The paper is concerned both with mathematical engineering and material engineering. Mathematical methods are applied as well as methods for calculating thermodynamic properties of pure substances generally, in particular those of pure gold. New procedures are suggested for calculating the enthalpy, entropy, and Gibbs free energy from the values of isobaric olar thermal capacity. The methods employed are based on non-linear regression analysis, splines and modification of the composite Simpson quadrature formula. The results are considerably accurate and flexible in expresssing the experimental data.
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