The literatures were analyzed,ingredients were designed»the mono/double layered structures were experimented.It was found that the excellent titanium anodes could be obtained by adding cobalt into the intermediat...The literatures were analyzed,ingredients were designed»the mono/double layered structures were experimented.It was found that the excellent titanium anodes could be obtained by adding cobalt into the intermediate layer.So an anode material with both high activity and corrosion resistance was developed.展开更多
Silver has grown its attraction of the scientists in microelectronic field recently.Electrochemical deposition of silver onto copper substrates by immersion method has been one of the keen topics. In this study, ethan...Silver has grown its attraction of the scientists in microelectronic field recently.Electrochemical deposition of silver onto copper substrates by immersion method has been one of the keen topics. In this study, ethanol was used as the plating solution in which some chemicals were added. The silver deposits were characterized by a field emission scanning electron microscopy （FESEM）, an atom force microscope （AFM）, a transmission electron microscope （TEM） and a selected area electron diffraction （SAED）. It was found that silver immersion using ethanol-based bath has good coverage feature. The highlands of the copper substrate are coated by silver particles whose sizes are around 12 nm, but those sizes at low-lying lands are a little smaller.展开更多
基金Suported by the Natural Science Foundation of Fujian Province。
文摘The literatures were analyzed,ingredients were designed»the mono/double layered structures were experimented.It was found that the excellent titanium anodes could be obtained by adding cobalt into the intermediate layer.So an anode material with both high activity and corrosion resistance was developed.
基金Supported by the Key Project Foundation of Fujian Province (No. 200I011)
文摘Silver has grown its attraction of the scientists in microelectronic field recently.Electrochemical deposition of silver onto copper substrates by immersion method has been one of the keen topics. In this study, ethanol was used as the plating solution in which some chemicals were added. The silver deposits were characterized by a field emission scanning electron microscopy （FESEM）, an atom force microscope （AFM）, a transmission electron microscope （TEM） and a selected area electron diffraction （SAED）. It was found that silver immersion using ethanol-based bath has good coverage feature. The highlands of the copper substrate are coated by silver particles whose sizes are around 12 nm, but those sizes at low-lying lands are a little smaller.
