The phrase "adaptation angle" is correct and usable in written English.
It can be used in contexts related to adjustments or changes in perspective, particularly in fields like biology, psychology, or engineering.
Example: "The adaptation angle of the species allowed it to thrive in the changing environment."
Alternatives: "adjustment perspective" or "modification angle."
While some studies have, in addition, reported an indirect component of tilt adaptation, i.e. an attractive shift towards the adaptor, for large adaptation angles [5], [11], [22], we did not measure any such attraction using this stimulus set and paradigm (see Materials and Methods for details).
This paper investigates the problem of joint beamforming design and tilt angle adaptation of the BS antenna array for maximizing energy efficiency (EE) in downlink of multi-cell multi-user coordinated cellular networks.
Those in most widespread use are based on Dixon's two-point technique [ 70], for instance, a breath-hold gradient echo dual flip angle adaptation to generate intermediate-weighted and T1-weighted opposed-phase and in-phase images from which tissue fat contents can be calculated [ 71].
Based on this observation, we conclude that with the stimulus in our main fMRI experiment, there was no significant effect of progressive adaptation on the hue angle and color appearance.
Scientists have found direct evidence of selection acting upon this coral life system by exploring different angles of adaptation, but conclusions are difficult to draw.
In a psychophysical test, we confirmed whether there was the discrepancy between the color appearance and its corresponding hue angle as a consequence of adaptation to continuous color change in the stimulus.
Here, linear adaptations of the three leg parameters, leg angle, leg length and leg stiffness during late swing phase are assumed.
Finally, given that different gaze angles were used as the adaptation (25° left/right) and probe stimuli (10° left/right), our effects are best interpreted as adaptation of leftward and rightward gaze as opposed to adaptation of a specific gaze angle or stimulus configuration (e.g., 10° versus 25° left).
There is speculation that the narrow angle may have been a thermoregulatory adaptation to colder climates a compromise exacerbating an already existing design weakness (Marshall 1996).
However, if constraints explain the origin of all the features of the divergence angle phenomenon, it would no longer be an adaptation, since it was not shaped by natural selection.
