Abstract
The main goal of heavy-ion collision measurements at NICA energies is to study the properties of the quark-gluon matter at high baryon densities. Femtoscopy allows one to probe spatial and temporal characteristics of the particle-emission process at the last stage of the collision evolution - kinetic freeze-out. In this proceedings, we present estimations of like-sign pion and kaon pair femtoscopic observables for NICA energies using the UrQMD model. The dependence of the femtoscopic radii on collision energy, centrality, and pair transverse momentum are shown.
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