Is noise a good earphone company?
Answers from top 13 papers
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| Papers (13) | Insight |
|---|---|
| This study suggests that CAOHC-certified audiometric technicians can reliably use insert earphones without practical training when testing in quiet environments by reading the earphone package directions provided by the manufacturer. | |
| This means reducing noise exposure can contribute to increase safety in workplaces where noise is a factor. | |
07 Sep 1998 13 Citations | Good performance and valuable noise characteristics are achieved. |
10 Citations | The results show that low-frequency hearing thresholds for pure tones of frequencies from 40 Hz and up can be determined with acceptable validity and reliability by the use of this type of insert earphone. |
| The results indicate that noise is a significant issue in living environments, especially certain impact noise types. | |
19 Citations | The results showed that the reliability of the ER-3A earphone as measured by intra-individual variation, was comparable to that obtained with the TDH earphone. |
12 Jan 2006 | Final results demonstrated that both techniques are efficient and effective, and can contribute to evaluating adequately the earphone users' exposure to noise in telemarketing. |
19 Citations | But the good news is that it is possible to address the noise issue and create an environment for patients that is not only of better quality, but also inherently safer. |
| If an enclosure is used as an alternative to a supra-aural earphone for hearing testing in high ambient noise environments, hearing thresholds and threshold repeatability should be similar to a supra-aural earphone, and the enclosures should provide adequate attenuation of ambient noise. | |
24 Citations | also show that the preferred noise criterion gives good correlation with the auditory sensation comments of the office workers. |
| The results show good agreement with low-frequency noise measurements reported in literature. | |
16 Citations | It was suggested that noise is controlled by comprehensive measures from the angle of noise source, noise propagation ways and noise recipient. |