In the first category, with respect to the temperature equilibrium, reservoir condition is studied at constant temperature which leads to equality of chemical potential of each component.
The multiphase equilibrium calculation by the direct minimization of the Gibbs free energy has some potential advantages over classical methods, mainly because the equality of chemical potentials is a necessary but not a sufficient condition for equilibrium.
It is shown that, if the χ(T) parameter is independent of composition, an "effective" value of the r parameter is required by any version of the Flory—Huggins theory in order to satisfy the equality of chemical potentials in the case of liquid liquid equilibria.
Looking forward to the possible future research studies, the logical further extension would be the assumption of equality of total potentials as an additional condition of mutual stable equilibrium of the composite system-reservoir.
Indeed, in this region, equality of water potentials implies that M cell) iRT = M bath) i'RT (the same notations as above, for cell and bath, i and i' representing the respective Van't Hoff factors), and hence V (cell ) = i / i ′ × n (cell ) / M (bath ) + b.
The Council argues: "the essential problem with a past use of resources criterion is that it rests on a fundamentally flawed conception of equality among potential recipients of treatment.
The concept of electric nodes is introduced that can eliminate the burden of constraining the equality of the electric potential for physical nodes lying on the same metallization.
This follows demands this month from Professor Les Ebdon, director of the Office for Fair Access, which promotes equality of opportunity for potential students, for more action from the most selective universities to attract those from deprived backgrounds.
An assumption of equality of the chemical potential at the phase front leads to a generalized Clausius Clapeyron equation, which then gives the condition for the evolution of the phase front during phase transformation.
Thermodynamic equilibrium between two phases may be expressed "implicitly" by writing the equality of thermo-chemical potentials.
