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

… of cellulose beads, characterization of their physical properties by different analytical techniques,
the preparation of functional cellulose beads … discovery of novel cellulose solvents such …

… The substitution of some of the hydroxyl groups in cellulose beads (regenerated cellulose)
by trifluoroethoxyacetate functionalities also greatly increased the basic character of the …

… of cellulose regenerated in the form of spherical “beads.” Special attention was paid to the
preparation of cellulose beads … Compared with cellulose in powder or fiber form, the regular …

… , such as the Lewis acidic number Ka and basic number Kb, were measured by the
inverse gas chromatography method. Ka and Kb were 0.081 and 0.854, respectively. The …

… Abstract—The objective of this research was to use inverse gas chromatography (IGC) to
infer fiber– matrix interactions for predicting practical adhesion between cellulose fibers and …

… added 1 g of dried bead and an appropriate amount of preliminarily prepared TMA gas.
The TMA concentration inside the bottle was detected using gas chromatography (Hitachi G-300, …

… Considering the high potential of cellulose benzoate for the chromatographic resolution of
… macroporous silicagel and to improve the chromatographic capacity of the material. This last …

… for chemically modified beads as … cellulose beads in size exclusion chromatography has
been demonstrated for poly(ethylene oxide) [3]. It is further known that modified cellulose beads …

… of surface modified amorphous cellulose beads by IGC. The surface properties for cellulose
trifluoro ethoxy acetate, cellulose laurate and fluorinated cellulose have been measured and …