DERIVATION OF INTERNALLY-CONSISTENT THERMODYNAMIC DATA BY THE TECHNIQUE OF MATHEMATICAL PROGRAMMING: A REVIEW WITH APPLICATION THE SYSTEM MGO-SIO2-H2O

DERIVATION OF INTERNALLY-CONSISTENT THERMODYNAMIC DATA BY THE TECHNIQUE OF MATHEMATICAL PROGRAMMING: A REVIEW WITH APPLICATION THE SYSTEM MGO-SIO2-H2O

Berman R.G.; Engi M.; Greenwood H.J.; Brown T.H.
xmlui.dri2xhtml.METS-1.0.item-citation: JOURNAL OF PETROLOGY, 1986, 27, 6, 1331
Date: 1986

Abstract:

The problem of deriving an optimal set of thermodynamic properties of minerals from a diverse experimental data base is reviewed and a preferred methodology proposed. Mathematical pro-gramming(MAP) methods extend the linear programming (LIP) approach first presented by Gordon (1973), and make it possible to account for the type of information conveyed, and the uncertainties attending

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