Research Article
New Cr-Ni-Base Alloy for High-Temperature Applications Designed on the Basis of First Principles Calculations
Figure 2
Transition element segregation energies to Σ5 (210) GB (filled diamonds) and to (210) FS (filled circles), the GB strengthening energy (filled triangles) and partial cohesive energies χ (empty triangles) in bcc Cr. An experimental data point related to Mo free surface (FS) segregation in a Cr-rich Cr-Mo alloy from [15] is shown with a black circle.