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Perceptibility of environmental sounds by earphone wearers listening to pop and rock music

机译:耳机佩戴者收听流行音乐和摇滚音乐时对环境声音的感知能力

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References(10) To examine how the perceptibility of environmental sounds is affected by listening to music through earphones, the hearing thresholds for pure tones presented through a loudspeaker were measured. Under the condition that the listener wore canalphones, thresholds were considerably higher than those under the condition that the listener’s ears were open. When pseudo-music signals were presented through the canalphones at the A-weighted sound pressure level of 70 dB, the hearing threshold at 2 kHz was almost 70 dB higher than the absolute threshold. How environmental noise affects the listener’s comfortable level of music played on portable audio devices was also examined. The mean comfortable listening levels (A-weighted) under a quiet condition were between 65 dB and 69 dB and those under a noisy condition ranged between 73 dB and 76 dB. It was indicated that when listening to music through canalphones at a comfortable level on a busy street, many environmental sounds would be inaudible.
机译:参考文献(10)为了研究通过耳机听音乐如何影响环境声音的可感知性,测量了通过扬声器呈现的纯音的听阈。在聆听者戴着运河电话的情况下,阈值比在聆听者的耳朵张开情况下的阈值高得多。当通过A加权声压级通过话音电话呈现伪音乐信号时,在2 kHz处的听力阈值比绝对阈值高出近70 dB。还研究了环境噪声如何影响听众在便携式音频设备上播放音乐的舒适度。安静条件下的平均舒适聆听水平(A加权)在65 dB至69 dB之间,而嘈杂条件下的平均舒适聆听水平在73 dB至76 dB之间。据指出,在繁忙的街道上以舒适的水平通过电话听音乐时,许多环境声音将听不见。

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