词语导航
基本信息
词语：压电频率
繁体：壓電頻率
拼音：yā diàn pín shuài
英语翻译
【电】 piezoelectric frequency
分词翻译
压电的英语翻译：
piezoelectricity
【医】 piezo-electricity
频率的英语翻译：www.wENTiYI.coM
frequency
【计】 F; frequency
【化】 frequency
【医】 frequency
【经】 frequency
翻译例句
1. 该晶片是一个压电谐振器，以精准而极高的频率对电压作出反馈，进行放大和收缩。
The wafer is a piezoelectric resonator, expanding and contracting in response to electrical voltages at a precise, extremely high frequency.
2. 新的改进在底板加上了压电谐振器，旨在使下平板在某一特定频率上轻微地振动。
The new work has added what is known as a piezoelectric resonator to the bottom plate; its purpose is to jiggle the bottom plate at a very particular frequency.
3. 换能器由阵列微压电结构组成，这种压电材料在合适频率下的振动能够将电信号转换成超声波。
Transducers are made from arrays of tiny piezoelectric structures that convert electrical signals into ultrasound waves by vibrating at an appropriate frequency.
4. 把小型压电声传感器安装到这种构造部位上，检测由航空级铝材裂纹所致的特定频率的噪音，靠这样就能监测飞机裂纹。
It does this by fitting small piezoelectric acoustic sensors to parts of the structure to detect the particular frequency of noise caused by a crack in aircraft-grade aluminium.
5. 利用等效弹性法分析了压电矩形共振器的二维耦合振动，导出了振子共振频率的解析表达式。
Based on the equivalent elasticity method, the plane coupling vibration of a rectangular piezoelectric ceramic plate was studied and the resonant frequency equation was derived out.
6. 为克服低压电力线信道的频率选择性和时变性，系统采用正交多载波方式传输信息。
Orthogonal Multi-Carrier Modulation(OMCM) is adopted to overcome the frequency selectivity and time variation of low-voltage power line channel.
7. 液相环境下振荡的压电石英晶体传感器的谐振频率变化主要受液体性质和表面质量负载的影响。
The resonance frequency shifts of piezoelectric quartz crystal sensors in contact with the liquid are influenced mainly by liquid properties and mass loading on the quartz crystal surface.
8. 频率控制和选则用表面安装的压电器件。标准外形和终端引线的连接。第1部分：塑料模压外壳外形。
Surface mounted piezoelectric devices for frequency control and selection - Standard Outlines and terminal lead connections - Part 1: plastic moulded enclosure Outlines.
9. 文中给出了探针-压电片检测系统的的频率特性，并比较了剪切力探测和轻敲模式探测特性的区别。
The frequency responses of the system combing probe tip and piezo chip were detected, the difference between the shear force detection and the tapping mode detection was discussed.
10. 有限元计算和试验测量结果验证了这一模型对压电振子频率计算的准确性。
The FEM and measured results validated the accuracy of this model in frequency calculation of piezoceramic elements.
11. 在生产运用中，主要解决以下几个问题：1）对压电基片的SAW传播速度无损测量，在生产中对不同速度的晶片进行分类使用，应用于生产以便对频率一致性进行控制。
Some problems are solved in applying to produce. 1) To test piezoelectric wafer"s SAW transmission speed . Use sorts of wafers having different speed during produce, controlling frequency consistency.
12. 以超高密度信息存储技术为应用背景，设计了低刚度高谐振频率的新型微压电悬臂梁探针，并安排了探针加工工艺流程。
Based on the applications in ultra-high-density data storage, a novel micro piezoelectric cantilever is designed, and the probe fabrication process arrangement is made as well.
13. 研究了一种利用微机控制测量和采集压电晶体传感器阵列振荡频率的智能型仪器。
A computer controlled intelligent measurement and data acquisition system for piezoelectric crystal sensor array was studied.
14. 动态检测结果表明，该方法可以较好地检测出压电换能器的谐振频率。
The result of dynamic detection indicates that this method is able to detect the resonant frequency of the piezoelectric transducer.
15. 本文讨论利用压电音叉作为频率元件的频率制远动装置的设计方法。
This paper deals with the design method of the frequency—type remote supervisory control equipment with piezoelectric fork for frequency elements.
16. 再次，对多谐振频率压电发电结构参数进行了优化，并对发电性能进行了分析。
Thirdly, the parameters of multi-resonant frequency piezoelectric energy harvesting structure are optimized and its generation capacity is analyzed.
17. 通过冲击损伤试件的实验分析表明，由于结构损伤的出现压电阻抗谱中的模态频率及其阻抗幅值等特征信息将发生变化。
Experimental results on impact damaged pieces show that the presence of structure damages makes such characteristic information as mode frequency and value of piezoelectric impedance changed.
18. 目的探讨体外凝血反应引起压电传感器频率变化的规律，建立压电凝血终点判断模型。
OBJECTIVE To study the principle of dynamic response frequency in piezoelectric coagulation and (establish) a new method for endpoint determination of the analysis.
19. 对压电微泵的输出流量进行了测试，结果显示：电压、频率以及背压对流量均有显著影响。
The flow rates of the micropump are measured, and the result shows that the voltage, frequency and the back pressure all have an influence to the flow rates.
20. 说明压电晶体的特性和与压电晶体的共振频率有关的因数，以及脉波-波法的过程。
Explain the characteristics of piezoelectric crystals and the factors relating to the resonant frequencies of a piezoelectric crystal, and the procedure of the pulse-echo method.
21. 研究结果表明，当悬臂梁压电振子处于谐振频率状态下振动时，输出电压和功率达到最大。
The results showed that the output voltage and power were maximum at the resonance frequency.
22. 分析压电式超声波换能器的等效电路，并由等效电路输入阻抗的导纳圆图确定了换能器的元器件参数以及谐振频率、机械品质因数和工作带宽等特征参量。
The device parameter as well as resonance frequency, mechanical quality factor and work band width were determined by the equivalent circuit input impedance admittance circle diagram.
23. 为了获得高谐振频率、大扭转角的驱动元件，设计了一种新型的压电圆盘扭转致动器。
In order to obtain an actuator with high resonant frequency and large torsional Angle, a new piezoelectric disk torsional actuator has been developed.
24. 介绍了YD - 1型压电式加速度传感器与CZ - 4型磁座构成的磁座安装测振系统的安装谐振频率。
The mounting resonant frequency of vibration measurement system formed with piezoelectric acceleration sensor YD-1 and mounted magnetic base CZ-4 is addressed.
25. 另一通道光栅选支连续激光输出，可用压电陶瓷调节激光频率。
CW laser output has been obtained from the other channel with a grating and its frequency can be tuned by a PZT.
26. 在此系统中，首先使用计算机来产生一个频率可调的超声波驱动信号，然后通过对马达转数的检测，系统得到压电超声马达的最佳谐振频率值。
In this system, a frequency-adjustable ultrasonic drive signal is made by computer, then based on the motor "s revolution number, system can automatically find the syntonic frequency of motor.
27. 采用弹性支撑和改变压电陶瓷激振方式，实现了电机两相振动频率的简并。
Adopted elastic supporting and altered exciting manner, two phase vibration frequency degeneration of the motor is realized.
28. 利用ANSYS软件分析了压电陶瓷的组合结构对梁的固有频率的影响，给出了数值计算结果。
The influence of the combined modes of piezoelectric ceramics on eigenfrequency of a linear beam is analyzed with the help of ANSYS software, with digital computation value presented.
29. 利用ANSYS软件分析了压电陶瓷的组合结构对梁的固有频率的影响，给出了数值计算结果。
The influence of the combined modes of piezoelectric ceramics on eigenfrequency of a linear beam is analyzed with the help of ANSYS software, with digital computation value presented.
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