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本文探讨一个由ｎ 对结构与性能相同的Ｐ型和Ｎ型材料集成的半导体元件和两个热交换器组成的半导体制冷系统工作在两个热源之间的优化性能， 获得元件设计的两个优化准则， 并确定工作电流的最佳范围。
This article explores the optimization performance of a semiconductor refrigeration system consisting of n semiconductor elements and two heat exchangers with the same structure and properties of P-type and N-type materials operating between two heat sources, obtaining two optimizations in element design Guidelines, and determine the optimum range of operating current.