Fig. 8: Schematic diagram of the relationship between chemical ordering degree \({\alpha }_{1}^{{\rm{CrCr}}}\) and annealing temperature \({T}^{{\rm{a}}}\) and operating temperature \({T}^{{\rm{o}}}\). | npj Computational Materials

Fig. 8: Schematic diagram of the relationship between chemical ordering degree \({\alpha }_{1}^{{\rm{CrCr}}}\) and annealing temperature \({T}^{{\rm{a}}}\) and operating temperature \({T}^{{\rm{o}}}\).

From: Tunable interstitial and vacancy diffusivity by chemical ordering control in CrCoNi medium-entropy alloy

Fig. 8: Schematic diagram of the relationship between chemical ordering degree $${\alpha }_{1}^{{\rm{CrCr}}}$$ α 1 CrCr and annealing temperature $${T}^{{\rm{a}}}$$ T a and operating temperature $${T}^{{\rm{o}}}$$ T o .

One C-shaped curve stands for the same chemical ordering degree. The longer the annealing time or the lower the annealing temperature, the higher the chemical ordering degree.

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