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Composite coatings of Co–Ni–Al O were studied by electrolytic codeposition of Co–Ni alloys and Al O from a sulfamate3
electrolyte containing Al O particles. The influence of plating parameters on the content of the co-deposited Al O particles in23
Co–Ni alloys was investigated. The maximum value of co-deposited Al O can be achieved at a particle content of 80 g ly1in
bath, a current density of 3 A dmy2, a pH of 4.5, and a stirring rate of 100 rpm. In the process of codeposition, cathodic
polarization increases with the increase of Al O concentration in bath and cobalt ions in electrolyte caused the reduction of
polarization while nickel ions do not change the polarization behavior. Surface morphology and microstructure of Co–Ni–Al O23
coatings were determined by means of scanning electron microscopy, atomic force microscopy and X-ray diffraction. It was found
that the phase structure of solid solution cannot be varied by codeposition of Al O particles
electrolyte containing Al O particles. The influence of plating parameters on the content of the co-deposited Al O particles in23
Co–Ni alloys was investigated. The maximum value of co-deposited Al O can be achieved at a particle content of 80 g ly1in
bath, a current density of 3 A dmy2, a pH of 4.5, and a stirring rate of 100 rpm. In the process of codeposition, cathodic
polarization increases with the increase of Al O concentration in bath and cobalt ions in electrolyte caused the reduction of
polarization while nickel ions do not change the polarization behavior. Surface morphology and microstructure of Co–Ni–Al O23
coatings were determined by means of scanning electron microscopy, atomic force microscopy and X-ray diffraction. It was found
that the phase structure of solid solution cannot be varied by codeposition of Al O particles
合成物 Co – Ni – Al O 的涂料被来自 sulfamate3 的 Co – Ni 合金和 Al O 的电解 codeposition 学习了
包含 Al O 粒子的电解物。 电镀叁数对共的内容影响力存放了 Al O 粒子 in23
Co – Ni 合金被调查。 存放 Al O 的最大共的价值能在 80 g ly1in 的粒子内容被达成
沭浴,3 的现在密度一 dmy2 ， 4.5 的 pH 和 100个转/每分的活泼比率。 在 codeposition 的程序中, 负级的
和电解物的沭浴和钴离子的 Al O 集中的增加偏极化增加引起减少
偏极化当镍的时候离子不改变偏极化行为。 升至水面形态学和 Co – Ni – Al O23 的微细构造
涂料被经由扫描电子显微镜使用，原子的力量显微镜使用和 X光绕射决定。 资讯科技被发现
坚硬解决的状态结构不能够被 Co – Ni 合金的 Al O 粒子的 codeposition 改变, 和它唯一的
影响生长和水晶飞机的定方位。 资讯科技被显示存款的 Al O 粒子的出现非常
改善坚硬和含有种种要素涂料的穿着抵抗。 然而， Al O 的 codeposition 增加那可拉长的
Co – Ni – Al O 的内在压迫力存放。 热扩充的系数和 Co – Ni – Al O23 的热导电率
合成物涂料被因 Co 内容的增加和温度而改变。
2003 Elsevier 科学 B.V. 版权所有。
牛鼻子字:电极淀积; 合成物涂料; 钴–镍合金; 矾土
大概...就这意思!
楼上是机翻...
呃...化学专业俺看不懂..只是提醒下,飘过~~~