fig8

Figure 8. Skeleton architecture created by LAM techniques: (A) Solidification process of SLM-Fe_28.0Co_29.5Ni_27.5Al_8.5Ti_6.5; (B) Bright field (BF) scanning transmission electron microscopy (STEM) image of prepared showing the high-density dislocations network with the selected area electron diffraction (SAED) pattern from (011) zone axis showing the corresponding microstructure; (C) BF STEM image showing the sub-grain architectures consist of the face-centered cubic disordered multicomponent matrix (DOMCM) phase and L1₂ ordered multicomponent nanoprecipitate (OMCNP) phase, with SAED pattern from (001) zone axis showing the corresponding microstructure; (D) BF STEM image showing the sub-grains composed of face-centered cubic , L1₂ and a small amount of L2₁ phase; (E) The enlarged view of the local sub-grain feature area. (F) The high-resolution high-angle annular dark-field imaging (HADDF) -STEM image of L2₁; (G) The dislocation-precipitate skeleton architecture^[96].