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A heat conduction approach to a parallel duct-type energy conversion device utilizing a magnetic fluid

机译:利用磁性流体的平行导管型能量转换装置的导热方法

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摘要

The flow and thermal characteristics in a parallel duct-type energy conversion device utilizing a magnetic fluid under a nonuniform magnetic field were analysed using theoretical equations from heat conduction suggesting a laminar developing flow. The theoretical results regarding pressure difference and temperature distribution were compared with experimental results. The present heat conduction model is capable of explaining the experimental data both quantitatively and qualitatively. Coincidence was found to be independent of the performance of the applied magnetic field, which is an important factor in an energy conversion device.
机译:利用热传导的理论方程式分析了在不均匀磁场下利用磁性流体的平行管道型能量转换装置中的流动和热特性,表明了层状流动。将有关压差和温度分布的理论结果与实验结果进行了比较。目前的热传导模型能够定量和定性地解释实验数据。发现重合与所施加的磁场的性能无关,这是能量转换装置中的重要因素。

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