The phrase "auditory frequency" is correct and usable in written English.
It can be used in contexts related to sound, hearing, or audio analysis, particularly in discussions about sound waves or hearing capabilities.
Example: "The auditory frequency range of human hearing typically spans from 20 Hz to 20 kHz."
Alternatives: "sound frequency" or "hearing frequency".
Micheyl, C., McDermott, J. H. & Oxenham, A. J. Sensory noise explains auditory frequency discrimination learning induced by training with identical stimuli.
Examples of perceptual processes that have been investigated include visual motion detection, tactile spatial discrimination, and auditory frequency discrimination.
Consequently, small nonlinear distortions may also be present in the middle ear response in the auditory frequency range.
It is generally accepted that the middle ear acts mainly as a linear system for sound pressures up to 130 dB SPL in the auditory frequency range.
The current investigation was therefore designed to delineate the auditory frequency range sensitive to noise, to styrene, and to noise and styrene combined.
The shear modulus G′ determined from these measurements was 17 50 kPa, which is larger than in species with a lower auditory frequency range.
Coffey, E.B.J., Herholz, S.C., Chepesiuk, A.M.P., Baillet, S. & Zatorre, R.J. Cortical contributions to the auditory frequency-following response revealed by MEG.
The different auditory frequencies that modern whales perceive also affect nearly every aspect of their lives and natural history, from the sort of habitats they live in to what they eat.
Table 4 shows maximum, average, and minimum frequencies in addition to average error between the handle's turning frequencies, and shows the presented auditory frequencies during those respective time spans.
An ever-evolving sculpture structurally directed by auditory frequencies, this demonstration derives directly from the ingenious thought of Swiss medical doctor Hans Jenny, father of cymatics the study of visible sound and vibration.
We suggest that this mechanism is a key motor contributing to stereocilia bundle-based amplification and hearing sensitivity at high auditory frequencies [9].
