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4.热传装置的复杂分解及组合我们将图1-10-a中的水动势E_水及水阻R_水按图1-10-b中虚线划分进行分解,使分解后的图形具有不同的结构,它们类似于复杂电阻电路,故称其为热传装置的复杂分解。为便于理解,我们直接提出这样的观点:热源E_水(或水阻R_水)矩形中的各部分面积唯一地对应着水阻R水(或热源E_水)矩形中各相应部分的面积,意即水阻中任一局部位置从热源获取的功率只能唯一
4. Heat Transfer Device Complex Decomposition and Combination We will Figure 1-10-a in the water potential E_ water and water resistance R_ water broken down by the dotted line in Figure 1-10-b decomposition, the decomposition of the graphics Has a different structure, they are similar to the complex resistance circuit, it is called the heat transfer device of the complex decomposition. For ease of understanding, we directly put forward the following opinion: the area of each part in the rectangle of the heat source E_water (or the water resistance R_water) corresponds uniquely to each corresponding part of the rectangle of the water resistance R water (or heat source E_water) Area, which means that any part of the water resistance from the heat source to obtain only a single power