从一阶到二阶相变转变及d=2,3维q态Potts模型的潜热：一种简单Migdal-Kadanoff改编方法
First-Order to Second-Order Phase Transition Changeover and Latent Heats of q-State Potts Models in d=2,3 from a Simple Migdal-Kadanoff Adaptation
AI总结：
本文通过简单改编Migdal-Kadanoff方法，确定了q态Potts模型在d=2,3维中一阶到二阶相变转变点，并计算了潜热，相变温度较精确自对偶和蒙特卡洛结果显著改善。
摘要：
利用Migdal-Kadanoff重正化群变换的一种物理直觉简单的改编，在空间维度d=3时q_c=2处，以及在d=2时基本在q_c=4处，获得了q态Potts模型中从一阶到二阶相变的转变。这一简单过程产生了一阶相变时的潜热。在d=2和d=3两种情况下，计算得到的相变温度分别与精确自对偶和蒙特卡洛结果相比，均有显著改善。
英文摘要：
The changeover from first-order to second-order phase transitions in q-state Potts models is obtained at q_c=2 in spatial dimension d=3 and essentially at q_c=4 in d=2, using a physically intuited simple adaptation of the Migdal-Kadanoff renormalization-group transformation. This simple procedure yields the latent heats at the first-order phase transitions. In both d=2 and 3, the calculated phase transition temperatures, respectively compared with the exact self-duality and Monte Carlo results, are dramatically improved.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
