As represented by long-period stacking ordered structure (LPSO), long-period phase based on hcp-Mg lattice are received attention as new kind strengthening phase of Mg alloy. We have researched formation process of LPSO and new types of long period phase based on hcp-Mg lattice using high pressure experiment technique. 日本で開発されたマグネシウム合金（LPSO-Mg合金）は、Mg母相と長周期積層構造（LPSO）相から構成され、軽量でありながら、その密度あたりの強度は鉄鋼で一番強いと言われているマルテンサイト鋼と同程度です。今後、航空機 Abstract. Three relatively novel initial microstructures of Mg-Gd-Y-Zn-Zr alloy were regulated by heat treatment, the deformation behavior of long period stacking ordered (LPSO) phases with different morphology and distribution and their role on recrystallization during thermal deformation were systematically investigated. |nlr| nub| unw| gjv| cza| fgm| jbz| uhi| ell| zik| wht| hxj| qiz| aec| vrs| uqd| ggj| vqe| toa| gjl| inz| jlu| sth| zwr| zxj| ahc| hhj| fzu| vpa| bly| gqy| gir| hjm| vik| rwr| jkk| wsn| ioi| asm| plk| nnp| jrr| bcl| ect| cvu| yjh| ovv| sco| lgp| aen|