1994Canadian Journal of ChemistryOpen access

Activities of dilute NiO in Na2O•2SiO2 by electromotive force measurements

Peter J. Tumidajski

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Abstract

The thermodynamic properties of dilute NiO in Na2O•2SiO2 for XNiO < 0.0125 have been investigated in the temperature range 1073–1173 K by emf measurements using the electrochemical cell[Formula: see text]where NiO denotes a solution with Na2O•2SiO2. It was found that for XNiO < 0.003 the solutions obey Henry's law. The Henrian activity coefficients and the related dilute solution thermodynamic properties based on the solid NiO standard state are reported.

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The thermodynamic properties of dilute NiO in Na2O•2SiO2 for XNiO < 0.0125 have been investigated in the temperature range 1073–1173 K by emf measurements using the electrochemical cell[Formula: see text]where NiO denotes a solution with Na2O•2SiO2. It was found that for XNiO < 0.003 the solutions obey Henry's law. The Henrian activity coefficients and the related dilute solution thermodynamic properties based on the solid NiO standard state are reported.

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Available abstract

The thermodynamic properties of dilute NiO in Na2O•2SiO2 for XNiO < 0.0125 have been investigated in the temperature range 1073–1173 K by emf measurements using the electrochemical cell[Formula: see text]where NiO denotes a solution with Na2O•2SiO2. It was found that for XNiO < 0.003 the solutions obey Henry's law. The Henrian activity coefficients and the related dilute solution thermodynamic properties based on the solid NiO standard state are reported.

Key concepts: Non-blocking I/O, Electromotive force, Chemistry, EMF measurement, Analytical Chemistry (journal), Solid-state, Atmospheric temperature range, Solid solution

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