Abstract

Lead-free Cu–Sb solder alloys of nominal composition Cu–20 at % Sb were fabricated by SHS and electrothermal explosion (ETE) and characterized by XRD, SEM, and vibrating sample magnetometry (VSM). Combustion products were found to represent a mixture of δ-Cu₁₁Sb₃, β-Cu₃Sb, and Cu. The ETE and SHS methods were recommended as a facile route to synthesis of Cu–Sb intermetallics.

中文翻译：

---

燃烧合成Cu-Sb锡合金的结构表征和磁性能

摘要

标称成分为Cu–20 at％Sb的无铅Cu–Sb焊料合金是通过SHS和电热爆炸（ETE）制成的，并通过XRD，SEM和振动样品磁力分析（VSM）进行了表征。被发现的燃烧产物来表示δ-Cu构成的混合物₁₁的Sb ₃，β-Cu系₃的Sb和Cu。推荐使用ETE和SHS方法作为合成Cu–Sb金属间化合物的简便方法。