In order to evaluate the degradation of cellulose fibres during autoclaving of fibre-cement materials, the properties of chemical pulps submitted to autoclaving in alkaline solutions are studied. It is observed that significant changes in the fibre structure occur as reflected, among other things, by a lowering of the degree of polymerization and of the intrinsic fibre strength (zero-span breaking length). The influence of oxidation on fibre degradation during autoclaving is also studied. It is observed that oxidized fibres reach low levels of intrinsic viscosity after autoclaving, in the case of dichromate and of dichromate-acid chlorite oxidations
To understand the swelling effects of alkaline treatment on the morphological properties of fibers a...
The strength properties of the long fibre fraction of mechanical pulp are limited by its low bondabi...
Three alkali swelling methods were used to treat two kinds of kraft pulp fibers. The morphological a...
The strength properties of the long fibre fraction of mechanical pulp are limited by its low bondabi...
Natural fibres are regarded as a potential bio-based alternative to traditional fibre material used ...
The objective of the present work is to evaluate the effect of surface modification of cellulose pul...
The objective of the present work is to evaluate the impact of the surface grafting of cellulose fib...
This study was performed to study the effects of the cement paste composition (calcium aluminate cem...
The impact of chemical treatment variables including treatment time and temperature, chemical charge...
The behaviour of different cellulosic fibres during acid hydrolysis has been investigated and the le...
The objective of the present research was to evaluate the effect of fibre morphology (e.g., length, ...
With the aim of developing vegetable-fibre cement composites free of portlandite and with short curi...
An investigation was conducted on the influence that industrial metakaolin waste (IMW) has on the pr...
Synthetic fibres are often used to reinforce cementitious composites. However, their production has ...
AbstractThe behaviour of different cellulosic fibres during acid hydrolysis has been investigated an...
To understand the swelling effects of alkaline treatment on the morphological properties of fibers a...
The strength properties of the long fibre fraction of mechanical pulp are limited by its low bondabi...
Three alkali swelling methods were used to treat two kinds of kraft pulp fibers. The morphological a...
The strength properties of the long fibre fraction of mechanical pulp are limited by its low bondabi...
Natural fibres are regarded as a potential bio-based alternative to traditional fibre material used ...
The objective of the present work is to evaluate the effect of surface modification of cellulose pul...
The objective of the present work is to evaluate the impact of the surface grafting of cellulose fib...
This study was performed to study the effects of the cement paste composition (calcium aluminate cem...
The impact of chemical treatment variables including treatment time and temperature, chemical charge...
The behaviour of different cellulosic fibres during acid hydrolysis has been investigated and the le...
The objective of the present research was to evaluate the effect of fibre morphology (e.g., length, ...
With the aim of developing vegetable-fibre cement composites free of portlandite and with short curi...
An investigation was conducted on the influence that industrial metakaolin waste (IMW) has on the pr...
Synthetic fibres are often used to reinforce cementitious composites. However, their production has ...
AbstractThe behaviour of different cellulosic fibres during acid hydrolysis has been investigated an...
To understand the swelling effects of alkaline treatment on the morphological properties of fibers a...
The strength properties of the long fibre fraction of mechanical pulp are limited by its low bondabi...
Three alkali swelling methods were used to treat two kinds of kraft pulp fibers. The morphological a...