Sentence examples for planar character from inspiring English sources

Utilizing thin-film technology and microstructuring techniques, the planar character is kept by a sub-millimeter overall thickness.

A useful way to produce pseudo-3D representations is to preserve the planar character of each stroke while expanding moves by adding a constant lift to every incoherent vector.

This change in conformation does not propagate into the N-terminal domains, which maintain a roughly planar character, but is instead offset by the variable flexing seen for the C-terminal domains in different positions around the ring.

The planar slip character observed was found to prevail under all test conditions applied and leads to a cyclic stress strain curve, which is rather independent of the testing mode used (single step test, multiple step test, incremental step test).

The ESR spectra of complexes (2 4) show square planar of axial type symmetry (dx2 y2) with considerable ionic bond character, while complex (1) shows a spectrum of octahedral geometry.

For example, by replacement of the fluorene core of 3.1 with indacenodithiophene in 3.7, the structure becomes more planar by the increased quinoidal character of the thiophene phenyl bond.

Moreover, the planar gaunidinium group and its hydrophobic character enable the Arg side chains to solvate into the hydrophobic membrane.

The electronic structure for all nanotubes studied has metallic-like character, while their precursors (planar layers) demonstrate either metallic-like or semiconducting behavior depending on the arrangement of the surface OH groups.

The activated structure hosting the swarm is generally interpreted as a simple planar thrust fault, but the volumetric character of the swarm, together with its very low-angle attitude, suggests it may represent a distributed fault fracture mesh (Sibson 1996) comprising interlinked minor thrusts and extension fractures developed by hydrofracturing (Fig. 6).

These results demonstrate that hBMSCs take on morphologies with greater 3D character in scaffolds than on a planar substrate and that scaffold properties can be adjusted to modify cell dimensionality.

We show that the use of conducting porous layers on the surface of electrodes can be used to modify the mass transport regime from linear (planar) diffusion to one of approximately 'thin layer' character and that this alteration can in favourable circumstances facilitate the amperometric discrimination between species which oxidise or reduce at similar potentials under planar diffusion conditions.