The γ-γ coincidence matrix of LaBr3(Ce) obtained using M(FFs)-γ-γ-γ coincidence technique shown in the top panel. (IMAGE)

Nuclear Science and Techniques

The γ-γ coincidence matrix of LaBr3(Ce) obtained using M(FFs)-γ-γ-γ coincidence technique shown in the top panel.

Caption

The γ-γ coincidence matrix of LaBr3(Ce) obtained using M(FFs)-γ-γ-γ coincidence technique shown in the top panel. The bottom panel shows the time difference distributions

for the delayed and anti-delayed of 21+ states of the 132Te. The mean lifetime was determined to be 9(7) ps using the Generalized Centroid Difference (GCD) method, consistent with the literature value of 5(3) ps.

Credit

Wei Hua

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