… Gas–liquid distribution coefficients at ideal dilution in non-volatile solvents can be measured
by gas chromatography. … of the concentration unit in the solvent and in the gas phase. The …

… the solvent–solvent interaction parameter, χ 23 . Solvent–solvent interactions in mixtures of
isosteric solvents analysed using inverse gas chromatography with eight solute probes were …

… The development of gas chromatographic theory by the classic work of Purnell and … ,
solvent-solute interactions, andmany other thermodynamic quantities from gas chromatographic …

… For example, they are good solvents for many organic, inorganic, and polymeric substances.
Many RTILs are immiscible with water and nonpolar organic solvents. They have a liquid …

… The inverse gas chromatography is presented as a method for the characterization of
interactions in polymer-modified silica systems here. The retention time influenced by interactions …

… Gas chromatography (GC) is an effective alternative to static methods for studies of solute-solvent
interactions.1 Soon after its first application to polymer research,2 the method was …

… interactions… gas chromatographic solvents in terms of their solvent strength (polarity), which
we will define as the capacity of a solvent for various intermolecular interactions, and solvent …

… /acceptor and dipole interactions when compared to non-ionic liquids2-4. The purpose of
this paper is to explore the nature of these solute solvent interactions in thermodynamic terms …

… methodologies for residual solvent testing are discussed in this review. In conclusion, gas
chromatograph–based procedures will continue to dominate residual solvent testing because …

… Inverse gas chromatography … of interaction parameters for 9 polymers and 43 solvents at
6 temperatures from 60 to 110 C. The specific retention volume, the Flory—Huggins interaction …