Sentence examples for mean fiber width from inspiring English sources

Interestingly, all of the substrates exhibited a substantial increase (up to 20 μm, equivalent to an 80% increase) in the variability of their mean fiber width.

The major differences which could be detected in the pulp fiber characteristics throughout the course of hydrolysis were changes in the mean fiber width.

The CNF were wider than the CNT, and the mwCNT were wider than the swCNT, as illustrated in the micrographs and given by the mean fiber width presented in Table 1.

Common for CNF A and CNF C is a higher metal content, about twice as large relative surface area, a lower mean fiber width, a higher proportion of open channel fibers, and a tendency towards a higher number of defective sites compared to CNF B and CNF D (Table 2).

As was observed with the fiber length values, xylanase treatment alone promoted only a slight change in the average fiber width, whereas cellulase addition increased the fiber width by about 10%.

The chrysotile showed no difference in average fiber width with incubation, but did show a marked decrease in length.

This suggests that, although the average fiber width itself does not seem to change substantially during hydrolysis, the numbers of fibers with widths much larger than average, as well as the number of fibers with widths much smaller than average, increased dramatically during hydrolysis.

Although there were significant differences in the fiber lengths of the various fractions (Table  2), the average initial fiber width values were not substantially different, with the SPP samples having very similar (approximately 25 μm) widths (Table  2).

The bale of wool has a fiber width of 11.6 microns compared with an average width of 21 microns for the benchmark.

Through the fiber measurer, fiber width ranged from 22 to 43 μm and the average fiber length was about 20 mm, which were in accordance with the fiber characteristics of mulberry bark [10].

We simultaneously measured fiber width and fiber periodicity, i.e. the distance between the centers of two neighboring fibers.