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Explore binary thermodynamic systems through this 22-minute lecture that covers essential data sources for Gibbs free energy in binary systems and examines various models used to describe these systems. Learn about temperature and composition dependencies in thermodynamic modeling, with particular focus on substitutional solid solutions and the application of Redlich-Kister model parameters. Discover higher-order Gibbs free energy descriptions and understand extrapolation techniques used in computational thermodynamics. Master equilibrium calculation methods and gain proficiency in constrained minimization approaches essential for solving complex thermodynamic problems in binary and multi-component systems.
