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Showing result 1 - 5 of 21 swedish dissertations matching the above criteria.
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1. Reactions with relativistic radioactive beams and gamma multiplicities
Abstract : Experiments with relativistic radioactive beams are used to study the properties of exotic nuclei. The experimental setup used in this thesis is a complex system of detectors for identifying and measuring the 4-momenta of all incoming nuclei and products created when the nuclei impinge on a reaction target. READ MORE
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2. Bits and Pieces for the Nuclear Puzzle - Exploring light exotic nuclei with radioactive ion beams
Abstract : Atomic nuclei are a fascinating case of many-body systems governed by quantum behaviour. This fact and the complex nuclear interaction are reasons why there is not yet a complete theory describing all atomic nuclei. Both experimental and theoretical efforts are needed to change this situation. READ MORE
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3. The DAQ always runs - Performing large scale nuclear physics experiments
Abstract : An important part and a growing field of modern subatomic physics is the study of exotic isotopes using radioactive beams. The experiments started out simple. Along with a better and more detailed understanding, together with the availability of new technology, the experiments are becoming more and more advanced. READ MORE
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4. Hunting Tools Beyond the Driplines
Abstract : An important and growing sub-field of modern subatomic physics is the study of exotic isotopes using radioactive beams. Experiments started out simple, but are becoming more and more advanced. The increased complexity makes the use of software at all levels, from data acquisition to analysis, evermore present. READ MORE
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5. Probing the Drip-Lines through Momentum Distributions
Abstract : About a decade ago it was found that nuclei in the vicinity of the neutron drip-line under certain circumstances develop very extended valence neutron distributions, a phenomenon today known as halo states. The recent development of radioactive nuclear beams has provided us with a perfect tool for investigating these particular nuclei. READ MORE