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"DTIC AD1016731: Charge Compensation And Electrostatic Transferability In Three Entropy Stabilized Oxides: Results From Density Functional Theory Calculations" and the language of the book is English.


“DTIC AD1016731: Charge Compensation And Electrostatic Transferability In Three Entropy Stabilized Oxides: Results From Density Functional Theory Calculations” Metadata:

  • Title: ➤  DTIC AD1016731: Charge Compensation And Electrostatic Transferability In Three Entropy Stabilized Oxides: Results From Density Functional Theory Calculations
  • Author: ➤  
  • Language: English

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  • Internet Archive ID: DTIC_AD1016731

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"DTIC AD1016731: Charge Compensation And Electrostatic Transferability In Three Entropy Stabilized Oxides: Results From Density Functional Theory Calculations" Description:

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Density functional theory calculations were carried out for three entropic rocksalt oxides, (Mg0.1Co0.1Ni0.1Cu0.1Zn0.1)O0.5, termed J14, and J14 Li and J14 Sc, to understand the role of charge neutrality and electronic states on their properties, and to probe whether simple expressions may exist that predict stability. The calculations predict that the average lattice constants of the ternary structures provide good approximations to that of the random structures. For J14, Bader charges are transferable between the binary, ternary, and random structures. For J14 Sc and J14 Li, average Bader charges in the entropic structures can be estimated from the ternary compositions. Addition of Sc to J14 reduces the majority of Cu, which show large displacements from ideal lattice sites, along with reduction of a few Co and Ni cations. Addition of Li to J14 reduces the lattice constant, consistent with experiment, and oxidizes some of Co as well as some of Ni and Cu. The Bader charges and spin-resolved density of states (DOS) for Co 3 in J14 Li are very different from Co 2, while for Cu and Ni the Bader charges form continuous distributions and the two DOS are similar for the two oxidation states. Experimental detection of different oxidation states may therefore be challenging for Cu and Ni compared to Co. Based on these results, empirical stability parameters for these entropic oxides may be more complicated than those for non-oxide entropic solids.

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