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Audiology Research, Volume 12, Issue 2

April 2022 - 12 articles

Cover Story: The aim of this study was to analyze the preferential pathways of sound transmission and sound waves’ travelling properties in the skull as well as identify the locations on the skull where bone conduction to the cochlea is optimal. Tests were conducted on cadaveric heads with BAHA^TM implants in three different locations on the skull, measuring the transmission with linear accelerometers, a laser velocimeter, and a reflector on the round window. We demonstrated that low-frequency sound waves mainly travel in the frontal part of the skull, but that there is no predominant pattern in the higher frequencies. No implant location was significantly better at transmitting sound ipsilaterally or contralaterally. View this paper.

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1 Citations

3,482 Views

14 Pages

Spatial Release from Masking for Tones and Noises in a Soundfield under Conditions Where Targets and Maskers Are Stationary or Moving

M. Torben Pastore and
William A. Yost

Audiol. Res.2022, 12(2), 99-112;https://doi.org/10.3390/audiolres12020013

23 February 2022

Stationary visual targets often become far more salient when they move against an otherwise static background–the so-called “pop out” effect. In two experiments conducted over loudspeakers, we tested for a similar pop-out effect in...

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