The data can be reconciled to the expected values of the exponents if we describe the H2O NaCl binary at 1050 °C and 3 GPa by a regular solution model, such that RT ln ( {gamma}_{{mathrm{H}}_2mathrm{O}}={W}_{{mathrm{H}}_2mathrm{O}-mathrm{NaCl}}{left 1-{X}_{{mathrm{H}{left 1-{X}_}right)}^2 ), with an interaction parameter ( {{mathrm{H}m{H}_2mathrm{{O}}rightm{NaCl}^2) of ~−5 kJ/mol.
With the aid of the assessed thermodynamic data (Li et al., 2004), the binary phase diagram of the Al Au system is reconstructed by assuming a regular solution model for the intermetallic Al2Au phase.
The Gibbs energies of the liquid, FCC, BCC and HCP solution phases were approximated by a sub-regular solution model, while those of σ and Cr3Pt phases were approximated by a compound energy model.
Gibbs energies of the liquid, FCC and HCP phases have been described by a sub-regular solution model.
The gradient energy is neglected as the multilayers under consideration can be chemically well approximated by an ideal substitutional solution model.
The visual output produced by a model solution is known as a prognostic chart, or prog.
The shape and approximate dimensions of each protein have been retrieved by a set of ten solution models, essentially superimposable with the available crystal structures.
A specific design solution modeled by multiple machine configurations and their parameters is created from the generic design AND-OR tree by tree-based search.
By developing a solution-based calibration model for RNA, the maximum concentration of RNA in the cytoplasm of neuro-progenitor stem cells ranged from 3 5 mg/ml (accuracy in this range is ±0.4 mg/ml) while for glial cells the concentration becomes lower than the detection limit of RNA for our instrument, which is ~1 mg/ml.
Generally, there seems to be a kind of disjointedness in the RA problem development, as well as in solution models developed by the various authors.
