Search for dissertations about: "Kubelka-Munk"
Showing result 1 - 5 of 14 swedish dissertations containing the word Kubelka-Munk.
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1. Mathematical Modelling of Light Scattering in Paper and Print
Abstract : A problem formulation and a solution method are outlined for the radiative transfer problem in vertically inhomogeneous scattering and absorbing media, using discrete ordinate model geometry. The treatment spans from the physical problem via a continuous formulation, a discretization and a numerical analysis, to an implementation with performance evaluation and application to real-world problems. READ MORE
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2. Whiteness and Fluorescence in Layered Paper and Board : Perception and Optical Modelling
Abstract : This thesis is about modelling and predicting the perceived whiteness of plain paper from the paper composition, including fluorescent whitening agents. This involves psychophysical modelling of perceived whiteness from measurable light reflectance properties, and physical modelling of light scattering and fluorescence from the paper composition. READ MORE
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3. Whiteness and Fluorescence in Paper : Perception and Optical Modelling
Abstract : This thesis is about modelling and predicting the perceived whiteness of plain paper from the paper composition, including fluorescent whitening agents. This includes psycho-physical modelling of perceived whiteness from measurable light reflectance properties, and physical modelling of light scattering and fluorescence from the paper composition. READ MORE
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4. Mathematical modeling and numerical tools for simulation and design of light scattering in paper and print
Abstract : This work starts with a real industrial problem - the perceived need for a moredetailed and more accurate model for light scattering in paper and print than theKubelka‐Munk model of today. A careful analysis transfers this problem into aphysical description of the phenomena involved. READ MORE
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5. Lifetime Surface Phosphor Thermometry - Technique Developments, Sources of Error, and Applications
Abstract : Temperature is not only a fundamental aspect of everyday life, but it is also an essential metric for thermal conversion systems concerning efficiency, emissions, and component lifetime estimation. Therefore, a vast range of different methods to measure temperature has been developed. READ MORE