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Direct synthesis, characterization, and reverse electrodialysis applications of MoS2 thin film on aluminum foil

机译:MOS2薄膜在铝箔上的直接合成,表征和反向电渗析应用

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This study reports the direct synthesis of MoS2 thin film on Al foil by chemical vapor deposition in a closed reactor. The electrochemical properties of the thin film were analyzed using reverse electrodialysis between salt water and fresh water. Microscopic and spectroscopic analyses revealed the porous and defective surface morphologies and layered crystalline structure of the MoS2 thin film. In cross-sectional TEM images, the MoS2 thin film was random and obliquely layered on the surface of Al foil native oxide. According to electrochemical tests, the maximum gross power density of MoS2/Al was approximately 34 W/m(2), 54% higher than that of the as-received Al and 78% superior to the bulk MoS2 disk. The results confirmed that MoS2 was uniformly coated on the Al foil. MoS2/Al is a superior and inexpensive cathode for reverse electrodialysis, representing a new energy application of MoS2.
机译:该研究通过封闭反应器中的化学气相沉积报道了通过化学气相沉积在Al箔上直接合成MOS2薄膜。 使用盐水和淡水之间的反向电渗析分析薄膜的电化学性质。 微观和光谱分析显示了MOS2薄膜的多孔和缺陷的表面形态和层状晶体结构。 在横截面TEM图像中,MOS2薄膜随机且倾斜地层叠在Al箔天然氧化物的表面上。 根据电化学测试,MOS2 / Al的最大总功率密度约为34W / m(2),比AS接收的Al的54%高,78%优于散装MOS2盘。 结果证实,MOS2均匀地涂覆在Al箔上。 MOS2 / A1是用于反向电渗析的优越且廉价的阴极,代表MOS2的新能量应用。

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