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Titlebook: Nuclear Data for Science and Technology; Proceedings of an In Syed M. Qaim Conference proceedings 1992 Springer-Verlag Berlin Heidelberg 19

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Energy Systems in Transition under the Conditions of the Futureis question requires orientation. The design of scenarios is of help here if scenarios are not understood as predictions but as the identification of possible futures. The paper explores a few such scenarios that mostly envisage the time period till 2030. Special attention is given to the impact of
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Nuclear and Nucleon Data Needs for Incineration of the Radioactive Wastes from Fission Reactors withthe nuclear design analyses of accelerator target/blanket systems for the trans-uranium waste incineration. Nuclear and nucleon data needs are reviewed for developing computer code systems and for making design analyses of the intermediate energy-high intensity beam proton accelerator and the incine
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56Fe and 60Ni Resonance Parameterson Linear Accelerator (ORELA). A natural iron target was used for transmission measurements below 160 keV. The data were analyzed from 5 to 850 keV. Parameters were obtained for 33 ℓ = 0 and 242 ℓ > 0 resonances. New .Li-glass transmission data were acquired for two .Ni-enriched sample thicknesses.
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Radiative Neutron-Capture in Some Low Lying Resonances of 52Crin this mass region are also known to exhibit non-statistical single-particle capture effects. These are recognised through, 1) anomalously large partial radiation widths compared with the predictions of the statistical model, 2) significant correlations between the reduced γ-ray widths and the redu
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