Erratum: Reinvestigation of the level structures of the N=49 isotones Zr 89 and Mo 91 (Physical Review C (2022) 106 (024323) DOI: 10.1103/PhysRevC.106.024323)

In this Erratum to our publication, we report several corrections to the previously proposed level scheme of 91Mo. The revised level scheme is shown in Fig. 1. For the first point, the energy of the 1413.6-keV transition is modified to 1414.1 keV. Placements of the 1272.4 and 1471.6 keV γ rays have been updated based on new delayed coincidence analysis. The original publication was based on the data, whose time window is 60 ns. To explore other problem, new γ-γ matrix with a larger time window of 500 ns was analyzed. In this process, these two transitions are replaced. The 1272.4 (1471.6)-keV γ ray is thought to decay towards the 21/2+ (17/2+) state instead of feeding 13/2+ state as shown in Fig. 1. Relevant analysis can be seen in the article, which will be published soon [1]. The last point is the position of the 408.6-keV transition. Due to the discovery of new transitions in 91Mo, there is new way to interpret the coincidence relationship. So we delete this transition. The placement of this γ ray can be seen in the Ref. [1] too. The corrections do not affect the results and conclusions of the original paper.