In every sagittal map, the anteroposterior coordinate of the center of the fibre bulks was measured at their intersecting point with the DV0, V1, and V2 horizontal planes, respectively.
The delineations of the fibre bulks were also superposed on Nissl sections (where they appear negatively stained), which undergo minimal deformations and served as primary basis for map drawings in the Morel atlas.
(e.g. intermediary goods such as cereals, fibres, bulk chemicals, and metal products).
The bulk fibre volume fraction in the plate was approximately 61%.
An instrumented injection mould was designed to determine the crystallization kinetics of semi-crystalline polymers and short fibre reinforced bulk composites.
The respective values were 1.3, 1.5 and 2.1×10−3 J m−2 for Kevlar 149 fibres, high modulus carbon fibres than in polypropylene, showing that α crystallization is more likely to occur in Kevlar 149 fibres and high modulus carbon fibres and bulk polypropylene.
Successful integration of these materials into a specific technology will require understanding of the fibres' surface, bulk and architectural properties.
The resulting effective macroscopic properties allow us to compute the mechanical response of individual macro-fibres and bulk wood specimens by means of a standard finite element procedure.
Due to fibre's high bulk volume however, excessive dietary fibre has been feared to decrease energy density have effects on growth, at least in developing countries and in children consuming very restricted diets.
Such fibres, as bulking agents, may make dieters feel satiated on food of fewer calories than normal.
