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本文是我们连续刊登的苏联轻金属工艺文章中的一篇,它介绍了时效硬化型铝合金的一种特殊的热处理方法,在这种热处理方法中,时效硬化型铝合金在热处理周期的固溶处理保温阶段,受到电场的作用。该研究工作是在英斯科航空学院进行的,它是高强度变形铝合金研究工作的一部分。文中提到的苏联铝合金,有苏联牌号16、B65和B96。16合金相当于美国的2024合金;B65合金是Al-Cu-Mg系合金,它含有3.9～4.5%Cu、0.2%Fe、0.25%Si、0.3～
This article is a continuation of our article published in the Soviet Union light metal article, which describes the aging hardening aluminum alloy a special heat treatment method, in this heat treatment method, age-hardening aluminum alloy in the heat treatment cycle solution treatment Insulation stage, the role of the electric field. The research, conducted at Instron Aeronautical Institute, is part of a research effort on high-strength, deformed aluminum alloys. The reference to the Soviet Union aluminum alloy, the Soviet Union brand 16, B65 and B96.16 alloy equivalent to the United States 2024 alloy; B65 alloy is Al-Cu-Mg alloy, which contains 3.9 to 4.5% Cu, 0.2% Fe, 0.25 % Si, 0.3 ~