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Within our architecture, we represent the space of chemical potentials in a d-simplex, with d + 1 corresponding to the total count of oxides (for instance, d + 1 = 4 in the CMAS system). During the analysis, we calculate the Gibbs free energy across a grid of evenly distributed sample points that cover the entire simplex.

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Liquidus Derivation and Analysis

  • 章节

  • 发表日期：

    2026年

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  • Giulio Armando Ottonello,
  • Marco Attene,
  • Marino Vetuschi Zuccolini

摘要

Within our architecture, we represent the space of chemical potentials in a d-simplex, with d + 1 corresponding to the total count of oxides (for instance, d + 1 = 4 in the CMAS system). During the analysis, we calculate the Gibbs free energy across a grid of evenly distributed sample points that cover the entire simplex.