Study on the Initial Electro-Deposition Behavior of Ni-P Alloy

J Chin Soc Corr Pro

2004, Vol. 24

Issue (1): 6-9 DOI:

Research Report

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Study on the Initial Electro-Deposition Behavior of Ni-P Alloy

Xiujuan Qin;Guangjie Shao

燕山大学环境与化学工程系

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Abstract In this paper, study on the initial electro-deposition behavior of Ni-P alloy on the surface of 45 steel shows that it is influenced by the microstructure of matrix material. As the pearlite in it contains cementite phase and has high crystal boundary density, the nucleation and growth of deposits prefer to occur at the pearlite at the beginning during deposition on the surface of annealed 45 steel. The coating exists in form of nano-polycrystal layers composed by gathering of nano-sized crystals. With plating time going on, the nano-polycrystal gathering grows in two dimensions, and the new nano-polycrystal layer appears simultaneously on the formerly formed nano-polycrystal surface.

Key words: Ni-P alloy coating electro-deposition microstructure

Received: 25 February 2003

ZTFLH:

TQ153.1

Corresponding Authors: Guangjie Shao

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Xiujuan Qin; Guangjie Shao. Study on the Initial Electro-Deposition Behavior of Ni-P Alloy. J Chin Soc Corr Pro, 2004, 24(1): 6-9 .

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https://www.jcscp.org/EN/ OR https://www.jcscp.org/EN/Y2004/V24/I1/6

[1]OsakaT ,YamazakiT .MetallizationofAlNceramicsbyelectrolessNi-Pplating[J].J .Electrochem.Soc.,1986,133(11):2345-2347
[2]MartonJP ,SchlesingerM .ThenucleationgrowthandstructureofthinNi-Pfilms[J].J.Electrochem.Soc.,1968,115(1):16-21
[3]FlisJ ,DuquetteDJ.Nucleationandgrowthofelectrolessnickeldepositsonmolybdenumactivatedwithpalladium[J].Ibid,1984,131(1):51-57
[4]SricharoenchaikitP .Thinmetalfilmformationusingelectrolessplating[J].Ibid,1993,140(7):1917-1921
[5]SeverinJW .AstudyonchangesinsurfacechemistryduringtheinitialstagesofelectrolessNi(P)depositiononalumina[J].Ibid,1993,140(3):682-687
[6]YuWeiping,DuanShuzhen.InitialstructureandformedmechanismofelectrodepositionNi-Pamorphousalloy[J].Chin.J.Mater.Research,1996,10(4):419-422(于维平,段淑贞.电沉积Ni-P非晶合金的初期结构及形成机理[J].材料研究学报,1996,10(4):419-422)
[7]HommaT .TransmissionelectronmicroscopystudyofelectrolessNi-PandCufilmsatinitialdepositionstage[J].J.Electrochem.Soc.,199,138(5):1269-1274
[8]BesenhardJO .ASTMstudyofPd-catalystforelectrolessNi-PandCudepositiononnonconductorsbymeansofamodifiedgraphitesub strate[J].Ibid,1989,136(12):3608-3610
[9]OsakaT .STMobservationofelectroless-platedcobaltalloythinfilms[J].JapaneseJ.Appl.Phy.,1989,28(3):L465-467
[10]HommaT ,YamazakiT ,OsakaT .Anin-situstudyonelectroless-de positionprocessbyscanningtunnelingmicroscopy[J].J.Electrochem.Soc.,1992,139(3):732-736
[11]JiangXiaoxia,WangZhuyun.ElectrochemistryofAlloyPhase[M].Shanghai:ShanghaiScience&TechnologyPress,1984:320(姜晓霞,王祖韫.合金相电化学[M].上海:上海科学技术出版社,1984:320)

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