FIGURE 6.
![SEM image (CBS mode) and elemental EDS mapping of the selected intermetallic particle of Al-Si7-Mg0.3 (SEM image in Figure 5[g]). SEM and EDS elemental mapping analyses were made at 15 kV.](https://allen.silverchair-cdn.com/allen/content_public/journal/corrosion/79/2/10.5006_4205/2/i0010-9312-79-2-4205-f06.jpeg?Expires=1716527728&Signature=tZR0MCn-wsl6gNLCDZuvtQIeAn5aa3xEKdsf75unf4NLi3p0cal0bXvwfyw~UD5gRZsPLEl21S8kZn9gJEfB7PPgMDN0K3GV7jZn~-8DEMHFRHltDhmNwu-w3XSkR1cWPYcZJ04fXHIPTrq3faNfGxHLPv9lauVi0FNdmOZU84S5RljNFlwuR1NOnoSG2rsdUE0lW00GCbOW1bfqRJBHIqDZWcTezvG3TnXZi-rFYIqqEETyvxhW2zuYrjhta1Zs6ne-LryAyik-YUKvo9GmpASsF-ZTnfw~mEXpIUgMCNhLh5CSKH1UtY16P1ZV1KULv6M~sz~bMm1qnAYZtFs6NQ__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
SEM image (CBS mode) and elemental EDS mapping of the selected intermetallic particle of Al-Si7-Mg0.3 (SEM image in Figure 5[g]). SEM and EDS elemental mapping analyses were made at 15 kV.
SEM image (CBS mode) and elemental EDS mapping of the selected intermetallic particle of Al-Si7-Mg0.3 (SEM image in Figure 5[g]). SEM and EDS elemental mapping analyses were made at 15 kV.
