The effect of the chemical composition of regenerated cellulose solids on surface energy
was studied by inverse gas chromatography (IGC). This was to probe a possible relationship …

Cellulose samples differing in origin and crystallinity were examined by inverse gas
chromatography (IGC). Surface energy characteristics such as the apparent dispersive …

The inverse gas chromatography (IGC) technique has been employed to examine
adsorption behavior of cellulose surfaces from elution characteristics of chemically different …

The surface energy characteristics of three Kevlar® fibers have been systematically studied
using two inverse gas chromatography (IGC) techniques, ie, at an infinite probe dilution and …

The physicochemical surface properties of cellulose and lignocellulosic materials are of
major importance in the context of the production of composites, in papermaking, and textile …

Cellulose is one of the most abundant and sustainable biopolymers on earth. Various types
of cellulosic materials such as natural fibres, regenerated cellulose fibres, cellulose …

A thorough surface characterization of the materials in a cellulose-based multicomponent
system is of great importance for the understanding of the complex interaction state. A tool …

Surface energies of amorphous cellulose “beads” were measured by IGC at different
temperatures (50 to 100° C) using n-alkane probes (pentane to undecane). The equation of …

Abstract Inverse Gas Chromatography (IGC) is a gas sorption technique to determine the
surface energy of natural fibres. The surface energy is directly related to the thermodynamic …

The surface of multi-purpose cellulosic office paper has been analysed by inverse gas
chromatography (IGC). The parameters determined were the dispersive component of the …