Search for dissertations about: "total internal reflection"
Showing result 1 - 5 of 49 swedish dissertations containing the words total internal reflection.
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1. Total internal reflection ellipsometry : principles and applications
Abstract : Spectroscopic ellipsometry has been used under conditions of total internal reflection to form a new measurement technique called Total Internal Reflection Ellipsometry. When measurement settings are appropriate for surface plasmon resonance to occur it is possible to combine the advantages of both ellipsometry and surface plasmon resonance and obtain very high sensitivity and precision. READ MORE
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2. Total internal reflection ellipsometry
Abstract : This thesis summarizes the work performed on the development and implementation of the optical measurement technique called total internal reflection ellipsometry (TIRE).The TIRE principle is based on spectroscopic ellipsometry performed under conditions of total internal reflection. READ MORE
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3. Colloidal interactions obtained from total internal reflection microscopy measurements and scattering data
Abstract : The scattering of radiation can be used to extract information about the interactions between colloidal (10^{-7}-10^{-3} cm radius) particles suspended in liquids. As colloidal interactions incorporate entropic effects they are weak and while system specific they are governed by a number of general mechanisms. READ MORE
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4. Photo-induced dark states influorescence spectroscopy – investigations & applications
Abstract : This thesis focuses on investigations of transient dark states of fluorescentmolecules using spectroscopic techniques. The main purpose is to show andconvince the reader that transient dark states are not always a nuisance, butalso represent an additional source of information. READ MORE
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5. Probing Biomolecular Recognition at the Single Molecule Level
Abstract : Specific recognition between biomolecular partners contributes to a multitude of biochemical signaling within and between cells. The aim of this work has been to investigate the possibility to probe biomolecular recognition reactions at the smallest possible scale, the single molecule level. READ MORE