0Zn，0.7Zn、1.5Zn和3.3Zn合金挤压变形后都为完全再结晶

0Zn，0.7Zn、1.5Zn和3.3Zn合金挤压变形后都为完全再结晶组织，晶粒尺寸分别为7.9μm、4.9μm、5.9μm和5.7μm；随着Zn含量由小到大，最大织构强度有先增大后减小的趋势。随着Zn含量的增加，热挤压态合金的抗拉强度和屈服强度先增大后减小，而断后伸长率随Zn含量的增加变化不明显，0.7Zn合金的综合力学性能最好，合金的抗拉强度、屈服强度和断后伸长率分别为369MPa、305MPa和18.5%，0Zn合金的综合力学性能次之，3.3Zn合金的综合力学性能最差。

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结果 (英语) 1: [复制]

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0Zn, 0.7Zn, 1.5Zn, and 3.3Zn alloys are fully recrystallized after extrusion, with grain sizes of 7.9μm, 4.9μm, 5.9μm and 5.7μm respectively; as the Zn content increases from small to large, the maximum texture The structural strength has a tendency to increase first and then decrease. With the increase of Zn content, the tensile strength and yield strength of the hot-extruded alloy first increase and then decrease, while the elongation after fracture does not change significantly with the increase of Zn content. The overall mechanical properties of 0.7Zn alloy are the best. The tensile strength, yield strength and elongation after fracture of the alloy are 369MPa, 305MPa and 18.5% respectively. The comprehensive mechanical properties of 0Zn alloy are second, and the comprehensive mechanical properties of 3.3Zn alloy are the worst.

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结果 (英语) 2:[复制]

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0Zn, 0.7Zn, 1.5Zn and 3.3Zn alloys are all fully recrystration tissue after extrusion and deformation, and the grain sizes are 7.9 m, 4.9 m, 5.9 m and 5.7 m, respectively; With the increase of Zn content, the pull strength and yield strength of hot extrusion alloy increase first and then decrease, while the elongation rate after break varies with the increase of Zn content is not obvious, the comprehensive mechanical performance of 0.7Zn alloy is the best, and the pull strength of the alloy is not obvious. Yield strength and post-break elongation rates were 369MPa, 305MPa and 18.5%, followed by the combined mechanical properties of 0Zn alloys and the worst comprehensive mechanical properties of 3.3Zn alloys.

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结果 (英语) 3:[复制]

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The results show that 0zn, 0.7zn, 1.5zn and 3.3zn alloys are fully recrystallized after extrusion, with grain sizes of 7.9 μ m, 4.9 μ m, 5.9 μ m and 5.7 μ m, respectively. With the increase of Zn content, the maximum texture strength increases at first and then decreases. With the increase of Zn content, the tensile strength and yield strength of the hot extruded alloy first increase and then decrease, while the elongation after fracture does not change significantly with the increase of Zn content. The comprehensive mechanical properties of 0.7zn alloy are the best. The tensile strength, yield strength and elongation after fracture of the alloy are 369mpa, 305mpa and 18.5%, followed by 0zn alloy and 3.3zn alloy It can be the worst.<br>

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