In the Rietveld refinement process a two-phase approach is adopted, considering the presence of both orthorhombic and cubic phases simultaneously. The orthorhombic phase belongs to the pnma space group, while the cubic phase is classified under the Pm-3m space group. During the refinement process, we have employed a background model based on "Linear interpolation between a set background points with refinable heights." Additionally, the peak shape was modeled using the "Thompson-Cox Hastings pseudo-Voigt Axial divergence symmetry" method, this includes a mixture Gaussian and Lorentzian broadening of the peak shape, consistent with our instrumental resolution. Based on the refined parameters, a physical representation of the crystal structure is created by using VESTA.