International audienceIncreasing interest in understanding tension stress generation in tension wood with fibres having a gelatinous layer (G-layer) has focused attention on the specific role of this layer. To distinguish its contribution from those of other wall layers, the G-layer of wood sections was isolated by ultrasonication. The aim of this study was to assess the effect of sectioning and of the ultrasonic treatment on the mesoporosity of tension wood using nitrogen adsorption-desorption analysis. The results showed that the process of isolating the G-layer using ultrasonication strongly affects its mesoporosity. Most damage was found to occur during sectioning rather than as a result of the 15-min ultrasonic treatment
An effective method for inducing cell-wall checks in a microtomed wood radial section by ultrasonic ...
Le comportement du bois de tension aux niveaux microscopique et macroscopique a été observé et compa...
In order to study the viscoelastic behaviour of cell wall layers and the influence of hygroscopicity...
International audienceIncreasing interest in understanding tension stress generation in tension wood...
International audienceThe mechanism for tree orientation in angiosperms is based on the production o...
Accepted for publication in IAWA Journal (3rd June 2004)The gelatinous layer (G-layer) of tension wo...
Dimensional stability is a key property of wood that significantly affects its applications. The eff...
In order to understand what is controlling the magnitude of the longitudinal growth stress in tensio...
The mechanism of active stress generation in tension wood is still not fully understood. To characte...
Accepted as original article in Journal of Wood Science (6th may 2004)The detachment of gelatinous l...
International audienceIn order to progress in the understanding of mechanical stress generation, the...
Texte intégral en chinois, résumé en anglais.Based on the conventional anatomical analysis, the pore...
The gelatinous layer (G-layer) of tension wood fibres in hardwood contributes to the mechanical func...
Macroscopic longitudinal shrinkage of beech and poplar tension wood is higher than in normal wood. T...
J Wood Sci, in press (accepted April 12, 2004)International audienceThe tension wood (TW) properties...
An effective method for inducing cell-wall checks in a microtomed wood radial section by ultrasonic ...
Le comportement du bois de tension aux niveaux microscopique et macroscopique a été observé et compa...
In order to study the viscoelastic behaviour of cell wall layers and the influence of hygroscopicity...
International audienceIncreasing interest in understanding tension stress generation in tension wood...
International audienceThe mechanism for tree orientation in angiosperms is based on the production o...
Accepted for publication in IAWA Journal (3rd June 2004)The gelatinous layer (G-layer) of tension wo...
Dimensional stability is a key property of wood that significantly affects its applications. The eff...
In order to understand what is controlling the magnitude of the longitudinal growth stress in tensio...
The mechanism of active stress generation in tension wood is still not fully understood. To characte...
Accepted as original article in Journal of Wood Science (6th may 2004)The detachment of gelatinous l...
International audienceIn order to progress in the understanding of mechanical stress generation, the...
Texte intégral en chinois, résumé en anglais.Based on the conventional anatomical analysis, the pore...
The gelatinous layer (G-layer) of tension wood fibres in hardwood contributes to the mechanical func...
Macroscopic longitudinal shrinkage of beech and poplar tension wood is higher than in normal wood. T...
J Wood Sci, in press (accepted April 12, 2004)International audienceThe tension wood (TW) properties...
An effective method for inducing cell-wall checks in a microtomed wood radial section by ultrasonic ...
Le comportement du bois de tension aux niveaux microscopique et macroscopique a été observé et compa...
In order to study the viscoelastic behaviour of cell wall layers and the influence of hygroscopicity...