How do the properties of the collision geometry affect the production of hadronic multi-particle systems?
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The properties of the collision geometry have a significant impact on the production of hadronic multi-particle systems. Studies have shown that particle production in small collision systems shares similar features with that in heavy-ion collisions, indicating the possible onset of collective-like phenomena and the presence of a hadronic phase . The shape of particle momentum spectra, lifetime of the hadronic phase, strangeness production, parton energy loss, and collective effects are influenced by the mechanisms that govern the production of resonances with different properties . Furthermore, the multiplicity dependence of resonance production in small collision systems contributes to the investigation of collective effects and their onset . The production of strange particles and strangeness enhancement in small-collision systems is also influenced by the effective energy, particle multiplicity, and the contribution of soft and hard processes .
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15 Oct 2022 | The provided paper does not directly address the properties of collision geometry and their effect on the production of hadronic multi-particle systems. |
25 Nov 2022 | The provided paper does not directly address the properties of collision geometry and their effect on the production of hadronic multi-particle systems. |
05 Nov 2022 | The provided paper does not directly address how the properties of the collision geometry affect the production of hadronic multi-particle systems. |
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