低温高应变量衬板控轧高固溶Al-Mg合金高强塑性与高热稳定性机制
Enhanced Mechanical Properties and Thermal Stability Mechanism of a High Solid Solution Al-Mg Alloy Processed by Cryogenic High-Reduction Hard-Plate Rolling
低温高应变量衬板控轧高固溶Al-Mg合金高强塑性与高热稳定性机制 |
| 田滕, 查敏, 殷皓亮, 花珍铭, 贾海龙, 王慧远 |
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Enhanced Mechanical Properties and Thermal Stability Mechanism of a High Solid Solution Al-Mg Alloy Processed by Cryogenic High-Reduction Hard-Plate Rolling |
| TIAN Teng, ZHA Min, YIN Haoliang, HUA Zhenming, JIA Hailong, WANG Huiyuan |
| 图11 CHR-HPR Al-Mg合金不同温度退火前后组织演变示意图 |
| Fig.11 Microstructure evolution models of CHR-HPR Al-1Mg (ai-ei), Al-5Mg (aii-eii), and Al-9Mg (aiii-eiii) alloys before (ai-aiii) and after annealing at 275oC (bi-biii), 300oC (ci-ciii), 350oC (di-diii), and 400oC (ei-eiii) (Red lines represent deformation bands and green hexagons represent recrystallized grains, while black and gray curve lines represent HAGBs and LAGBs, respectively) |
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