Inverse gas chromatography, IGC, was applied to characterize conducting polypyrrole
chloride (PPyCl) using twenty three solvents. IGC is able to reveal the change in the …

A series of polypyrroles, synthesized using iron (III) oxidizing agent, was characterized by
inverse gas chromatography (IGC). The dispersive component to the surface tension of …

A wealth of physico-chemical information has been obtained on an insoluble and crystalline
polypyrrole/titanium oxide (PPY/TiO 2) using the Inverse Gas Chromatography Method …

The surface and bulk properties of chemically synthesized conducting polypyrrole doped by
Cl-(PPyCl) and its insulating form (PPyR), were studied by Inverse Gas Chromatography …

Inverse gas chromatography was used to characterize both doped, the undoped polyaniline
(PANI), and its blend with nylon-6 using 27 solutes. The change in the morphology of these …

This chapter describes the application of gas chromatography to the study of solid polymers.
The word 'inverse'is used to indicate that the component of interest is the stationary phase …

Inverse gas chromatography (IGC) is widely used for the characterization of polymers and
surfaces. The present work describes a novel method for this characterization through the …

The surface thermodynamic characteristics of both doped polyaniline (PANI-HEBSA) and
the non-conducting form (PANI-EB) were investigated using inverse gas chromatography …

Fowkes and many other workers' have emphasized that acid-base interactions play a
fundamental role in adhesion, solubility, and mixing of polymers. Several methods have …

Inverse gas chromatography (IGC) is a very fast, accurate, and reliable technique to
measure diffusion coefficients. This technique however, has been limited to measurements …