贵金属
貴金屬
귀금속
PRECIOUS METALS
2014年
z1期
90-92
,共3页
毛端%王键%吴庆伟%陈雯%王光庆%陈国华%李林修
毛耑%王鍵%吳慶偉%陳雯%王光慶%陳國華%李林脩
모단%왕건%오경위%진문%왕광경%진국화%리림수
复合材料%复合%退火%界面
複閤材料%複閤%退火%界麵
복합재료%복합%퇴화%계면
composite material%composite%annealing%interface
采用室温固相复合技术制备AgCuIn/QSn复合焊料，选用不同退火温度对AgCuIn/QSn复合焊料进行扩散退火，利用拉力试验机、扫描电子显微镜考察热处理温度对AgCuIn/QSn复合焊料界面的影响。结果表明，退火工艺为550℃/6 h时复合界面结合效果最佳。
採用室溫固相複閤技術製備AgCuIn/QSn複閤銲料，選用不同退火溫度對AgCuIn/QSn複閤銲料進行擴散退火，利用拉力試驗機、掃描電子顯微鏡攷察熱處理溫度對AgCuIn/QSn複閤銲料界麵的影響。結果錶明，退火工藝為550℃/6 h時複閤界麵結閤效果最佳。
채용실온고상복합기술제비AgCuIn/QSn복합한료，선용불동퇴화온도대AgCuIn/QSn복합한료진행확산퇴화，이용랍력시험궤、소묘전자현미경고찰열처리온도대AgCuIn/QSn복합한료계면적영향。결과표명，퇴화공예위550℃/6 h시복합계면결합효과최가。
The AgCuIn/QSn composite brazing was made by room temperature solid phase composite technology, and annealed at different heat treatment temperatures. The influence of annealing temperature on the AgCuIn/QSn composite brazing composite interface was studied by tensile testing instrument and scanning electron microscopy. The results showed that the best composite interface was got at 550℃/ 6 h annealing.
