Abstract—It is shown that if the temperature of the second-order phase transition is lowered due to fluctuations, then the dominant singularity at the transition is the maximum, and not the jump in specific heat. A certain value of latent heat corresponds to this transition, and an estimate is proposed for it. The result is compared with the singularities of the specific heat and coefficient of thermal expansion in the region of Peierls and superconducting transitions.

中文翻译：

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低维导体中相变的分布潜热

摘要—研究表明，如果二阶相变的温度由于波动而降低，则该相变处的主要奇异点最大，而不是比热的跃变。潜热的某个值对应于此转变，并为此提出了一个估计值。将结果与Peierls和超导转变区域中的比热奇异性和热膨胀系数进行比较。