1.
Design and implementation of digital cochlear filter bank based on wavelet transform
基于小波变换的数字耳蜗滤波器组设计与实现
2.
Study of the action of 9370MHz microwave on cochlea microcirculation
9370兆赫微波与耳蜗微循环的研究
3.
Effect of Pressure Wave on the Circulation of Cochlear Lateral Wall and Audio Threshold in Guinea Pigs
压力波对豚鼠耳蜗外侧壁微循环及听阈的影响
4.
Morphology of EABR in Cochlear Implant Users in Different Stimulation Mode;
不同刺激模式下人工耳蜗使用者EABR的波形研究
5.
The inner ear( cochlea) analyzes the sound wave and provides the brain with detailed information on the different sounds.
内耳（蜗）析声波并将不同声音的详细信息提供给大脑。
6.
The Observation of the Curative Effects on the Absence of Intraoperative Neural Response Telemetry in Cochlear Implant Users
未引出NRT波形的人工耳蜗植入患者的康复效果观察
7.
The central, conical, bony core of the cochlea.
蜗轴耳蜗中央的圆锥形骨质柱轴
8.
Hensen's stripe
(耳蜗覆膜下)亨森氏纹
9.
Modified cochlear view in cochlear implantation
人工耳蜗植入术后改良耳蜗位平片的探讨
10.
when sound waves enter the cochlea,which is really a tube coiled around,they set a membrane into a back and forth motion and cause a new wave.
当声波进入耳蜗这条盘旋的管道，它令薄膜前后移动并且产生新的波动。
11.
Cochlear otosclerosis:3 cases report and literature review
耳蜗性耳硬化症3例报告及文献复习
12.
These results suggest that delivering periodicity fluctuation cues inhigher frequency channels may be more important and efficient in enhancing Chinese tone recognition for cochlear implant patients.
这表明传递最高频段的时域周期波动信息对增强电子耳蜗使用者的中文音调识别最重要。
13.
Finally the binaural sound signal is filtered by the HRIR on the continuous sphere space.
最后利用连续球面空间上的HRIR对双耳信号进行滤波处理。
14.
Determination of Compound Ofloxacin Ear Drops by Kalman Filter Spectrophotometry
卡尔曼滤波分光光度法测定复方氧氟沙星滴耳液的含量
15.
Odd and Even Periodic Characteristics Analysis of Interleaver Based on Michelson-Gires-Tournois Interferometer
迈克耳孙Gires-Tournois干涉仪型梳状滤波器的奇偶周期特性分析
16.
Stria vascularis of the cochlea generates the endocochlear potential( EP) and secretes potassium into endolymph.
研究目的：血管纹产生耳蜗电位(P)向耳蜗内淋巴分泌钾离子。
17.
A spiral-shaped cavity of the inner ear that resembles a snail shell and contains nerve endings essential for hearing.
耳蜗内耳的螺旋形内腔，像蜗壳，有主要用于听的神经末梢
18.
Study of Highly Proliferative Cells from the Cochlea of the Newborn Rats and Neomycin's Effect on the Nestin Expression in the Cochlea;
新生大鼠耳蜗高增殖细胞的研究及新霉素对耳蜗nestin表达的影响