XPS AND AES STRUDIES OF ANTITARNISHING FILM FORMED BY LAURYLAMINE ON TINPLATE

J Chin Soc Corr Pro

1996, Vol. 16

Issue (4): 281-286 DOI:

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XPS AND AES STRUDIES OF ANTITARNISHING FILM FORMED BY LAURYLAMINE ON TINPLATE

HAN Keping;FANG Jingli (Department of Chemistry; Applied Chemistry Institure; Nanjing University)

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Abstract By comparison of the antitarnishing effects of various agents, the laurylamine was found to be an excellent antitaranishing agent for tinplate. The optimum conditions of treatment were laurylamine 2.5g/L; pH=8.70℃; 10min. The results of XPS and AES analyses showed that on tinplate surface an anticorrosive coordination compound film of laurylamine was formed, and N atoms in laurylamine molecule were coordinated with Sn (II). The relative atomic percent contents (A.C.%) of the film calculated at the constat elemental composition section of the AES profile curves were O 39.0%; Sn 48.7%; N 7.9%; C 4.4%.

Key words: Antitarnish film Tinplate Laurylarmine XPS AES

Received: 25 August 1996

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HAN Keping;FANG Jingli (Department of Chemistry; Applied Chemistry Institure; Nanjing University). XPS AND AES STRUDIES OF ANTITARNISHING FILM FORMED BY LAURYLAMINE ON TINPLATE. J Chin Soc Corr Pro, 1996, 16(4): 281-286.

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https://www.jcscp.org/EN/ OR https://www.jcscp.org/EN/Y1996/V16/I4/281

1BrittonSC;BrightK．Metallrugia,1957,56:1632BijimiD,GabeDR．Br．Corros．J,,1983,18:933WilcoxGD,GabeDR．Br．Corros．J,1984,19:1964JPPat,62-057718(1988)5方景礼,李莹,王占文,王济奎,刘琴．中国腐蚀与防护学报,1993,13:2456InternationalTinResearchInstitute,“GuidetoTinplate”,London:ITRIPublicationNo．6227方景礼,刘琴,韩克平,陈耀辉．应用化学,1995;12:18WagnerCD;RiggsWM,DavisLE,MoulderJF,MuilenbergGE．HandbookofX-rayPhotoelectronSpectroscopytPerkin-ElmerCorp,EdenPrairie,MN:1978

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