Abstract
High spin states of $^{84}\mathrm{Sr}$ nucleus excited through the $^{52}\mathrm{Cr}$${(}^{36}$S,2p2n) reaction at 130 MeV energy were studied utilizing the Oak Ridge Compton-Suppression Spectrometer System. The level scheme has been extended up to probably ${\mathit{I}}^{\mathrm{\ensuremath{\pi}}}$=(${24}^{+}$) at 15 084 keV excitation energy for the positive parity band. The moment of inertia, for angular frequency higher than 0.58 MeV, presented an almost constant value.
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