Sentence examples for condition rotated from inspiring English sources

Place fields in the NV-FO condition rotated with the visual cues (e.g., see Fig. 6A, Cells 1 4; Fig. 6C, mean θ = −82.5 ± 3.6° SE).

However, a separate mixed analysis of variance (ANOVA) with group (non-blinkers or blinkers) as between-subjects factor and condition (rotated targets or rotated distractors) as within-subjects factor revealed a significant effect of condition, F 1, 22) = 34.82, MSE  = 71.41, p<.001, η2p = .61, but no significant effect of group (p = .18) and no interaction (p = .87).87

A separate mixed ANOVA with group (non-blinkers or blinkers) as between-subjects factor and condition (rotated targets or rotated distractors) as within-subjects factor revealed a significant effect of group, F 1, 17)  = 10.06, MSE  = 432.69, p = .006, η2p = .37, such that the mean target duration was shorter for the non-blinkers than for the blinkers.

Under these conditions rotating waves, with and without modulation, occur.

Frequency values are obtained for different types of boundary conditions, rotating velocity, circumferential wave number, geometric and material parameters.

It is concluded that for very severe experimental conditions (rotating mirror high-speed camera at 16 m optical distance from the specimen, magnification of 22, small radius of curvature, and poorly contrasted surface texture), the limit of detection of such bumps is of the order of 5 mm, and a minimum size of about 10 mm is needed to allow for a reliable quantification of the perturbation.

b X-ray radiograph of La condition humaine rotated 180° ©Hamilton Kerr Institute.

In the Asynchronous condition, brushes rotated in opposite directions at differing frequencies.

Unsurprisingly, fields that had developed in the presence of stable visual cues alone (FV-WO condition) faithfully rotated with those cues.

Because the 4 channel and 4 channel rotated conditions are the most closely matched acoustically but differ in intelligibility, these behavioral results suggest 2 complementary predictions: first, coherence is greater in the 16 channel condition than in the 1 channel condition; secondly, coherence is greater in the 4 channel condition than in the 4 channel rotated condition.

This paper presents a new technique for monitoring the condition of rotating machinery from vibration analyses.