remains an important open challenge. A major difficulty fortracking information flow in concurrent programs is due to the internal timing covert channel. READ MORE
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4. Surface tension-driven flow in soft porous materials — An investigation of the mechanism of capillary flow in microchannels of hydrogels
Abstract : Spontaneous spreading of liquids in porous materials is of great industrial relevance and occurs in, for example, diapers, fabrics, paper or paint. Often, it is necessary to manipulate the spreading rate of liquids to result in the desired mass transport, for example to soak up large liquid volumes, as in a diaper. READ MORE
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5. Multimodal applications in medical technology that utilize Raman spectroscopy
Abstract : Biology can often be explained by structures and interactions between molecules. It is therefore of importance for medical sciences that the chemical reactions and molecular compositions of biological samples can be measured. The purpose of this thesis is twofold. READ MORE