Wallner, Anton; Buczak, K; Dillmann, I; Feige, J.; Kappeler, F; Korschinek, Gunther; Lederer, C; Mengoni, A.; Ott, Ulrich; Paul, M.; Schatzel, G; Steier, Peter; Trautvetter, H.P.
The technique of accelerator mass spectrometry (AMS) offers a complementary tool for studying long-lived radionuclides in nuclear astrophysics*(1) as a tool for investigating nucleosynthesis in the laboratory; and (2) via a direct search of live long-lived radionuclides in terrestrial archives as signatures of recent nearby supernova-events. A key ingredient to our understanding of nucleosynthesis is accurate cross-section data. AMS was applied for measurements of the neutron-induced cross...[Show more]
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