Abstract
The role of neutron reactions for element synthesis is outlined with emphasis on the mass regionA > 60, where this reaction type is most important. A brief survey of the various scenarios for neutron dominated nucleosynthesis is followed by a discussion of related nuclear physics data, which can be determined in reactor based experiments. The particular features of such experiments are illustrated by two examples — a determination of the thermally enhanced β-decay of79Se under stellar conditions, and a possible cross-section measurement on84Kr.
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