Citations:baryochemical

• 1996 J. Cleymans et al, "Thermal hadron production in Si-Au collisions" arXiv

  The most abundantly produced hadron species in $Si-Au$ collisions at the BNL-AGS (nucleons, pions, kaons, antikaons and hyperons) are shown to be in accord with emission from a thermal resonance gas source of temperature $T\simeq 110$ MeV and baryochemical potential ${\mu }_B\simeq 540$ MeV, corresponding to about 1/3 standard nuclear density.

• 2009 Reinhard Stock et al, "Hadron Formation and the Phase Diagram of QCD Matter" arXiv

  We investigate hadronic species freeze-out systematics in A+A collisions at low SPS energies, corresponding to a baryochemical potential above 300 MeV, analyzing NA49 hadron production data in the framework of the statistical hadronization model, and in the UrQMD hadronic transport model.

• 2010 Tillmann Boeckel et al, "Strangeness in Astrophysics and Cosmology" arXiv

  Finally, we discuss a novel scenario for the QCD phase transition in the early universe, which allows for a small inflationary period due to a pronounced first order phase transition at large baryochemical potential.