Search for dissertations about: "DCM model"
Showing result 1 - 5 of 7 swedish dissertations containing the words DCM model.
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1. Fragmentation in Proton-Nucleus Reactions from 100 to 1400 MeV
Abstract : The heaviest fragments, recoils, have been studied in proton and deuteron induced 28Si reactions and proton-20Ne reactions at 100-300 MeV per nucleon. Inclusive charge and angular distributions and coincidences between He nuclei and recoils have been compared to two theoretical models, Dubna Cascade Model and JAERI Quantum Molecular Dynamics. READ MORE
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2. Demand-Supply Chain Management
Abstract : Purpose: This research aims to enhance the current understanding and knowledge of the demand-supply chain management (DSCM) concept by determining its elements, benefits, and requirements, as well as by analyzing key elements of the concept. Methodology: This research has utilized the case study strategy and the survey strategy, however, the case study strategy dominates. READ MORE
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3. Investigating the pathological heart and its regenerative potential
Abstract : Cardiovascular disease is a leading contributor to mortality the world over, affecting millions of people each year. This, combined with its associated monetary and societal costs, has made the investigation of the etiology and pathophysiology of CVD a scientific priority. READ MORE
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4. Carbohydrate dynamics and interactions studied by NMR spectroscopy
Abstract : The combination of NMR spectroscopy and molecular dynamics (MD) simulations are powerful tools in the studying of bioorganic molecules in solution. In this thesis two such studies are presented with focus on the NMR aspect. READ MORE
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5. Quantification of 4D Left Ventricular Blood Flow in Health and Disease
Abstract : The main function of the heart is to pump blood throughout the cardiovascular system by generating pressure differences created through volume changes. Although the main purpose of the heart and vessels is to lead the flowing blood throughout the body, clinical assessments of cardiac function are usually based on morphology, approximating the flow features by viewing the motion of the myocardium and vessels. READ MORE