Kattner, Ursula (2003). Ag-Bi-Cu System. Metallurgy Division of the Materials Science and Engineering Laboratory (MSEL) at the National Institute of Standards and Technology (NIST).
The information provided for the Ag-Bi-Cu System consists of five parts: - Diagram: The diagram shows the calculated liquidus projection. Shown are the isotherms and lines of
two-fold saturation. - Status: The analytical descriptions of the Gibbs energies of the constituent binaries are combined for each phase and used to predict the multicomponent system. - Sources:
Bibliographic information for the thermodynamic descriptions. - Invariant Equilibria: Table with the calculated invariant equilibria of the system. The table lists the phases involved in the
reaction, phase compositions and reaction temperature. - Phases: Table with the phases of the system. The table lists the crystal structure, common names of the phases and the model used for the
thermodynamic description. Thermodynamic databases allow the compact storage of phase equilibria information in form of Gibbs energy functions for each phase. There are basicly two types of
thermodynamic descriptions of a ternary system: (1) extrapolated, i.e., the analytical descriptions of constituent binaries are combined and used to predict the multicomponent system, (2) assessed,
i.e., the thermodynamic description is derived from the assessment of the available ternary phase equilibria and thermochemical data. If experimental data were only available or considered for part
of the system then a partial assessment is possible. The calculated phase diagram of the Ag-Bi-Cu system is presented.
Publisher
Metallurgy Division of the Materials Science and Engineering Laboratory (MSEL) at the National Institute of Standards and Technology (NIST)
Guest - January 07, 2009
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