… on polymeric systems.1™31 The method is termed “inverse” because, unlike standard gas
chromatography, it is the stationary phase (polymer or polymer blend) which is of interest. …

… polymer blends since they behave as perfectly separated homopolymers; when there is
some compatibility, the interactions between the probe and the polymer blend are weaker. …

… early 1960s when the term “inverse gas chromatography” was introduced by Professor AV
… a significant role in developing surface chemistry and chromatographic science [5]. In a book …

… In this paper we report on our search for new polymer blends on the above lines using the
X~2 data from igc literature and also our own XI 2 data for the hydrogenated monomer probes. …

… The inverse gas chromatographic (IGC) thermodynamic parameters are obtained from the
partition coefficient Kp of the solute between the mobile gas phase and the stationary phase of …

… results are presented for the use of inverse gas chromatography … containing a probe and
blends of two polymer components … is the polymer blend, we can relate the chromatographic …

… Amylopectin, as a potato starch based polymer, with a molecular weight of six million gram/
mol was characterized using the Inverse Gas Chromatography Method (IGC). DSC method …

… gas liquid chromatography with molecular probe solutes at infinite dilution is generally known
as inverse gas chromatography [… solubility parameters of polymers and polymer blends [5], …

… inverse gas chromatography (IGC) method to be effective, accurate and versatile as a
method for the characterization of polymer … , or crystalline polymers and polymer blends. It is …

… , inverse gas chromatography (IGC) has emerged as a promising method for polymers and
polymer blend … useful in obtaining thermodynamic data on polymeric systems even when the …