Blog Post Image: Fig. 8: Fe-rich intermetallics with equivalent diameter over 10 µm: (a-d) in the skin layer and (e-h) the core of HVDC AISI10-0.1Fe0.6Mn (a) and (e), AlSi10-0.16Fe0.6Mn (b) and (f), AlSi10-0.20Fe0.6Mn (c) and (g), and AlSi10-0.15Fe0.82Mn (d) and (h) alloys

Published at 1604 × 945 in Fig. 8: Fe-rich intermetallics with equivalent diameter over 10 µm: (a-d) in the skin layer and (e-h) the core of HVDC AISI10-0.1Fe0.6Mn (a) and (e), AlSi10-0.16Fe0.6Mn (b) and (f), AlSi10-0.20Fe0.6Mn (c) and (g), and AlSi10-0.15Fe0.82Mn (d) and (h) alloys

Fig. 8: Fe-rich intermetallics with equivalent diameter over 10 µm: (a-d) in the skin layer and (e-h) the core of HVDC AISI10-0.1Fe0.6Mn (a) and (e), AlSi10-0.16Fe0.6Mn (b) and (f), AlSi10-0.20Fe0.6Mn (c) and (g), and AlSi10-0.15Fe0.82Mn (d) and (h) alloys

Fig. 8: Fe-rich intermetallics with equivalent diameter over 10 µm: (a-d) in the skin layer and (e-h) the core of HVDC AISI10-0.1Fe0.6Mn (a) and (e), AlSi10-0.16Fe0.6Mn (b) and (f), AlSi10-0.20Fe0.6Mn (c) and (g), and AlSi10-0.15Fe0.82Mn (d) and (h) alloys

Fig. 8: Fe-rich intermetallics with equivalent diameter over 10 µm: (a-d) in the skin layer and (e-h) the core of HVDC AISI10-0.1Fe0.6Mn (a) and (e), AlSi10-0.16Fe0.6Mn (b) and (f), AlSi10-0.20Fe0.6Mn (c) and (g), and AlSi10-0.15Fe0.82Mn (d) and (h) alloys