Sentence examples for stage of orientation from inspiring English sources

To our knowledge, many of the most successful models for describing the mature stage of orientation preference maps are variations on the long-range interaction model of Wolf, Kaschube et al. [11, 70, 71], the mature map z evolves from an undetermined (random) initial stage (not assumed to be Gaussian) through partial_{t} mathbf{z} = L_{varLambda} (mathbf{z}) + N_{gamma, sigma} (mathbf{z}).

We focus here on Gaussian Random Fields, which provide a good description of the initial stage of orientation map development and, in spite of shortcomings we will recall, a computable framework for discussing general principles underlying the geometry of mature maps.

The coatings on ground titanium substrates developed a strong (111) orientation from the earliest stages of growth, although the degree of orientation was dependent on deposition conditions.

They note that there is no historical evidence of the philosophers of the two schools meeting, and point out significant differences in the stage of development, orientation and goals of the two philosophical systems.

This suggests the similar automatic detection of a novel stimulus and the early stages of the orientation of attention [ 32] in the groups.

This paper presents the design of orientation stages for high-resolution imprint lithography machines.

In wild-type embryos at the neural keel stage, the orientation of cell division is highly stereotyped.

Immuno-labeling with antibodies to Nanog (red), Oct4 (data not shown), or Gata6 (red) was used to assess the stage and orientation of the developing inner cell mass (ICM).

Detailed analyses of the stress-strain/wide-angle X-ray diffraction measurement and polarized Fourier transform infrared spectroscopy indicate that the microscopic crystallite and molecular chain orientation rapidly increase at the initial stage of stretching due to macroscopic nanofiber orientation.

At a later stage of crystallization, the samples exhibited the orientation of crystallites with the c-axis parallel to the magnetic field.

This unanticipated behavior showed that even during torque responses, evoked by a powerful monocular motion scene, the flies' reactions were not fully input-driven; a fly could attempt to readjust its body orientation at any stage of the stimulation.