Idecreased excess entropies and violation of the linear correlations
between the standard entropy and enthalpy or between the
standard Gibbs free energy and enthalpy of solvation that are typical
for aprotic solvents [9,10]. Such behavior of hydrogen-bonded
liquids is attributed to the so-called solvophobic effect. Due to
these effects amide solvents are known to support amphiphile selfassembly
[11]. We have previously studied the thermodynamic
functions of solvation for a set of low polar compounds in FA [12]
and concluded that the strong solvophobic effect affects both the
entropy and enthalpy of solvation in this solvent. There was also an
attempt to study the solvophobic effects in amides by comparison
ofthe pressure derivatives ofthe second virial coefficients, but such
method requires very precise and difficult to obtain experimental