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2. Influence of hadronic resonances on the chemical freeze-out in heavy-ion collisions

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   Alba, P. ; Sarti, V. Mantovani ; Noronha-Hostler, J. ; Parotto, P. ; Portillo-Vazquez, I. ; Ratti, C. ; Stafford, J. M. ( May 2020 , Physical Review C)
3. System size and flavour dependence of chemical freeze-out temperatures in ALICE data from pp, pPb and PbPb collisions at LHC energies

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5. Thermal-model-based characterization of heavy-ion-collision systems at chemical freeze-out

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   David, G. ; Garg, P. ; Kalweit, A. ; Mukherjee, S. ; Ullrich, T. ; Xu, Z. ; Yoo, I.-K. (Ed.)

   We investigate the chemical freeze-out in heavy-ion collisions (HICs) and the impact of the hadronic spectrum on thermal model analyses [1, 2]. Detailed knowledge of the hadronic spectrum is still an open question, which has phenomenological consequences on the study of HICs. By varying the number of resonances included in Hadron Resonance Gas (HRG) Model calculations, we can shed light on which particles may be produced. Furthermore, we study the influence of the number of states on the so-called two flavor freezeout scenario, in which strange and light particles can freeze-out separately. We consider results for the chemical freeze-out parameters obtained from thermal model fits and from calculating net-particle fluctuations. We will show the effect of using one global temperature to fit all particles and alternatively, allowing particles with and without strange quarks to freeze-out separately. 

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