| 1. | Auditory system and human response to sound
听觉系统和人类对声音的反应。 |
| 2. | Dynamic observation on the noise conditioning of auditory system in human body
听觉系统噪声习服的实验观察 |
| 3. | An introductory course in the molecular biology of the auditory system
此课为听觉系统的分子生物学之导论课程。 |
| 4. | It is a curious gap in the exceptional fine tuning of our sense of hearing
对于如此精妙的听觉系统而言，这个缺陷实在是令人费解。 |
| 5. | Digital audio sound waves generate air pressure oscillations that stimulate the human auditory system
数字音频声波产生气压振动刺激人的听觉系统。 |
| 6. | Lack of response would not necessarily mean lack of awareness ; for example a patient ' s auditory system might not be working
没有反应并不一定意味着没有认知能力，例如，病人的听觉系统可能有问题。 ” |
| 7. | This is probably why human and animal extract signal of changing intensity more easy than the constant intensity
这也是为什么人和动物的听觉系统感受强度在变化中的信号要比强度恒定的信号更加适宜的原因之一。 |
| 8. | These data support previous reports that corticofugal systems work together with widespread lateral inhibition to regulate subcortical frequency processing
该发现支持了以前关于听觉系统中通过广泛的抑制作用来调制听觉信息处理的假说。 |
| 9. | Specification for audiovisual , video and television equipment and systems - methods for specifying and measuring the performance characteristics of audio - learning systems
视听视频电视设备及系统规范.第17部分:声频听觉系统工作特性规定和测量方法 |
| 10. | Through the extremely complex process of the human auditory system , these superimposed sounds can be sorted into separate sounds , and the process is called auditory scene analysis
通过听觉系统的复杂处理，人在脑中会对这一场景中叠加的各种声音事件加以分类，即所谓场景分析。 |
