Cellulose fibres are the most important materials in textile finishing. Reactivity and
adsorption properties of the fibres are critical for the success of the treatment. Of major …

Structural parameters of raw and pre-treated viscose, modal and lyocell fibres were
determined using X-ray diffraction, and compared with data obtained from iodine adsorption …

Natural cellulose fibers comprise several non-cellulose compounds and cationic trash which
causes problems during different adsorption processes such as dyeing, printing, final fiber …

The sorption of polymers from solution on a solid substrate is influenced by the configuration
of the polymer molecule in solution and by competition of the solvent for sorption sites …

The controversy as to whether the accessibility of cellulose is a measure of crystal surfaces
or of amorphous regions in the cellulose is reviewed. Recent claims that cellulose is …

Natural cellulose fibres comprise several non-cellulose compounds and cationic trash which
cause problems during different adsorption processes such as dying, printing, final fiber …

We correlate fine structure with the adsorption behavior of new (lyocell) and conventional
(viscose, modal) regenerated cellulose fibers. We have studied the molecular structure, the …

The reactivity and adsorption properties of cellulose fibres are critical for successful
treatment because behavior during the finishing process is determined by both structure and …

The sorption of several aromatic substances by waterfree cellulose from dilute n-hexane
solutions has been determined by UV spectroscopy. Strong sorption is observed for …

This paper attempts to give an overview of the factors that govern the adsorption of water
soluble polymers on cellulosic fibers. For non-ionic polymers there have been very few …