听觉系统

因此，用非听觉系统激起反应解释钻井噪声与振动对鲤鱼的影响机制可能是合理的。

Therefore, it may be reasonable that the affecting mechanism could be explained by activating response of non-hearing system.

但是当听觉系统正常工作时，它是一个精妙无比的系统。

But when it does work, our hearing is an incredible, elegant system.

我们之所以能够识别声音并判断出其所在位置很大程度是因为听觉系统。

The ability to recognize sounds and identify their location is possible thanks to the auditory system.

声源定位是听觉系统的主要功能之一。

Sound source localization is one of main functions of auditory system.

此课为听觉系统的分子生物学之导论课程.

An introductory course in the molecular biology of the auditory system.

不论喜欢的音乐是什么，我们的听觉系统是种精密的设计，而且确实，许多听觉研究者已经研究出一项设计，比如背景神经科学。

Whatever the preferred playlist, our auditory system is a superb piece of engineering, and indeed many auditory researchers have an engineering as well as a neuroscience background.

因此，用非听觉系统激起反应解释钻井噪声与振动对草鱼的影响机制可能是合理的。

Therefore, it may be reasonable that the affecting mechanism could be explained by the activated response of non-hearing system.

听觉系统和视觉系统的不同之处在于：听觉系统在外周感受器和听皮层间具有更长的皮层下通路和更多的突触联系。

In contrast to the visual system, the auditory system has longer subcortical pathways and more spiking synapses between the peripheral receptors and the cortex.

科学家发现听觉系统的各种声音， 根据他们的足球场 。

Scientists discover auditory system sorts sounds based on their pitch .

目的了解噪声对飞行人员听觉系统的影响。

Objective To know influence of noise on auditory system of flight personnel.