Abstract
A first approach to analyze triple coincidence events from nuclear γ-ray spectroscopy is presented. Emphasis is laid on tracing rotational correlation properties in nuclei. Possible ways of reducing the necessary data storage volume are discussed. Data are presented as different cuts in the three-dimensional volume, transverse planes and rotational planes. An improvement in the peak-to-background ratio of a factor 7 is found compared to a two-dimensional data set. Different ways to extract the nuclear moment of inertia parameters are presented.
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