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2 + 1 Flavors QCD Equation of State in NJL Model with Proper Time Regularization

机译:2 + 1口味QCD状态在NJL模型中的状态正常化

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摘要

In this paper, we firstly combine the 2 + 1 flavors Nambu-Jona-Lasinio (NJL) model with propertime regularization (PTR) to study the equation of state (EOS) and fix the corresponding parameters in 2 + 1 flavors system. Based on this model, we calculate chiral susceptibility and quark number susceptibility and we find a crossover with chemical potential from 220 to 400 MeV. Then we consider the chemical equilibrium and electric charge neutrality conditions in electroweak reactions, which give some constrains of chemical potentials of different quark flavors. At last, we find that the 2 + 1 flavors system is more stable than 2 flavors system after a comparison and discussion of these two cases.
机译:在本文中,我们首先将2 + 1口味Nambu-jons-lasinio(NJL)模型与Propertime Rengezization(PTR)相结合,以研究状态(EOS)的等式,并在2 + 1口味系统中修复相应的参数。 基于该模型,我们计算手性易感性和夸克数敏感性,我们发现与220至400 MeV的化学潜力的交叉。 然后我们考虑化学平衡和电荷中的电气电荷中性条件,这使得不同夸克口味的化学势的一些约束。 最后,我们发现,在比较和讨论这两种情况下,2 + 1口味系统比2个口味系统更稳定。

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