Sentence examples for rapid orientation from inspiring English sources

A number of studies in nonhuman primates and humans have measured visuospatial orienting (i.e., rapid orientation of gaze and attention to a new stimulus appearing in a new spatial location) as a dependent variable to examine a variety of cognitive processes (Hutton, 2008; Johnston & Everling, 2008; Luna, Velanova, & Geier, 2008; McDowell, Dyckman, Austin, & Clementz, 2008).

This result from the rapid orientation of the radicals that are formed from the decomposition of the α,α'-azobisisobutyronitrile as depicted in, Figure 11[43, 44, 48], this orientation reduces the number of direct terminations via recombination of the formed two radical fragments under microwave irradiation and thus cause a higher radical flux.

The results show that regions of rapid orientation change, near pinwheels or fractures, tend to have high Jacobian values.

Note that the reverse is not necessarily true: extreme low/high spatial frequency domains do not necessarily have to overlap with regions of rapid orientation change.

The owls responded at short latency (interquartile range = 190 281 ms) with a rapid orientation of the head toward the location of the source.

This predisposition is also present in the maps generated by the model (Fig 7a), where dark (low frequency) and white (high frequency) regions tend to be align with regions of rapid orientation change.

Drawing at a high temperature shows rapid crystalline orientation development, even at a low stretch ratio of 1.5, while molecular alignment develops steadily in the amorphous phase.

In this paper, we show that mechanically stretching an immiscible blend made from a nematic side-chain liquid crystalline polymer and a conventional polymer is an efficient way to induce a rapid macroscopic orientation of the mesogenic groups along the stretching direction.

The first type is persistent and rapid; the orientation of successive steps is positively correlated and the step velocities correspond to values in the tails of the measured velocity distributions (within dotted lines, and Figure 1C).

To facilitate rapid recognition and orientation, principal features of the land that would be visible from an aircraft in flight are shown to the exclusion of less important details.

To realize this approach, it is necessary to develop a problem-related strategy that takes into account modern software engineering techniques such as object orientation, rapid prototyping, and so on to minimize developing time without decreasing run-time quality and stability of the modeling system.