Sentence examples for columnar axis from inspiring English sources

Thus, GOE-PAS20 has a less elongated rod-like shape that is not as favorable for the parallel alignment of backbones defining the common direction of the columnar axis in the mesophase.

Kreiman et al. found that the mean value of correlation coefficient was 0.21 ± 0.16 for pairs of isolated neurons recorded within the same penetration tracks that were approximately aligned along the columnar axis (Kreiman et al. 2006; DiCarlo JJ, personal communication).

This double problem (on top of the assumption of an unsubstantiated columnar length axis; see criticism in Puelles et al. 2012) detracts from the scientific weight of the reported 'corroborations' of the assumed areal origins.

While deposition of thin films on PZT on SiO2 has been investigated [5, 6], attaining perovskite structured c-axis (columnar) growth directly on SiO2 has proved to be a challenge.

Differential scanning calorimetry (DSC) and small angle X-ray scattering (SAXS) reveals micellar and hexagonal columnar structures along the axis of the fibers, some of which are associated with the presence of the CNT, where these hexagonal structures are associated with the SDS functionalization on the CNT surfaces.

The long axis of columnar cells is positioned perpendicular to the oocyte surface (Da Silva-Buttkus et al., 2008).

For purposes of discussion, each plot has been split into three regions: region I has a low permeability compared to the rest of the melting regime; region II has intermediate permeability and is approximately columnar beneath the ridge axis; and region III has the largest permeability of the melt region.

As-fabricated cylinders oriented in the build direction (z-axis) and perpendicular to the build direction (x-axis) exhibited columnar grains and arrays of γ″ (body-centered tetragonal) Ni3Nb oblate ellipsoidal precipitates oriented in a strong [2 0 0] texture determined by combined optical metallography, transmission electron microscopy, and X-ray diffraction analysis.

A columnar specimen with the longitudinal axis being parallel to the crystallographic c axis was machined from one of the grown single crystals with a Jeol JIB-4000 focused ion-beam (FIB) apparatus at an operating voltage of 30 kV.

The cross-section of TEM results showed that the higher c-axis orientation columnar structure formed as the film thickness increased, and the structure transforms from wurtzite to cubical structure from the nano-beam diffraction analysis.

The palms illustrate the third major tree form, columnar, in which the central axis develops without branching until the apex of the bole.