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The Correct Thermodynamics of the MIT Bag and the Hagedorn Temperature

机译:麻袋的正确热力学和Hagageorn温度

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A system H with a Hagedorn-like mass spectrum can sustain the unique temperature T_H encoded in the spectrum itself. H imposes the same temperature to all emitted particles which are then in physical and chemical equilibrium with H and with each other. Coexistence and phase transition between hadronic and partonic phases are thus completely characterized. This may explain the recurring constant physical and chemical temperature observed in several experiments. The near indifference of H to fragmentation or coalescence makes this approach relevant to heavy ion and elementary particle collisions alike.
机译:具有Hagnedorn的质谱的系统H可以维持在光谱本身中编码的独特温度T_H。 H对所有发射的颗粒施加相同的温度,然后用H和彼此用H和化学平衡。因此完全表征了重症和局部相之间的共存和相转变。这可以解释在几个实验中观察到的反复性恒定的物理和化学温度。近碎片或聚结的近乎漠直变使得这种方法与重离子和基本颗粒碰撞相似。

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