Scientists have recently discovered that this quantity is in agreement with the Kohler equation, and along with the Yesin-Markov coefficients it has been shown to be dependent on the partial molar volume.  
Scientists have recently discovered that this quantity is in agreement with the Kohler equation, and along with the Yesin-Markov coefficients it has been shown to be dependent on the partial molar volume.  Appearing in its namesake's isotherm, this quantity has a value of 1 with non-ionic solids and appears between the observed and ideal osmotic pressures.  Given by the osmotic pressure divided by the quantity of the gas constant times the temperature divided by the volume, FTP, identify this factor designated I and named after the first recipient of the Nobel Prize in chemistry.
Scientists have recently discovered that this quantity is in agreement with the Kohler equation, and along with the Yesin-Markov coefficients it has been shown to be dependent on the partial molar volume.  
van't Hoff factor