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Strain-induced aging strengthening in dilute magnesium alloy sheets

机译:稀镁合金薄板的应变诱导时效强化

摘要

(A) (wt%): 0 to 3.0 Zn; 0 to 1.5 Ca; 0 to 1.0 Zr; 0 to 1.3 rare earth elements or mixtures thereof; 3 is a step of preparing a dilute magnesium alloy sheet containing a magnesium alloy consisting essentially of Sr; 0 to 0.7 Al, the balance Mg and other inevitable impurities, wherein the total weight% of alloying elements is 3 And (B) a dilute magnesium alloy sheet is plastically deformed such that the tensile plastic strain is greater than 0.5% but less than 8% to form a predeformed magnesium alloy sheet. And (C) aging the pre-deformed magnesium alloy sheet at a temperature range of 80-250 ° C. for at least 1 minute, thereby forming a reinforced magnesium alloy sheet. How to strengthen a non-alloy sheet. [Selection] Figure 8
机译:(A)(重量%):> 0至3.0 Zn;> 0至1.5Ca; 0至1.0 Zr; 0至1.3稀土元素或其混合物;图3是制备含有基本上由Sr组成的镁合金的稀镁合金薄板的步骤。 0至0.7 Al,余量Mg和其他不可避免的杂质,其中合金元素的总重量百分比为3。(B)稀释的镁合金薄板发生塑性变形,使得拉伸塑性应变大于0.5%但小于8 %形成预变形的镁合金板。并且(C)将预变形的镁合金板在80-250℃的温度范围内老化至少1分钟,从而形成增强的镁合金板。如何加强非合金板材。 [选择]图8

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