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A study on the output of solar thermal cell - the influence of the electrode and the electrolyte on the output of solar thermal cell

机译:太阳能热细胞输出的研究 - 电极与电解质对太阳能热细胞输出的影响

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Solar thermal cell, which consists of 2-propanol dehydrogenation and acetone hydrogenation, converts low temperature solar heat around 100 °C into electric power. In this study, we have studied the influence of the electrode and the electrolyte on the output of solar thermal cell and the following two results are obtained. (1) When the electrodes were kept in good contact with the electrolyte and the hydrogen gas and acetone were controlled to reach the electrode-electrolyte interface, good performance was obtained. (2) The performance of the cell was greatly influenced by the thickness of the electrolyte.
机译:由2-丙醇脱氢和丙酮氢化组成的太阳能热细胞将低温太阳能加热转化为100°C的电力。在本研究中,我们研究了电极和电解质对太阳能热电池输出的影响,并获得了以下两个结果。 (1)当电极与电解质保持良好的接触时,控制氢气和丙酮以达到电极 - 电解质界面,获得良好的性能。 (2)细胞的性能受到电解质厚度的大大影响。

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