Search for dissertations about: "Anders G. Nilsson"
Showing result 11 - 15 of 27 swedish dissertations containing the words Anders G. Nilsson.
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11. Från system till process : kriterier för processbestämning vid verksamhetsanalys
Abstract : I samband med systemutveckling och annat förändringarbete finns det behov av att göra en verksamhetsanalys för att utveckla kunskap om nuvarande och framtida verksamhet. Verksamheter är komplexa och ofta svåröverblickbara företeelser. READ MORE
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12. Model-Driven Process Design : Aligning Value Networks, Enterprise Goals, Services and IT Systems
Abstract : The purpose of business-IT alignment is to optimise the relation between business and IT in order to maximise the business value of IT. Successful business-IT alignment can be enabled by business processes and e-processes functioning as adaptive mediators between business and IT systems. READ MORE
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13. X-ray scattering and spectroscopy of supercooled water and ice
Abstract : This thesis presents experimental studies of water and ice at near-atmospheric pressures using intense x-rays only accessible at synchrotrons and free-electron lasers. In particular, it focuses on the deeply supercooled, metastable state and its implications on ice nucleation. READ MORE
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14. Information and Communication Technology Applied for Developing Countries in a Rural Context : Towards a Framework for Analysing Factors Influencing Sustainable Use
Abstract : Information and Communication Technology (ICT) has been considered a tool that can be used to achieve development goals in developing countries. In the same time, the majority of people living in developing countries, and especially those in rural areas lack access to ICT. READ MORE
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15. Simulation of Core-Level Spectra of H-bonded Systems
Abstract : The thesis consists of three related projects where attempts have been made to simulate X-Ray Absorption (XAS) spectra of water and hexagonal ice, static non-resonant X-ray Emission (XES) spectrum of water and to apply the semi-classical approximation to Kramers-Heisenberg formula (SCKH) formalism to calculate the non-resonant XES spectrum of water and methanol. The first project is devoted to an investigation of the performance of damped response theory in combination with the DFT electronic structure method (CPP-DFT) in XAS spectrum simulations of liquid water. READ MORE