This means that a certain degree of irregularity in unit orientations is required.
From the knowledge of the local unit cell orientation at surfaces, it is possible to explain the magnetic domain configuration imaged by magnetic force microscopy.
In this work, a comprehensive study of the local unit cell orientation distribution on single crystalline, polycrystalline and epitaxial thin film of martensitic Ni2MnGa is conducted by electron backscattering diffraction (EBSD).
The extent of crystal unit cell orientation increased significantly with drawing at both draw temperatures as expected, but crystallinity was found to increase with draw ratio only at the lower draw temperature, remaining unchanged at the higher temperature.
Four types of complex units have been described; as with the simple units, the orientation of a slit stimulus (that is, a line) is of the utmost importance for obtaining maximal response, but unlike the situation with the simple unit, the position on the retina is unimportant.
And unlike strands of DNA, proteins are three-dimensional units whose orientation and folding play an important role in their function.
Both 1a and 1b crystallize in the monoclinic system in related space groups (i.e. P21/n for the dihydrate and P21/c for the hemihydrate), but with the different unit cell orientations towards the presented molecules.
In situ conductivity measurements furtHoweverport the differences in the structure of the copolymers of 1,2-DAB were 2MA and 3MA.
We recorded multiple neurons simultaneously by using either a four-tetrode array or an eight-microelectrode array, and examined what kinds of electrodes and layouts provided a more homogeneous distribution of the units' optimal orientations.
After adjustment for age and WHI treatment assignment, the mean deficit for 3MS scores was 0.41 SD units (SE 0.09; (P < 0.001), and deficits were seen in each subdomain, ranging from 0.23 SD units (0.09) for orientation to 0.40 SD units (0.09) for language and praxis (all P < 0.001).
