Fig. 3
From: The role of allotropy on phase formation in high entropy alloys
Characterization of fabricated compositions. An electron image is included with the EDS maps for (A) Al8.90Cr11.45Nb20.45Ni19.37Ta39.83 (B) Al27.00Cr13.01Mo24.00Nb23.24V12.74 (C) Al8.87Nb20.37Ni19.30V11.17W40.30 (D) Mo14.64Nb14.17Ni35.81Ta27.60V7.77 (E) Cr13.61Cu24.93Mo25.10Ni23.03V13.33 (F) Cu19.11Mo14.42Nb13.97Ni17.65Ta27.20V7.66 (G) Cr6.68Cu20.41Mo12.33Nb11.94Ni18.85Ta23.25V6.54 (H) Cr5.08Cu18.65Mo9.37Nb9.07Ni17.21Ta17.68V4.98W17.96 and (I) Al8.87Cr5.69Mo10.50Nb10.17Ni19.28Ta19.80V5.57W20.12. Each sample is observed to be multi-phase as arc melted. All compositions are provided in weight percent. Note that Ta and Cu have overlapping characteristic X-ray peaks. The scale bar in the lower right tungsten EDS map is 25 μm.
