Cellulose dissolution and regeneration are old topics that have recently gained renewed attention. This is reflected in both applications - earlier and novel - and in scientific controversies. There is a current discussion in the literature on the balance between hydrogen bonding and hydrophobic interactions in controlling the solution behavior of cellulose. Some of the key ideas are recalled
International audienceAll natural and regenerated cellulose objects are difficult to dissolve while ...
To improve the physical strength of regenerated cellulose fibers, cellulose dissolution was analyzed...
We have found that the dissolution of cellulose in the binary mixed solvent tetrabutylammonium aceta...
Cellulose dissolution and regeneration are old topics that have recently gained renewed attention. T...
Cellulose dissolution and regeneration are old topics that have recently gained renewed attention. T...
The development of cellulose dissolution/regeneration strategies constitutes an increasingly active ...
Cellulose dissolution and regeneration is an increasingly active research field due to the direct re...
The development of cellulose dissolution/regeneration strategies constitutes an increasingly active ...
Cellulose is the most abundant polymer and a very important renewable resource. Since cellulose cann...
The development of strategies for dissolution and regeneration of cellulose constitutes an increasin...
The interest in cellulose dissolution and regeneration is old but this topic has recently attracted ...
Cellulose is a polymer so widely abundant and versatile that we can find it almost everywhere in man...
Despite being the world's most abundant natural polymer and one of the most studied, cellulose is st...
In the cellulose scientific community, hydrogen bonding is often used as the explanation for a large...
Cellulose is the World’s most abundant biopolymer and an important renewable raw material for many m...
International audienceAll natural and regenerated cellulose objects are difficult to dissolve while ...
To improve the physical strength of regenerated cellulose fibers, cellulose dissolution was analyzed...
We have found that the dissolution of cellulose in the binary mixed solvent tetrabutylammonium aceta...
Cellulose dissolution and regeneration are old topics that have recently gained renewed attention. T...
Cellulose dissolution and regeneration are old topics that have recently gained renewed attention. T...
The development of cellulose dissolution/regeneration strategies constitutes an increasingly active ...
Cellulose dissolution and regeneration is an increasingly active research field due to the direct re...
The development of cellulose dissolution/regeneration strategies constitutes an increasingly active ...
Cellulose is the most abundant polymer and a very important renewable resource. Since cellulose cann...
The development of strategies for dissolution and regeneration of cellulose constitutes an increasin...
The interest in cellulose dissolution and regeneration is old but this topic has recently attracted ...
Cellulose is a polymer so widely abundant and versatile that we can find it almost everywhere in man...
Despite being the world's most abundant natural polymer and one of the most studied, cellulose is st...
In the cellulose scientific community, hydrogen bonding is often used as the explanation for a large...
Cellulose is the World’s most abundant biopolymer and an important renewable raw material for many m...
International audienceAll natural and regenerated cellulose objects are difficult to dissolve while ...
To improve the physical strength of regenerated cellulose fibers, cellulose dissolution was analyzed...
We have found that the dissolution of cellulose in the binary mixed solvent tetrabutylammonium aceta...