電気Ni-P合金めっき皮膜の電着応力

Internal stresses of electroplated Ni-P alloys and electrolytic hydrogen charging to the deposits were investigated using a spiral stress contract-meter technique. The current density increased the internal stress of the deposit, but the bath temperature decreased it. Internal stress depends on the...

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Veröffentlicht in:Hyōmen gijutsu 2017/05/01, Vol.68(5), pp.291-297
Hauptverfasser: 森河, 務, 石田, 幸平, 中出, 卓男
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container_issue 5
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container_title Hyōmen gijutsu
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creator 森河, 務
石田, 幸平
中出, 卓男
description Internal stresses of electroplated Ni-P alloys and electrolytic hydrogen charging to the deposits were investigated using a spiral stress contract-meter technique. The current density increased the internal stress of the deposit, but the bath temperature decreased it. Internal stress depends on the P content of the Ni-P alloy deposits. Deposits containing more than about 20 at% P are stressed compressively, whereas those with lower P content undergo tensile stress. Effects of hydrogen penetration into and escape from deposits on the stress of Ni-P alloy deposited spirals were examined in terms of the electrolytic hydrogen charge, which led to classification into two groups. The first group showed great change of stress by the hydrogen charge and showed tensile stress under electrodeposition. The second group showed no change of stress by the hydrogen charge. They show compressive stress that depends on the hydrogen diffusion constant of the deposits. Hydrogen incorporation, its trapping in the deposits, and its subsequent escape under electrodeposition play important roles in the internal stress of Ni-P alloy electrodeposits.
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identifier ISSN: 0915-1869
ispartof 表面技術, 2017/05/01, Vol.68(5), pp.291-297
issn 0915-1869
1884-3409
language jpn
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source J-STAGE
subjects Alloys
Compressive properties
Deposits
Electrodeposition
Electrolytic Hydrogen Charge
Electroplating
Hydrogen
Hydrogen charging
Hydrogen Incorporation
Hydrogen penetration
Internal Stress
Ni-P Alloy Electroplating
Nickel base alloys
Nickel plating
P Content
Residual stress
Spirals
Tensile stress
title 電気Ni-P合金めっき皮膜の電着応力
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