Matches in SemOpenAlex for { <https://semopenalex.org/work/W2948157434> ?p ?o ?g. }
- W2948157434 abstract "The chemical freeze-out parameters in central nucleus-nucleus collisions are extracted consistently from hadron-yield data within the quantum van der Waals (QvdW) hadron resonance gas model. The beam energy dependencies for skewness and kurtosis of net baryon, net electric, and net strangeness charges are predicted. The QvdW interactions in asymmetric matter, $Q/Bensuremath{ne}0.5$, between (anti)baryons yield a noncongruent liquid-gas phase transition, together with a nuclear critical point (CP) with critical temperature of ${T}_{c}=19.5$ MeV. The nuclear CP shows that the collision energy dependence of the skewness and the kurtosis both deviate significantly from the ideal hadron resonance gas baseline predictions even far away, in the $(T,{ensuremath{mu}}_{B})$ plane, from the CP. These predictions can readily be tested by the STAR and NA61/SHINE Collaborations at the RHIC BNL and the SPS CERN, respectively, and by HADES at GSI. The results presented here offer a broad opportunity for the search for signals of phase transition in dense hadronic matter at the future NICA and FAIR high-intensity facilities." @default.
- W2948157434 created "2019-06-14" @default.
- W2948157434 creator A5036961801 @default.
- W2948157434 creator A5048665536 @default.
- W2948157434 creator A5062653426 @default.
- W2948157434 creator A5073779589 @default.
- W2948157434 creator A5085065741 @default.
- W2948157434 date "2019-11-12" @default.
- W2948157434 modified "2023-10-18" @default.
- W2948157434 title "Chemical freeze-out conditions and fluctuations of conserved charges in heavy-ion collisions within a quantum van der Waals model" @default.
- W2948157434 cites W1590850094 @default.
- W2948157434 cites W1596474831 @default.
- W2948157434 cites W1603226747 @default.
- W2948157434 cites W1646714673 @default.
- W2948157434 cites W1699966352 @default.
- W2948157434 cites W1920611654 @default.
- W2948157434 cites W1968664526 @default.
- W2948157434 cites W1970115588 @default.
- W2948157434 cites W1979178489 @default.
- W2948157434 cites W1980302743 @default.
- W2948157434 cites W1980681046 @default.
- W2948157434 cites W1981402261 @default.
- W2948157434 cites W1981655762 @default.
- W2948157434 cites W1983524782 @default.
- W2948157434 cites W1996386784 @default.
- W2948157434 cites W1997328904 @default.
- W2948157434 cites W2005635297 @default.
- W2948157434 cites W2009937069 @default.
- W2948157434 cites W2010222427 @default.
- W2948157434 cites W2014708620 @default.
- W2948157434 cites W2015308664 @default.
- W2948157434 cites W2028271900 @default.
- W2948157434 cites W2039143617 @default.
- W2948157434 cites W2041281433 @default.
- W2948157434 cites W2045421634 @default.
- W2948157434 cites W2048457697 @default.
- W2948157434 cites W2050688336 @default.
- W2948157434 cites W2052253893 @default.
- W2948157434 cites W2053757766 @default.
- W2948157434 cites W2057713905 @default.
- W2948157434 cites W2058538085 @default.
- W2948157434 cites W2067310632 @default.
- W2948157434 cites W2070720143 @default.
- W2948157434 cites W2074431917 @default.
- W2948157434 cites W2080369525 @default.
- W2948157434 cites W2081567100 @default.
- W2948157434 cites W2108179465 @default.
- W2948157434 cites W2119942066 @default.
- W2948157434 cites W2137265970 @default.
- W2948157434 cites W2138823750 @default.
- W2948157434 cites W2139727639 @default.
- W2948157434 cites W2142103642 @default.
- W2948157434 cites W2152824462 @default.
- W2948157434 cites W2200706293 @default.
- W2948157434 cites W2224020635 @default.
- W2948157434 cites W2246663975 @default.
- W2948157434 cites W2266385433 @default.
- W2948157434 cites W2315358911 @default.
- W2948157434 cites W2318405189 @default.
- W2948157434 cites W2320270557 @default.
- W2948157434 cites W2331469280 @default.
- W2948157434 cites W2414179323 @default.
- W2948157434 cites W2499330282 @default.
- W2948157434 cites W2516674350 @default.
- W2948157434 cites W2521907803 @default.
- W2948157434 cites W2540629218 @default.
- W2948157434 cites W2560170381 @default.
- W2948157434 cites W2582790500 @default.
- W2948157434 cites W2596373935 @default.
- W2948157434 cites W2607297197 @default.
- W2948157434 cites W2749522258 @default.
- W2948157434 cites W2768551070 @default.
- W2948157434 cites W2810986935 @default.
- W2948157434 cites W2886650343 @default.
- W2948157434 cites W2897823053 @default.
- W2948157434 cites W2909305404 @default.
- W2948157434 cites W3084106382 @default.
- W2948157434 cites W3099111416 @default.
- W2948157434 cites W3103710041 @default.
- W2948157434 cites W3103738153 @default.
- W2948157434 cites W3104773239 @default.
- W2948157434 cites W4253845525 @default.
- W2948157434 doi "https://doi.org/10.1103/physrevc.100.054904" @default.
- W2948157434 hasPublicationYear "2019" @default.
- W2948157434 type Work @default.
- W2948157434 sameAs 2948157434 @default.
- W2948157434 citedByCount "21" @default.
- W2948157434 countsByYear W29481574342019 @default.
- W2948157434 countsByYear W29481574342020 @default.
- W2948157434 countsByYear W29481574342021 @default.
- W2948157434 countsByYear W29481574342022 @default.
- W2948157434 countsByYear W29481574342023 @default.
- W2948157434 crossrefType "journal-article" @default.
- W2948157434 hasAuthorship W2948157434A5036961801 @default.
- W2948157434 hasAuthorship W2948157434A5048665536 @default.
- W2948157434 hasAuthorship W2948157434A5062653426 @default.
- W2948157434 hasAuthorship W2948157434A5073779589 @default.
- W2948157434 hasAuthorship W2948157434A5085065741 @default.
- W2948157434 hasBestOaLocation W29481574341 @default.
- W2948157434 hasConcept C105795698 @default.