1.
Design and Characteristics Test for Micro Tetrahedral Loudspeaker
微型正四面体扬声器研制及性能测试
2.
Discussion on Impedance Curve of Micro Loudspeaker
关于微型扬声器阻抗曲线的一些探讨
3.
LEFT REAR QUARTER SPEAKER CONNECTOR
左后四分扬声器接头
4.
RIGHT REAR QUARTER SPEAKER CONNECTOR
右后四分扬声器接头
5.
Research on the creep effect and small signal parameters of microspeaker
微型扬声器蠕变效应与小信号参数研究
6.
Large Signal Performance of Tweeter,Micro and Horn Loudspeaker
高音、微型及号筒扬声器单元的大信号性能
7.
A device, such as a cone or baffle, placed in front of a loudspeaker diaphragm to diffuse the sound waves.
扬声器纸盒一种装置，例如锥形体或反射板，放在扬声器膜前面，用来散射声波
8.
Miniaturize the Endoscope Localizing Sensor by Regular Tetrhedron Shaped Differential Magnetic Dipoles;
基于正四面体结构差分磁偶极子对内窥镜定位探头微型化的研究
9.
If the polarity of the speaker connections are not correct, the bass tones will be weak.
扬声器接线电极如果没有连接正确，低音将显得微弱。
10.
Technology of Micro Droplet Atomizers Based on Surface Acoustic Wave
基于声表面波的微型液滴雾化器技术
11.
The Design of the Multimedia Courseware Microphone and Speaker;
谈《传声器与扬声器》多媒体课件的设计
12.
Rear quarter speaker shorted internally.
后四分之一扬声器内部短路。
13.
FPS FourPointSurround
创新的四点环绕扬声器系统
14.
quadraphonic amplifier
四声道立体声放大器
15.
Study on Micro-Mixer for Digital Droplet Based on Surface Acoustic Wave
基于声表面波技术数字微流体微混合器研究
16.
Some applications on FEM in the micro loudspeaker modal analysis and the acoustic response simulation are introduced.
介绍了有限元法在微型扬声器振膜模态分析以及声响应分析中的一些应用。
17.
Suppose the speakers both emit a pure sinusoidal sound wave of constant frequency.
假定两个扬声器都发射恒定频率的纯正弦声波。
18.
Ubisch bodies and lipid bodies are found in the glandular tapetums. In meiosis of microsporocyte, cytokinesisis is a simultaneous type, which produces an isobilateral tetrad.
小孢子母细胞减数分裂胞质分裂为同时型,产生正四面体型四分体。