Abstract Authors analyze the structure of jet impingement systems used for computer cooling. We propose the algorithm for optimal synthesis of such systems. The total heat transfer coefficient is being minimized in this process. It corresponds to the minimization of the heat transfer surface when the heat flux is given. Authors show that the optimal sequence in which the cooling flow contacts devices being cooled depends only on the temperature of every device, but not on its power output. When temperatures of devices are equal, the cooling flow must be distributed in parallel, otherwise it must be supplied sequentially. The paper presents expressions both for the value of the total heat transfer coefficient and values of individual heat transfer coefficients.

中文翻译：

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射流冲击冷却系统的优化合成

摘要 作者分析了用于计算机冷却的射流冲击系统的结构。我们提出了对此类系统进行优化合成的算法。在这个过程中总传热系数被最小化。当给定热通量时，它对应于传热表面的最小化。作者表明，冷却流接触被冷却设备的最佳顺序仅取决于每个设备的温度，而不取决于其功率输出。当设备温度相等时，冷却流必须平行分布，否则必须顺序供应。本文给出了总传热系数值和单个传热系数值的表达式。