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International Journal of Bioprinting Corrosion behavior of SLM-prepared 316L steel

3.4. Substructure development with no substantial development of substructure, and the
The development of substructure within the swaged dislocations density within the sample was relatively low,
samples was examined by means of TEM, and the results of too. Continuing swaging then resulted in a significant
which are shown in Figure 6A–F. Figure 6A and especially increase in the dislocations density. Figures 6C and D
Figure 6B show that sample 20 featured deformed grains show the presence of a high density of single dislocations

Figure 6. TEM images depicting substructure development within swaged samples: (A, B) sample 20, (C, D) sample 17, and (E, F) sample 15.

Volume 10 Issue 1 (2024) 348 https://doi.org/10.36922/ijb.1416