In the limit of low pressure and coverage, this relation can be derived from Hirasaki's model. Solid-phase microextraction techniques have been used to determine its constants, two of which are dimensionless, and the rest of which must be converted between units, while their reciprocal is the water partition coefficient. Its application to the solvent is a special case which falls under Raoult's Law, and it assumes dilute ideal solutions. Most simply stated as P equals KC, it holds that the conc
In the limit of low pressure and coverage, this relation can be derived from Hirasaki's model. Solid-phase microextraction techniques have been used to determine its constants, two of which are dimensionless, and the rest of which must be converted between units, while their reciprocal is the water partition coefficient. Its application to the solvent is a special case which falls under Raoult's Law, and it assumes dilute ideal solutions. Most simply stated as P equals KC, it holds that the concentration of a solute gas in a solution is directly proportional to the partial pressure of that gas above the solution. The cause of decompression sickness, FTP, give this gas law named for an English chemist.
In the limit of low pressure and coverage, this relation can be derived from Hirasaki's model.
Henry's Law