Too loud! Non-occupational noise exposure causes hearing loss

Daniel Fink, Jan L. Mayes
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引用次数: 5

Abstract

That occupational noise exposure causes hearing loss has long been known, but non-occupational noise exposure was not recognized as a problem until the 1960s. Today, most Americans are regularly exposed to non-occupational noise sufficient to cause hearing loss, perhaps because of an erroneous belief that 85-decibel noise exposure, based on occupational standards, is safe for the public without time limit. Common noise sources include personal audio systems, especially among young people; public transit; social, sports, and entertainment venues; household appliances; and power tools and landscape maintenance equipment. As a result, approximately 25% of American adults age 20-69 have noise-induced hearing loss, 53% without significant occupational exposure. Why? The Equal Energy Hypothesis states that equal amounts of sound energy produce equal amounts of hearing loss, regardless of how that sound is distributed over time. The response to sound is non-linear, though, and brief high-level exposures may have disproportionate impacts on hearing. How loud is too loud? The Auditory Injury Threshold is only 75-78 A-weighted decibels. The Environmental Protection Agency calculated a time-weighted daily average of 70 decibels to prevent hearing loss, but the true safe noise level may be 60 decibels or lower. Recommendations are made to reduce public noise exposure.
太大声了!非职业噪声暴露会导致听力丧失
人们早就知道职业性噪声暴露会导致听力损失,但直到20世纪60年代,非职业性噪声暴露才被认为是一个问题。今天,大多数美国人经常暴露在足以导致听力丧失的非职业噪声中,这可能是因为人们错误地认为,根据职业标准,暴露在85分贝的噪声中对公众是安全的,没有时间限制。常见噪声源包括个人音响系统,尤其是年轻人;公共交通;社交、体育、娱乐场所;家用电器;以及电动工具和景观养护设备。因此,在20-69岁的美国成年人中,大约有25%的人患有噪声性听力损失,53%的人没有明显的职业接触。为什么?等能量假说认为,无论声音如何随时间分布,等量的声音能量产生等量的听力损失。然而,对声音的反应是非线性的,短暂的高强度暴露可能会对听力产生不成比例的影响。多大声才算太大声?听觉损伤阈值仅为75-78 a加权分贝。美国环境保护署(Environmental Protection Agency)计算出的时间加权日平均噪音为70分贝,以防止听力损失,但真正的安全噪音水平可能是60分贝或更低。建议减少公众接触的噪音。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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