Browsing by Issue Date
Now showing items 21-40 of 451
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A theoretical investigation of the high-cut cavity vent
(National Acoustic Laboratories, 1981-08) -
Compression in hearing aids: an analysis, a review and some recommendations
(National Acoustic Laboratories, 1981-09) -
Community reaction to military range noise: Holsworthy survey manual
(National Acoustic Laboratories, 1981-09) -
A Quantitative Examination of the Sources of Speech Discrimination Test Score Variability
(Ear & Hearing, 1982) -
Community reaction to noise from Colston Hill APV range, Puckapunyal
(Commonwealth Acoustic Laboratories, 1983-03) -
Performance and optimization of the calaid F.M.system
(Commonwealth Acoustic Laboratories, 1983-04) -
Fitting WDRC Devices: Which Rationale and How Many Channels?
(2000)Wide Dynamic Range Compression (WDRC) hearing aids are believed to be the best remedy for recruitment, which is experienced by most hearing impaired people. There are at least two theories about how WDRC devices should ... -
Prescribing Amplification for Children: Adult-Equivalent Hearing Loss, Real-Ear Aided Gain, and NAL-NL1
(Sage Publications, 2003-03)This paper focuses on how the acoustical differences between the ear canals of adults and children affect amplification requirements and describes efficient strategies to allow for these differences when prescribing and ... -
Obligatory CAEP testing in infants – a five year review
(National Acoustics Laboratories, 2005)In the year 2000, NAL and the Cooperative Research Centre (CRC) for Cochlear Implants and Hearing Innovation, commenced a series of studies using Cortical Auditory Evoked Potential (CAEP) testing. The overall aim of these ... -
Do new hearing aid users prefer less low- frequency, high-frequency, or overall gain than experienced users?
(2006)There seems to be a widespread belief among clinicians that new hearing aid users prefer less gain than experienced hearing aid users, and therefore that new users will acclimatize to more gain over time. This belief is ...