Search for dissertations about: "interpretation of experiments"
Showing result 1 - 5 of 166 swedish dissertations containing the words interpretation of experiments.
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1. Nonlinear Numerical Simulations of Interactions Between Ice Rubble and Structure
Abstract : This research is focused on three distinct but interconnecting topics:1) investigation of physical and mechanical properties of ice rubble, 2) material modelling of ice rubble, 3) numerical simulation of the interaction between ice rubble structure interaction. large scatter in the values of physical and mechanical properties of ice rubble can be seen in the literature due to non-standardised methods. READ MORE
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2. Dynamics of quarks and leptons : theoretical Studies of Baryons and Neutrinos
Abstract : The Standard Model of Elementary Particle Physics (SM) is the present theoryfor the elementary particles and their interactions and is a well-established theorywithin the physics community. The SM is a combination of Quantum Chromodynamics(QCD) and the Glashow{Weinberg{Salam (GWS) electroweak model. READ MORE
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3. The Role of Emotion in the Interpretation of Sounds
Abstract : Historically there has been a conceptual distinction between reason and passion, i.e. emotions and higher levels of cognitive processing has been viewed apart from each other and studied separately. Recent research suggest a more dynamic interaction where the emotional responses may affect several aspects of higher level cognitive functioning. READ MORE
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4. Radar Probing of the Sun
Abstract : This thesis is dedicated to the theory of solar radar experiments. The Sun exhibits a variety of interesting and complicated physical phenomena, examined mainly through analysis of its radiation. Active solar probing by radar provides an alternative possibility to study the Sun. READ MORE
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5. Simulations of Cosmic Reionization : Shapes & Sizes of H II regions around Galaxies and Quasars
Abstract : After the era of recombination, roughly 360 000 years after the big bang (redshift 1100), the universe was neutral, continued to expand and eventually the first gravitationally collapsed structures capable of forming stars, formed. Observations show that approximately 1 billion years later (redshift 6), the Universe had become highly ionized. READ MORE