Fig. 3. (a) SEM SE-picture of the alloy 226D with 0.04 wt.-% Sr addition, (b) SEM BSE-picture on the same position as the SE-picture, (c) analysed and dyed SEM SE-picture with the informations from the SE- and BSE-picture of the present phases and (d) magnification of the detection of Si phase and intermetallic phases formed with heavy element by MIPAR.

Published at 1566 × 358 in Increasing the conductivity of aluminium high-pressure die casting alloy AlSi9Cu3Fe (226D) by Sr modification of eutectic and intermetallic phases

Fig. 3. (a) SEM SE-picture of the alloy 226D with 0.04 wt.-% Sr addition, (b) SEM BSE-picture on the same position as the SE-picture, (c) analysed and dyed SEM SE-picture with the informations from the SE- and BSE-picture of the present phases and (d) magnification of the detection of Si phase and intermetallic phases formed with heavy element by MIPAR.

Fig. 3. (a) SEM SE-picture of the alloy 226D with 0.04 wt.-% Sr addition, (b) SEM BSE-picture on the same position as the SE-picture, (c) analysed and dyed SEM SE-picture
with the informations from the SE- and BSE-picture of the present phases and (d) magnification of the detection of Si phase and intermetallic phases formed with heavy element
by MIPAR.

Fig. 3. (a) SEM SE-picture of the alloy 226D with 0.04 wt.-% Sr addition, (b) SEM BSE-picture on the same position as the SE-picture, (c) analysed and dyed SEM SE-picture
with the informations from the SE- and BSE-picture of the present phases and (d) magnification of the detection of Si phase and intermetallic phases formed with heavy element
by MIPAR.