Phase separation in Cu43Zr43Al7Ag7 bulk metallic glass
The chemical inhomogeneity in Cu43Zr43Al7Ag7 bulk metallic glass has been investigated
using a three-dimensional atom probe to understand the enhanced plasticity under
compressive mode observed in an injection-cast alloy. Nanoscale phase separation from
the melt into Cu-enriched and Ag-enriched amorphous phases was observed, while no
evidence for crystallization was found in the as-cast alloy.
using a three-dimensional atom probe to understand the enhanced plasticity under
compressive mode observed in an injection-cast alloy. Nanoscale phase separation from
the melt into Cu-enriched and Ag-enriched amorphous phases was observed, while no
evidence for crystallization was found in the as-cast alloy.
The chemical inhomogeneity in Cu43Zr43Al7Ag7 bulk metallic glass has been investigated using a three-dimensional atom probe to understand the enhanced plasticity under compressive mode observed in an injection-cast alloy. Nanoscale phase separation from the melt into Cu-enriched and Ag-enriched amorphous phases was observed, while no evidence for crystallization was found in the as-cast alloy.
Elsevier
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