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Experimental investigation of temperature variation on flat plate collector by using silicon carbide as a nanofluid

机译:用碳化硅作为纳米流体碳化硅电池温度变化的实验研究

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This Experimental investigation deals about the inlet and outlet temperature variation on Flat Plate Collector by using Silicon carbide as a nanofluid compared with normal water with sequence of time interval in the same operating arrangement. Nanofluid provides significant improvement in the heat transfer rate with respect to temperature difference. So only temperature difference only consider for this investigation because here area of the heat transfer is constant for both cases without and with Nanoparticles.
机译:该实验研究涉及平板收集器的入口和出口温度变化通过使用碳化硅作为纳米流体,与正常水相比,与常规的时间间隔以相同的操作布置相比。 纳米流体在温度差异方面提供了传热速率的显着改善。 因此,只有温差仅考虑该研究,因为这里的传热面积对于没有和纳米颗粒的两种情况是恒定的。

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