首先回顾了其理论基础一有限温度场论。
The first part is a brief review of Finite-Temperature Field Theory.
有限温度场论包括虚时和实时两种理论形式。
The finite temperature field theory have two formalisms imaginary time and real time formalisms.
讨论QGP的非平衡效应所要用到的两个最基本的理论框架是有限温度场论和动力论。
The fundamental theoretic methods dealing with the phenomenon of the QGP in non-equilibrium are the finite-temperature field theory and the kinetic theory.
最后利用有限温度场论，讨论了在高温度下夸克禁闭解除的可能性，并计算出了禁闭解除的可能的转变温度。
The confinement behavior at finite temperatures is also investigated and shown that color confinement at zero temperature can be melted away at high temperature.
最后利用有限温度场论，讨论了在高温度下夸克禁闭解除的可能性，并计算出了禁闭解除的可能的转变温度。
The confinement behavior at finite temperatures is also investigated and shown that color confinement at zero temperature can be melted away at high temperature.
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