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采用Zn/Fe及Zn/Fe-Mn固固扩散偶方法,研究了锰对金属间化合物生长动力学的影响.对扩散偶在385℃扩散10~300min的研究结果表明,在Zn/Fe扩散偶中,扩散层以δ相为主,ζ相和δ相之间具有平直的界面,随扩散时间的延长,δ相的厚度增加,ζ相逐渐被消耗,厚度比dζ/dδ的值逐渐减小;在Zn/Fe-Mn扩散偶中,扩散层也以δ相为主,ζ相和δ相之间的界面更平直,铁基体中的锰在扩散初期促进δ相的生长,但在扩散后期促进ζ相生长.对Zn/Fe-Mn扩散偶中金属间化合物的生长动力学研究表明,0.4%(质量分数,下同)的锰使扩散层总厚度增加,当锰含量增加到1.2%以上时,扩散层总厚度反而开始下降.Zn/Fe、Zn/Fe-0.4%Mn、Zn/Fe-1.2%Mn及Zn/Fe-2.0%Mn四个扩散偶中总扩散层的生长均由扩散控制.

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