Variation in microfibril angle (MFA) in the S2 of the tangent cell walls of resonance and non-resonance spruce wood (Picea abies [L.] Karst.) used in the manufacture of musical instruments was studied. MFA was measured directly after preliminary visualisation of microfibrils in the cell walls. In the tested samples the position of an annual ring in the samples had no significant influence on the MFA. In the resonance wood, MFA values were between two and three times smaller than in the non-resonance wood. In the resonance wood, the differences in the MFA between earlywood and latewood were smaller, and the MFA fluctuations were also smaller
Results of experimental modal analysis of a resonance and non-resonance spruce wood (Picea abies L.)...
In this study, effects of wood species and growth ring angles of small wood beams cut from quartersa...
Utilizing the orientation of soft-rot cavities, microfibril angles were measured in individual trach...
The nanostructure of the wood cell wall and, in particular the tilt angle of the cellulose fibrils v...
Results of modal analysis and evaluation of cyclic inhomogeneity of wood and cell wall ultrastructur...
This paper shows results of specific elastic modulus and specific tensile strength in the resonance ...
The term microfibril angle (MFA) in wood science refers to the angle between the direction of the he...
The term microfibril angle, MFA in wood science refers to the angle between the direction of the hel...
This work focuses on a closer examination of the microstructure of wood and the relationship between...
This paper is concerned with the evaluation of microfibril angle of spruce. The microfibril angle is...
Fourteen Norway spruces [Picea abies (L.) Karst.], randomly sampled as 7 fast-grown and 7 slow-grown...
The spiral angle of the elementary cellulose fibril in the wood cell wall, often called microfibril ...
The pattern and extent of variation of microfibril angle of macerated spruce fibers were investigate...
In this paper, a new approach for the characterization of resonance wood is described. In order to i...
Teak wood (Tectona grandis L.f.) is a well known and relatively slow growing hardwood species and po...
Results of experimental modal analysis of a resonance and non-resonance spruce wood (Picea abies L.)...
In this study, effects of wood species and growth ring angles of small wood beams cut from quartersa...
Utilizing the orientation of soft-rot cavities, microfibril angles were measured in individual trach...
The nanostructure of the wood cell wall and, in particular the tilt angle of the cellulose fibrils v...
Results of modal analysis and evaluation of cyclic inhomogeneity of wood and cell wall ultrastructur...
This paper shows results of specific elastic modulus and specific tensile strength in the resonance ...
The term microfibril angle (MFA) in wood science refers to the angle between the direction of the he...
The term microfibril angle, MFA in wood science refers to the angle between the direction of the hel...
This work focuses on a closer examination of the microstructure of wood and the relationship between...
This paper is concerned with the evaluation of microfibril angle of spruce. The microfibril angle is...
Fourteen Norway spruces [Picea abies (L.) Karst.], randomly sampled as 7 fast-grown and 7 slow-grown...
The spiral angle of the elementary cellulose fibril in the wood cell wall, often called microfibril ...
The pattern and extent of variation of microfibril angle of macerated spruce fibers were investigate...
In this paper, a new approach for the characterization of resonance wood is described. In order to i...
Teak wood (Tectona grandis L.f.) is a well known and relatively slow growing hardwood species and po...
Results of experimental modal analysis of a resonance and non-resonance spruce wood (Picea abies L.)...
In this study, effects of wood species and growth ring angles of small wood beams cut from quartersa...
Utilizing the orientation of soft-rot cavities, microfibril angles were measured in individual trach...