The mean of noise intensity was 84.96 in steady noise factories and 88.49 in impulsive noise factories(P>0.05)where had significant statistical differences of hearing impairment and high blood pressure(P>0.01).
Hearing thresholds were measured with audiometer by routine method and adjusted by age and gender according to method described in the GBZ49-2002. The diagnosis was made for each worker according to the criteria of GBZ49-2002. The hearing level between these two groups were compared.
In the research on spatial hearing and virtual auditory space, it is important to effectively model the head-related transfer functions (HRTFs).
A non-linear spatial hearing model based on bases pursuit algorithm
In the research on spatial hearing and realization of virtual auditory space, it is important to effectively model the head-related transfer functions (HRTFs) or head-related impulse responses (HRIRs).
The Effect of Sound Intensity on the Frequency Resolving Power of Hearing and the Effect of Interference
Sensitivity of Dolphin's Hearing as a Function of the Sound-Source Position
Transfer of a Listening Comprehension Strategy to Independent Reading in First-Grade Students
Of interest was whether or not first-grade students (n=35) would, following instruction within the context of listening to stories, gain in listening comprehension and transfer this knowledge to support reading comprehension.
At post-test, the intervention group demonstrated significantly higher listening comprehension, but not free recall, than the comparison group.
By evaluating the "before" and "after" artwork, educators can identify advances in students' reading and listening comprehension of the terminology, facts, and principles on a particular topic.
The third disabled reader had superior listening comprehension but was poor in word-reading skill.
The temporal parameters of the perception of radially moving sound sources partly masked with broadband internalized noise at an intensity of 40, 46, or 52 dB above the hearing threshold have been studied.
The use of ecologomorphological approach made it possible to establish that specific structural features of the hearing organ in different mammals are determined by adaptation to specific acoustic properties of the environment.
It was shown that morphofunctional adaptations directed at optimization of acoustic sensitivity in different environmental conditions were leading in the hearing organ evolution.
The hearing impairment was confirmed by distortion products of otoacoustic emissions measurements.
Background: Prelingually deaf persons usually gain only a rudimentary command of speech and prefer sign language to communicate within the deaf community without the handicap they experience in the hearing world.