homogenized alloy

homogenized alloy的基本解释

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均质[单相]合金

与homogenized alloy相关的网络例句 [注：此内容来源于网络，仅供参考]

If this alloy is homogenized at 700℃ for 6h and slow cooled, the structure is that of large grains of α with twins, surrounded by coarse α+δ eutectoid.

这个合金如果在700℃均质化6小时，它的结构成为大颗粒的α孪晶相，周围包裹着粗糙的α+δ共熔相。

The results show that dynamic softening is easy to occur in these ingots and flow stress becomes steady finally; the material constants of hot deformation are procedural parameters that stress-level coefficient α, strain rate sensibility exponent m and deformation activation energy Q are all increased with strain increasing, while stress exponent n is decreased gradually; the values α and m of the alloy homogenized are the biggest and the value n is the smallest, dynamic softening effect of the alloy is the most obvious, which can deform evenly; influence of strain on the value Q of the alloy homogenized is a little and the average value of Q is only 176.5kJ/mol, so the alloy is easy to deform; the alloy matrix shows the regular recrystallization grains when the strain is 50%; dislocation cell structure re-formed in the grains with increase of strain.

结果表明：经不同处理的Al-1Mn-1Mg合金均易发生动态软化并最终呈现稳态流变特征；热变形材料常数是过程量，随应变量的增加，应力水平参数α、应变速率敏感性指数m和热变形激活能 Q 随之增大，而应力指数 n 则逐渐减小；均匀化退火后，铝合金的α和m值最大而n值最小，动态软化效果最明显且变形均匀，在该状态下，铝合金的 Q 值受变形量影响小，平均仅为176.5kJ/mol，易进行热变形；当应变量为0.7时，基体呈现规则的再结晶晶粒组织，随着应变量的增加，晶内重新形成了位错胞结构。

The microstructure evolution and composition distribution of the 7A55 cast and homogenized alloy were studied by optical microscopy, scanning electron microcopy, energy dispersive spectrometer, transmission electron microscopy and X-ray diffractometry. The homogenizing and overburnt temperatures of the alloy were determined. Meanwhile, the diffusion kinetics of the alloy elements during homogenizing treatment was investigated and the homogenizing kinetic equation was deduced according to Fick's First Law of diffusion. The diffusion of alloy elements, precipitation of Al3Zr particles and the conglomeration and globe of the insoluble phases were explained by the equation during homogenization.

摘 要：采用光学显微镜、扫描电镜、能谱分析、透射电镜和X射线衍射分析等研究了7A55合金铸态与均匀化显微组织演化与成分分布，确定了该合金的均匀化处理温度与过烧温度，研究了铸锭均匀化动力学过程，利用菲克定理导出了均匀化动力学方程，利用动力学方程对均匀化过程中合金元素的扩散、 Al3Zr的析出、难熔相的聚集和球化现象进行了解释。

与homogenized alloy相关的网络解释 [注：此内容来源于网络，仅供参考]

homogenization temperature：均化温度,均化温度

homogenization of glass 玻璃的匀化 | homogenization temperature 均化温度,均化温度 | homogenized alloy 均质合金,均质合金

homogenized cream：均质奶油,均质奶油

homogenized alloy ==> 均质合金,均质合金 | homogenized cream ==> 均质奶油,均质奶油 | homogenized equation ==> 均質流方程式

homogenized cream：均质奶油

homogenized alloy ==> 均质合金 | homogenized cream ==> 均质奶油 | homogenized equation ==> 均質流方程式