Abstract
Two independent excitation function measurements have been performed inthe reaction system of 19F+93Nb using two target foils of thesame nominal thickness. We measured the dissipative reaction products atincident energies of 102 through 108 MeV with a step of 250 keV. Thevariance of energy autocorrelation functions of the reaction productswas found to be three times of that originated from the randomized countingrates. By analysing the probability distributions of the deviations inthe measured cross sections, we found that about 20% of all thedeviations exceeds three standard deviations. This indicates that thenon-reproducibility of the cross sections in the two independentmeasurements is of a statistical significance but not originated fromrandomized fluctuation of counting rates.
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