Sentence examples for major lengths from inspiring English sources

The major lengths of the silhouettes were then adjusted to be more than 100 pixels.

The particle shape of these binary mixtures is described by the ratio between the major length and the minor length of an ellipsoid (AR = 1.2, 1.5, or 1.7).

Results showed that, of the surface metrics, bit area and major length axis could be good measures for bit wear estimation.

RNA-seq analyses revealed pRNA synthesis from 6S RNA in A. aeolicus, identifying 9 to ∼17-mers as the major length species.

In this paper, we develop the partially penalty immersed finite element (PIFE) method with the Crouzeix-Raviart type polynomial spaces to solve the anisotropic flow models in which the diffusion coefficient is a piecewise definite-positive matrix, although we consider isotropic elliptic problems with piecewise scalar coefficients in major length for simplicity.

However, it is revealed that the average diameter of the nanorods increases, and the surface becomes rather rougher and possesses uniform particles in the enlarged FESEM image (Figure 1d). Figure 1f is a cross-sectional view of the CuInS2 QD-sensitized TiO2 NRAs, showing that the CuInS2 QDs have been uniformly deposited onto the surfaces of TiO2 nanorods along their major length.

The soma sizes are given as the major length axis; for axon bouton sizes, as the area of the cross section of each bouton in maximal projection image.

Small RNAs in ESCs, SSCs, MSCs, and STs exhibited major length peaks at 22-23 nt, whereas those in GCs displayed a peak at 27 30 nt.

Table S1 Synthesized DNA fragments covering the five major length heteroplasmic regions mimicking the rCRS variant and a fragment that is one (C-tracts) and two nucleotides (AC-repeat) larger (indicated by bold letters).

Only the LAD was used because of the major length (segments considered with a mean length of 7.57 cm) and higher prevalence of atherosclerotic disease and for technical reasons (ability to fix a surgical thread in the left main, without hampering the evaluation of the proximal LAD).

However, the major length changes that occur in the C. elegans oocyte spindle (with it shrinking and then elongating as anaphase progresses) make it likely that spindle elongation also contributes to segregation, potentially driven by CLASP-dependent microtubule polymerization as this previous study proposed.