Results of a study of the fine structure of an alloy of the Mg – Zn – Zr – REE system proving the presence of nanosize plates of self-organizing LPSO-phases after deformation are presented. The Zn and Y hardening elements are redistributed in the periodic rows of the LPSO phases under the effect of the deformation process parameters. The optimum deformation mode of the new alloy provides formation of periodic rows in plates of LPSO phases bearing (3.2 – 4.3) at.% Y and (3.8 – 4.2) at.% Zn.

中文翻译：

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变形工艺参数影响下高强度镁合金精细组织的演变

研究了Mg-Zn-Zr-REE体系合金的精细结构的研究结果，证明了变形后自组织LPSO相的纳米尺寸板的存在。Zn和Y硬化元素在变形工艺参数的影响下重新分布在LPSO相的周期性行中。新合金的最佳变形模式可以在LPSO相中形成Y原子含量为（3.2 – 4.3）％Zn和（3.8 – 4.2）at％Zn的周期性晶排。