邵阳学院学报：自然科学版
邵暘學院學報：自然科學版
소양학원학보：자연과학판
Journal of Shaoyang University:Science and Technology
2012年
4期
46-50
,共5页
宁康琪%彭北山%盛志敬%宁爱林
寧康琪%彭北山%盛誌敬%寧愛林
저강기%팽북산%성지경%저애림
高强铝合金%强韧化机制%形变热处理%回归再时效处理
高彊鋁閤金%彊韌化機製%形變熱處理%迴歸再時效處理
고강려합금%강인화궤제%형변열처리%회귀재시효처리
high-strength aluminum alloy%strengthening and toughening mechanism%thennomechanical treatment (TMT)%regression and re-ageing (RRA)
在讨论高强铝合金强化方法的基础上，对高强铝合金的强韧化机制进行了评述．并指出形变热处理和回9-5再时效处理是比较有效，也比较有发展前景的两种强韧化方法．
在討論高彊鋁閤金彊化方法的基礎上，對高彊鋁閤金的彊韌化機製進行瞭評述．併指齣形變熱處理和迴9-5再時效處理是比較有效，也比較有髮展前景的兩種彊韌化方法．
재토론고강려합금강화방법적기출상，대고강려합금적강인화궤제진행료평술．병지출형변열처리화회9-5재시효처리시비교유효，야비교유발전전경적량충강인화방법．
Based on the analysis of the high-strength aluminum alloy strengthening method, the strengthening and toughening mechanisms of the high-strength aluminum alloy are commented on. And it is pointed out that the thermomechanical treatment(TMT), regression and re-ageing(RRA) are the methods which are more effective and more prospective for development.
