solubility curve

The line is thus the solubility curve for the salt in water.

The phase diagram plots the solubility curve of a protein.

Concentrations below the solubility curve result in an undersaturation solution.

Saturation occurs when the concentrations are on the solubility curve.

If the concentrations are above the solubility curve, the solution is considered supersaturated.

At this point the solubility curve changes slope, and the solubility becomes almost independent of temperature.

The effect of the representation mode on the shape of the solubility curves has been studied in order to explain this unusual behaviour.

The decrease in protein solubility follows a normalized solubility curve of the type shown.

Keywords: solubility curve, Jänecke's mode, abnormal shape, thermodynamic treatment, potassium phosphates.

A mathematical treatment of solubility curves of sulfides is introduced for the determination of formation constants of complexes in solution.

The chart shows solubility curves for some typical solid inorganic salts (temperature is in degrees Celsius i.e. Kelvin minus 273).

Amorphous aluminum complexed with organic matter may also have a similar pH solubility curve that is a function of the pH-dependent variation in the number of binding sites.

The hydroxo-complexes of silver and zinc are determined from a plot of their hydroxide solubility curves vs. pH, at 25 °C and unit ionic strength (NaClO4).

The enthalpy of hydrophobic hydration of Co(acac)3 in the water–D mixtures was also estimated from the solubility curves and it was found that decreased exponentially with decreasing mole fraction of water.