What is the translation of " AUDITORY SYSTEM " in Chinese?

• 听觉系统

Examples of using Auditory system in English and their translations into Chinese

Relationship to the auditory system.
关系听觉系统.

The human auditory system is a complex and wonderful thing.
人类知识体系是一个非常复杂且精妙的体系。

There are over 200 pharmaceuticals known to adversely affect the human auditory system;
有超过200的药品产生不利影响人的听觉系统；.

Problems in any part of the auditory system can lead to hearing loss.
听觉系统任何一处出现问题都可能会引致听力损失。

Timing is an important feature in the the brain and particularly in the auditory system.
时间是大脑中的一个重要特征，特别是在听觉系统中。

Birds have an auditory system similar to that of mammals, including a cochlea.
鸟类具有类似于哺乳动物的听觉系统，包括耳蜗。

We study the mechanisms by which complex sounds, such as speech, are processed by the auditory system.
我们的实验室研究通过复杂的声音，如语音，由听觉系统处理的机制。

The role of the auditory system is to decide which components form the sound link.
听觉系统的作用是决定哪些组件形成声音链接。

This approach can also be used to assess the consequences of various types of experiences on the auditory system.
这种方法也可以用于评估各种类型的经验对听觉系统的后果。

I just mean that the human auditory system isn't an absolute acoustic instrument;
我只是意味着人类听觉系统并不是一个绝对的声学仪器;

First introduced in the country rock, jazz and electronic music has influenced a generation of Auditory system.
最早在国内介绍摇滚乐、爵士乐和电子音乐，至今影响了一代人的听觉系统。

It is included in the auditory system, performing basic and higher functions in hearing.
这是的一部分的听觉系统，在执行基本的及高级功能的听力。

(ii) gain a greater awareness of musical parameters, the physical dimensions of sound, and the human auditory system;
Ii）对音乐参数，声音的物理尺寸和人类听觉系统有更深的认识;

Most chemicals that are known to affect the auditory system are also neurotoxic and/or nephrotoxic.
大多数已知影响听觉系统的化学物质也具有神经毒性和/或肾毒性。

In addition, the approach can be used to assess the consequences of various types of experiences on the auditory system.
此外，该方法可以用于评估各种类型的经验对听觉系统的后果。

Holden had a sensitive auditory system, so a moment like this required no strange or new noises.
Holden有灵敏的听觉系统，因此，这样的时刻不需要陌生或新的噪音。

Receptive fields have been identified for the visual system, auditory system and somatosensory system, so far.
到目前为止，已经为视觉系统，听觉系统和体感系统确定了感受野。

The next steps will be to determine the role that each of the proteins encoded by these genes has within the auditory system.
下一步将会鉴定这些基因编码的每一个蛋白在听觉系统中的角色。

This effect reveals one of the surprising abilities of our auditory system, which enables us to talk in a noisy place.
该效应揭示了人类听觉系统中令人惊奇的能力，使我们可以在噪声中谈话。

This allows the auditory system to compare the timing between left and right ears(see Listening in 3D, Waves 8).
听觉系统可借此对比左耳和右耳之间的时序（详见《Waves》杂志第8期中的"Listeningin3D"一文）。

When hearing is normal, these three areas of the brain work with the auditory system to interpret sound and produce speech.
当听力正常时，大脑的如下三个区域与听觉系统分工合作，用以分析声音并输出语言：.

Over time, our auditory system builds up a pool of references, such as noticing that sound from behind sounds slightly duller.
随着时间的推移，我们的听觉系统建立了一个参考数据库，例如注意到来自后面的声音听起来稍显沉闷。

In particular, we need to establish whether the genes impact on known hearing loss pathways or if they implicate new processes in the auditory system.
我们尤其需要确定，这些基因是通过已知的途径对听力损失产生影响，还是在听觉系统中引入了新的途径。

The human auditory system can naturally tune out music and conversations in the background to focus on one voice in a crowded room.
人类听觉系统可以自然地过滤掉音乐和背景谈话声，从而在一间座无虚席的房间内专注于某个语音。

Olfactory organ(the nose and related structures) Eye and related structures(visual system) Ear(auditory system) Gustatory organ(the tongue and related structures).
鼻和相关结构（嗅觉器官）眼睛及相关结构（视觉系统）耳（听觉系统）舌和相关结构（味覺系統）.

This is part of the auditory system, performing basic and higher functions in hearing, such as possible relations to language switching.
它是听觉系统的一部分，在听力中执行基本和较高的功能，例如与语言切换的可能关系。

The human auditory system is unique in the sense that it can identify patterns, so we recognize if a certain tone is repetitive or not.
人类的听觉系统是独一无二的，因为它可以识别模式，我们可以识别某个音调是否是重复的。

This is because the auditory system has a very high time resolution, and can also clearly distinguish the very fine time structure(TFS).
这是因为听觉系统具有极高的时间分辨率，对于极细微的时间结构（TFS，temporalfinestructure）也能明确分辨。

We hypothesize that the auditory system generates internal models of the sensory world, and uses these models to extract meaning from complex sensory stimuli.”.
我们假设听觉系统产生的感官世界的内部模型，并使用这些模型来提取复杂的感官刺激意义。