采用扫描电镜和动电位极化实验研究氟铝酸钾焊接助溶剂对加热后翅片的微观结构及其在0.6 mol/L NaCl(pH6)溶液中腐蚀行为.结果表明氟铝酸钾焊接助溶剂提高了加热后翅片材料的阳极活性,但却降低了阴极活性.
参考文献
[1] | Humpston G,Jacobson D M.Principles of Soldering and Brazing[M].ASM International.Materials Park.1996. |
[2] | Takigawa J,Okamoto T.Materials and process factors in non-corrosive flux brazing for automobile heat[J].Kobelco Technology Review,1993.34. |
[3] | Senaneuch J,Hutchinson B.Aluminium[M].2001,77:896. |
[4] | Cooke W E,Wright T E,Hirschfield J A.Furnace brazing of aluminum with a non-corrosive flux[J].SAE Technical Paper,780300(1978). |
[5] | Claydon D G W,Sugihara A.Brazing aluminum automotive heat exchanger assence using a noncorrosive flux process[J].SAE Technical Paper,830021 (1983). |
[6] | Cooke W E,Bowman H.Tunnel furnace brazing of aluminum using anon-corrosive flux[J].Welding Journal,1980,59:17. |
[7] | Kawaae H.Review of aluminum brazing[J].Furukawa Electric Review,1985,60:215. |
[8] | Gray A,Wilkinson S.The morphology and structure of post-braze flux residues[C].International Aluminium Brazing Seminar,2001. |
[9] | Gray A,Afseth A.The study of post-braze flux residues[C].In International Congress on Aluminium Brazing,Dusseldorf,2002. |
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