The mechanical properties of the thick Ni foam prepared by electrodeposition technology are not homogeneous from the surface to the middle section due to the different Ni deposit thicknesses on the ligament of PU foam, resulting in a larger deposition thickness ratio (DTR). In this study, the effects of the constitution of electrolyte and the current density during electrodepositing process on the DTR of thick Ni foam were investigated. The results show that the current density has the predominant effects; and the conductivity of electrolyte and the concentration of main salt are also the important factors.
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曲文生,張 功,樓瑯洪,楊 柯.電沉積泡沫鎳的DTR控制研究[J].稀有金屬材料與工程,2009,38(1):76~79.[Qu Wensheng, Zhang Gong, Lou Langhong, Yang Ke. Control of DTR for Ni Foam Fabricated by Electrodeposition Technique[J]. Rare Metal Materials and Engineering,2009,38(1):76~79.] DOI：[doi]