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开金合金强度、硬度高,色彩丰富,可满足人们对首饰色彩多样性和饰品耐用性的要求,因而广泛用于首饰行业.作者综述了Au-Ag-Cu、Au-Ag-pd和Au-Cu-Ni等首饰用主要合金系统的冶金学特性,重点评述了首饰用Au-Ag-Cu系开金合金的强化机制和强化途径的研究现状及发展,包括晶粒尺寸控制的强化、冷加工硬化、合金元素固溶强化、热处理强化以及微合金化强化等.

参考文献

[1] Christopher W Corti .Metallurgy of microalloyed 24 carat golds[J].Gold Bulletin,1999,32(02):39-47.
[2] William S Rapson.The metallurgy of the carat gold alloys[J].Gold Technology,1991:16-22.
[3] Dieter Ott;Ulrike Schindler .Metallography of gold alloys[J].Gold Technology,2001,33:6-11.
[4] Mark Grimwade .A plain man's guide to alloy phase diagrams: their use in jewelry manufacture-Part 2[J].Gold Technology,2000,30:8-15.
[5] William S Rapson .The coloured gold alloys based on the Au-Ag-Cu and Au-Ag-Cu-Zn systems[J].Gold Bulletin,1990,23(04):126-133.
[6] 张永俐,李关芳.首饰用开金合金的研究与发展(1):彩色及白色开金合金[J].贵金属,2004(01):46-54,60.
[7] Dieter Ott .Effect of small additions and impurities on properties of carat gold[J].Gold Technology,1997,22:31-38.
[8] Ing F Arbini .Effect of cobalt additions on the properties of 5 N red gold alloys[J].Gold Technology,1999,25:11-19.
[9] John C McCloskey;Paul R Welck;Shankar Aitthal .The effect of silicon deoxidation and grain refinement on the production performance of a 14 karat yellow gold casting alloy[J].Gold Technology,2000,30:4-7.
[10] Christopher W Corti .Strong 24 carat golds: the metallurgy of microalloying[J].Gold Technology,2001,33:27-35.
[11] 《贵金属材料加工手册》编写组.贵金属材料加工手册[M].北京:冶金工业出版社,1978
[12] Agarval D P et al.In search of a new gold[J].Gold Technology,1995,15:28-37.
[13] Cristian Cretu;Elma Van Der Lingen;Lizelle Glaner .Hard 22 carat gold alloy[J].Gold Technology,2000,29:25-29.
[14] John E Bernardin .Jewellry manufacturing with the new high carat golds[J].Gold Technology,2000,30:17-21.
[15] Du Toit et al.The development of a novel gold alloy with 995 fmeness and increased hardness[J].Gold Bulletin,2002,35(02):46-52.
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