Exposure to noise above 85db for prolonged periods is generally considered to damage hearing.
长时间暴露于85分贝的噪音下，通常会被认为听力会受到损伤。
In contrast, even the best treatments do not cure the deafness caused by prolonged exposure to noise.
相比之下，对于长期接触噪音所导致的耳聋来说，即便是给予最佳的治疗也无济于事。
The problem associated with exposure to noise do not arise if the subject knows they can make it stop.
如果当事人知道他们可以阻止的话，与曝露于噪音之下相关的问题就并不会造成。
According to the acoustics, continual exposure to noise of high intensity would lead to loss of hearing.
根据声学，持续暴露在高强度噪音下，会导致失聪。?。
As people age, accumulated exposure to noise and other factors may lead to deafness or hearing impairment.
随着年龄的增长，长期接触噪音或其他因素，久而久之就可能导致耳聋或听力障碍。
Exposure to loud noises can definitely produce a partial or complete loss of hearing, depending on the intensity, duration, and frequency composition of the noise.
暴露在巨大的噪音中肯定会造成部分或完全的听力丧失，这取决于噪音的强度、持续时间和频率组成。
Most digital cameras can easily a handle a 30-second exposure before noise starts getting out of hand. That's a great place to start.
绝大多数的数码相机都能曝光30秒而不会产生过多的噪点，这是一个很好的起点，这个曝光时间也可以避免拍下星星因地球自转产生的轨迹。
reducing exposure (both occupational and recreational) to loud noises by using personal protective devices and by engineering noise control.
通过使用个人保护装置以及噪音控制工程，减少接触噪音时间。
The sky in the exposures was de-rotated to compensate for the rotation of Earth, then images were stacked together producing an image identical to a single exposure but with less digital noise.
曝光的天空被旋转着以补偿地球的自转，然后把一连串的图像叠放在一起，产生了与单一曝光相同的图像，可是很少有数码噪声。
Other common causes include exposure to excessive noise, head and ear injury, ageing and the use of ototoxic drugs.
其他常见病因包括接触过量的噪音、头部和耳朵受伤、衰老和服用耳毒性药物。
Excessive noise, including working with noisy machinery, exposure to loud music or other loud noises, such as gunfire or explosions, can damage the inner ear and weaken hearing ability.
过量的噪音，包括机器轰鸣声、音乐声过响或其他噪音过大，如枪声或爆炸声，有可能损害内耳道，使听力减弱。
Even for comfortable listening, the radio volume levels required while driving under the conditions assessed in this study are likely to add significantly to the noise exposure level.
即使是很舒服的在听收音机，当处于这项研究中评估的状况下驾驶时，收音机的声音似乎也会对噪音的暴露水平有非常大的影响。
The report focuses on kids and teens, for obvious reasons-and because hearing loss is occurring at younger ages these days, thanks to noise exposure.
由于显而易见的原因—在噪声环境中，少年儿童的听力易受损害—本报告重点针对儿童和青少年。
The harm is different to that caused by noise exposure or simple ageing.
其危害不同于的置身于噪声或是简单的老化所引起的听力下降。
Repeated or continuous exposure to loud noise can cause gradual and cumulative damage.
反复或持续暴露在噪声中，可能会逐步造成积累性损伤。
I wanted no more than 60sec of exposure, max, to avoid digital noise. But a car takes a few minutes to climb or descend this section of the road.
我原来打算用60秒的最大暴光值，但汽车走完这段路程需要几分钟车时间，而且浓密雾气挡住了视线！
Conclusion Recording sound level meter can be well used to measure and assess noise exposure in complicate working environment.
结论个体噪声暴露测量可以较好地解决现场复杂情况下的噪声暴露评价问题。
They also did not have information on lifetime exposure to loud noise, a common cause of hearing loss.
他们也没有这些患者在噪音下暴露的生存时间，这个是最常见的导致听力损伤的原因。
Objective To study the dose response relationship between noise exposure and prevalence of noise induced hearing loss(NIHL)in man aircraft maintenance workers.
目的探讨男性飞机维修人员噪声暴露与噪声性听力损失（NIHL）患病率之间的剂量反应关系。
Objective: To assess the dose response relationship between the prevalence rate of noise deafness and the noise exposure.
目的：探讨五金工业噪声性耳聋患病率与噪声接触剂量之间的关系。
To determine and analyze both groups' temporary threshold shift (TTS) following high level noise exposure.
测量两组高强度噪声暴露后的暂时性阈移(TTS)。
Objective to explore the effects of noise exposure to the health of papermaking workers and offer evidence for the necessity to prevent and reduce the hazard of noise exposure.
探讨噪声暴露对造纸作业工人的健康影响，为预防和减少造纸企业噪声危害提供依据。
Noise exposure in the work-place is the most common preventable hazard to hearing.
工作场所发出的噪音是最常见的可防性听力公害。
We examined whether cells from a neural stem cell line could replace cochlear cell types lost after exposure to intense noise.
我们观察了神经干细胞系细胞是否可以替代耳蜗内强噪声暴露后所致的细胞缺失。
Acoustic impedance changes and hearing threshold shifts after exposure to impulse noise or air-blasts were studied in guinea pigs.
本文利用豚鼠研究了脉冲噪声和空气冲击波暴露后中耳声阻抗的变化和听阈偏移。
Objective To study on the relationship between hearing impairment caused by pulse noise and the noise exposure level, and to explore the exposure limit to protect the worker's health.
目的研究脉冲噪声作业工人语言听力损伤与噪声接触剂量之间关系，探索保护作业工人健康的噪声接触剂量限值。
Objective To study on the relationship between hearing impairment caused by pulse noise and the noise exposure level, and to explore the exposure limit to protect the worker's health.
目的研究脉冲噪声作业工人语言听力损伤与噪声接触剂量之间关系，探索保护作业工人健康的噪声接触剂量限值。
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