… application, the fibers should be properly characterized. In the present study, inverse gas
chromatography was used to study the surface properties of several cellulosic fibers and the …

… gas chromatography (IGC) to infer fiber– matrix interactions for predicting practical adhesion
between cellulose fibers … untreated, alkyl- and amino-silanated cellulose (lyocell) fibers. The …

… to be a consequence of the different morphology and surface area of the bacterial
cellulose fibers. Comparable results have been obtained for hemp cellulose nanofibers (K a …

… Inverse gas chromatography (IGC) was used to characterize limo-cellulosic fiber modified
for composite applications. The surface properties of the paper fiber was modified by solution …

… with a reinforcement fiber, the surface characteristics of both the fiber and matrix material …
characteristics of ligno-cellulosic fibers is the technique of inverse gas chromatography (IGC). …

… gas chromatography (IGC) technique for characterization and comparison of the surface
properties of the natural fibers as … The effect of alkali on cellulosic fibers is a swelling reaction, …

… cellulose fibers was determined at different temperatures. None of the sorbates swelled
cellulose so that surface adsorption on the relatively low external surface area of the cellulose …

… Inverse gas chromatography has been used by several authors for studying different types
of papermaking fibers … as a tool to characterize the specific surface area of cellulose fibers. …

… [2] found a relationship between the dispersive component γ S D of the surface energy
and the crystallinity of cellulose fibers. γ S D decreases when the crystallinity of cellulose …

… These nanofibrils of cellulose are then packed into larger units to form microfibrils which in
… cellulose fibers such as the pulp fibers. Nanofibrils in the woody plant are nano-scale fibers …