The applicability of a newly devised technique, based on the Wilhelmy principle, for measuring wetting properties of textile fibers has been demonstrated for a series of wood pulp fibers. The wettability of unbleached kraft, neutral sulfite semichemical (NSSC), and thermomechanical pulp fibers was determined and differences are discussed in terms of variations in chemical composition and surface morphology. It was found that grafting of the kraft and NSSC pulps with styrene considerably decreased wettability due to presence of the hydrophobic styrene polymer at the surface of the pulp fiber
The displacement washing of spruce sulphite and kraft pulps was simulated using a laboratory washing...
Vietnam grown coir fibres have been studied for use in composite materials. In order to understand t...
International audienceWetting properties and capillary parameters are of first interest for composit...
The Wilhelmy technique is used to measure dynamic wetting properties of single wood pulp fibers. Sev...
The Wilhelmy principle was used to investigate the wettability of wood fibers in various aqueous sol...
In this study, the surface chemical heterogeneity and surface physical properties of single wood pul...
The aim of this thesis was to study the fibre surface properties of Birch (Betula ssp.), Eucalyptus ...
A spruce bleached kraft pulp was cut to varying degrees in an attempt to determine the influence of ...
Individual wood fibres were partly treated with polyelectrolyte multilayers (PEMs) consisting of two...
Surface properties of wood are important for both wettability and hydrophobic modification. Glueabil...
The overall goal of the thesis was to find correlations between the surface precipitates of pulps an...
This paper presents a method which allows to assess the wettability of thermomechanical pulp (TMP) w...
A multicycle Wilhelmy plate method has been developed to investigate wetting properties, liquid sorp...
The modification of the surface energy of textile fibers to improve functional properties such as th...
The thesis comprises three parts: Existing methods for characterisation of fibre crosssections have ...
The displacement washing of spruce sulphite and kraft pulps was simulated using a laboratory washing...
Vietnam grown coir fibres have been studied for use in composite materials. In order to understand t...
International audienceWetting properties and capillary parameters are of first interest for composit...
The Wilhelmy technique is used to measure dynamic wetting properties of single wood pulp fibers. Sev...
The Wilhelmy principle was used to investigate the wettability of wood fibers in various aqueous sol...
In this study, the surface chemical heterogeneity and surface physical properties of single wood pul...
The aim of this thesis was to study the fibre surface properties of Birch (Betula ssp.), Eucalyptus ...
A spruce bleached kraft pulp was cut to varying degrees in an attempt to determine the influence of ...
Individual wood fibres were partly treated with polyelectrolyte multilayers (PEMs) consisting of two...
Surface properties of wood are important for both wettability and hydrophobic modification. Glueabil...
The overall goal of the thesis was to find correlations between the surface precipitates of pulps an...
This paper presents a method which allows to assess the wettability of thermomechanical pulp (TMP) w...
A multicycle Wilhelmy plate method has been developed to investigate wetting properties, liquid sorp...
The modification of the surface energy of textile fibers to improve functional properties such as th...
The thesis comprises three parts: Existing methods for characterisation of fibre crosssections have ...
The displacement washing of spruce sulphite and kraft pulps was simulated using a laboratory washing...
Vietnam grown coir fibres have been studied for use in composite materials. In order to understand t...
International audienceWetting properties and capillary parameters are of first interest for composit...