Search for dissertations about: "proton recoil detector"
Showing result 1 - 5 of 12 swedish dissertations containing the words proton recoil detector.
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1. The development of a spectrometer for 14 MeV neutrons from fusion
Abstract : .... READ MORE
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2. Studies of the nuclear processes of proton capture photon production and spallation neutron emission with advanced experimental techniques
Abstract : A series of nuclear reaction experiments have been performed in the intermediate energy range up to 1.6 GeV using advanced techniques to detect and measure neutral ejectiles resulting mainly from proton bombardment of both light and heavy nuclei. READ MORE
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3. Experimental Studies of Neutron Deficient Nuclei in the A ≈ 110 and A ≈ 170 Mass Regions
Abstract : This doctoral thesis describes several experimental studies on the structures of neutron-deficient nuclei with mass numbers A≈110 and A≈170. The experiments were carried out at the Accelerator Laboratory of the University of Jyväskylä, Finland, using heavy-ion fusion-evaporation reactions induced by beams of energies around 5 megaelectronvolts/nucleon. READ MORE
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4. In-Beam Spectroscopy of the Extremely Neutron Deficient Nuclei 169Ir and 110Xe
Abstract : This thesis describes new results obtained from experimental studies of the extremely neutron-deficient isotopes 169Ir and 110Xe, close to the proton drip-line. The experiments use state-of-the-art equipment for nuclear spectroscopy where a large high-resolution Germanium-detector array is coupled to a high-transmission recoil separator and using the highly selective recoil-decay tagging technique. READ MORE
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5. Rigidity of the Doubly-Magic 100Sn Core
Abstract : The doubly magic nucleus 100Sn represents a crucial test for the nuclear shell model, which is a widely used model for a quantitative description of nuclei. Excited states in 100Sn are experimentally not accessible with present day techniques, but it is possible to gain insight into its structure by studying the properties of excited states of neighboring nuclei. READ MORE