引用本文:
Min DU, Rong Jie GAO, Xu Jun WEI. Preparation of Amorphous Film on Ni-S Alloy by Electroplating Method[J]. Chinese Chemical Letters,
1998, 9(11): 1055-1058.
Citation: Min DU, Rong Jie GAO, Xu Jun WEI. Preparation of Amorphous Film on Ni-S Alloy by Electroplating Method[J]. Chinese Chemical Letters, 1998, 9(11): 1055-1058.
Citation: Min DU, Rong Jie GAO, Xu Jun WEI. Preparation of Amorphous Film on Ni-S Alloy by Electroplating Method[J]. Chinese Chemical Letters, 1998, 9(11): 1055-1058.
Preparation of Amorphous Film on Ni-S Alloy by Electroplating Method
摘要:
Beginning from the formation of amorphous alloy film and its use of promise, this paper obtains the Ni-S amorphous alloy film by electroplating method using a bath containing Na2S2O3, and considers the deposition conditions in detail. The composition of Ni-S alloy film changes with the cathodic current density, Na2S2O3 content in the bath solution and bath pH, but the structure of the film is determined by the sulphur content in the deposit. X-ray diffraction (XRD) patterns show that films containing about 15-30% sulphur consist of amorphous alloy. In addition, the process of Ni-S alloy film deposition and the relation between the plating conditions and deposits were studied.
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关键词:
- Ni-S alloy
- / electroplating
- / amorphous
- / structure
English
Preparation of Amorphous Film on Ni-S Alloy by Electroplating Method
Abstract:
Beginning from the formation of amorphous alloy film and its use of promise, this paper obtains the Ni-S amorphous alloy film by electroplating method using a bath containing Na2S2O3, and considers the deposition conditions in detail. The composition of Ni-S alloy film changes with the cathodic current density, Na2S2O3 content in the bath solution and bath pH, but the structure of the film is determined by the sulphur content in the deposit. X-ray diffraction (XRD) patterns show that films containing about 15-30% sulphur consist of amorphous alloy. In addition, the process of Ni-S alloy film deposition and the relation between the plating conditions and deposits were studied.
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Key words:
- Ni-S alloy
- / electroplating
- / amorphous
- / structure
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