Introduction It is now well established that gas-liquid chromatography is an effective and
advantageous method for studying the thermodynamics of nonelectrolytic solu-tions. Most of …

Two approaches have been developed and used for the gas-liquid chromatographic
measurement of organic complex formation constants, one in our laboratory and the otherin …

A number of equations for the correlation of retention data for a series of solutes on a given
stationary phase (or solvent) have been investigated with the aim of characterising …

The general solvation equation log K= c+ rR 2+ sπ 2 H+ aα 2 H+ bβ 2 H+ l log L 16 has
been used to characterise 24 gas-liquid chromatographic stationary phases for which Poole …

Gas-liquid chromatography has been employed to study the thermodynamic solution
properties of two-component volatile nonelectrolyte solutions at infinite dilution. The expres …

The gaschromatographic retention behaviour of a series of solutes with potential hydrogen
bonding activity has been studied, using polyethylene, poly (ethylene‐vinyl acetate), poly …

A method is presented for the determination of interaction free enthalpies between an
interacting group, X, suspended in a paraffin solvent at ideal dilution and a volatile …

The glc method of determining specific retention times of a vapor-phase probe in a
polymeric sta-tionary phase is used to measure the thermodynamic interaction between the …

In the previous section it was shown that, in principle, mixed second virial coefficients and
activity coefficients can be obtained from GLC retention volume data. Before the method can …

Conclusions Our researches on the volume changes which accom-pany the selective
bindingof ions bypolyelectrolyte gels have led us to the following tentativeconclusions.(1) …