词语导航
基本信息
词语：声波接收
繁体：聲波接收
拼音：shēng bō jiē shōu
英语翻译
【电】 sound reception
分词翻译
声波的英语翻译：
sound wave
【化】 sound wave
【医】 sonic wave
接收的英语翻译：
receive; incept; take over; take-over
【计】 R; REC; receive; receiving
【经】 reception; takeover
翻译例句
1. 整个硬件电路由超声波发射电路、超声波接收电路、电源电路、显示电路等模块组成。
The entire hardware circuit is composed by ultrasonic transmitter circuit, ultrasonic receiver circuit, the power circuit, display circuit, and other modules.
2. 该系统主要由主控制器模块、超声波发射模块、超声波接收模块和显示模块等四个模块构成。
The system primarily composed by the four modules: the controller module, ultrasonic launch module, ultrasound receiving module and display modular.
3. 系统由at89c 2051单片机、超声波发射电路、超声波接收放大电路、环境温度采集电路及显示电路组成。
The system consists of single chip AT89C2051, ultrasonic transmitter circuit, ultrasonic receiver circuit, temperature collection circuit, and display circuit.
4. 系统由at89c 2051单片机、超声波发射电路、超声波接收放大电路、环境温度采集电路及显示电路组成。
The system is composed of AT89C2051 single chip processor, ultrasonic transmitting circuit, receiving and magnifying circuit, data collecting circuit and displaying circuit.
5. 我们知道大脑某个区域会处理耳朵接收到的声波，那在想象声音的时候也是这块区域在起作用吗？
We know which brain regions handle sound waves that come in through your ears. Are the same areas active when you simply imagine the sound?
6. 电子标签发射出可被海底接收器识别的声波。
The tags send out pulses of sound which can be picked up by undersea receivers.
7. 这些声调组成一个回声定位声波，蝙蝠接收到返回声波的时候，这个捕食者就会获得猎物的大小、位置和多少等信息。
When the echo returns to the hunting bat, the predator can glean information about the size, location and more of prey.
8. 该采集系统采用8051单片机控制超声波的发射与接收，采用RS232与上位微机通讯。
The acquisition system is composed of 8051 Single Chip which controls transmitting and accepting Ultrasound, and to use RS232 as a message channel to upper computer.
9. 实验中，采用直探头与可变角探头作为超声波换能器做了接收宽带兰姆波信号的对比。
In the experiment, both the normal probe and variable Angle probe are used to receive broadband Lamb wave signals.
10. 具有垂直方向指向性的接收基阵对入射声波有方向加权效应。
The receptive array with directivity in the vertical plane has weight effect on the incident wave.
11. 除视觉外，蝙蝠还可以靠听觉飞行。它们可以发出声波，并接收从包括猎物在内的其他物体上所反射的回声。
Bats can navigate both visually and acoustically, by sending out sound waves and listening for echoes bouncing off objects-including prey.
12. 并对超声波发射接收电路的硬件结构和工作原理做了较详细的说明，给出了数据处理系统程序框图和部分程序。
Explicated the structure and principle of work of ultrasonic launching and receiving circuit, presented the program frame and part program of the date processing.
13. 我们介绍了一种新颖的超声波检测技术，它用宽带，非接触的电容换能器实现超声波的激发或接收。
We describe a new ultrasonic sensing technique which uses broadband and noncontact capacitive transducer to generate or receive ultrasonic waves.
14. 本文从超声波信号模型出发，对超声电视测井井下仪器的接收机、发射机的指标和方位检测精度进行了详细分析。
With a model for the ultrasonic signal, the requirement on receiver and transmitter performance and the detection accuracy of the bearings of an ultrasonic borehole televiewer are discussed.
15. 使声波信号沿着发射器和接收器之间的套管井壁传播时的幅度衰减确定套管外水泥胶结质量的声波测井方法。
A log that USES the variations in amplitude of an acoustic signal traveling down the casing wall between a transmitter and receiver to determine the quality of cement bond on the exterior casing wall.
16. 高性能，可编程的超声波脉冲发生器和宽频接收器。与仪器配套软件一起使用。
High performance, programmable ultrasonic pulser and broad band receiver. For use with virtual instrument software.
17. 系统主要包括超声波发射接收部分、压力测量部分、数据采集部分、单片机及上位pc机控制部分。
The system consists of the transmitting and receiving ultrasonic, measuring pressure, collecting data, and controlling of Single Chip Micyoco and PC mainly.
18. 通过超声波测试仪发射和接收换能器信号，输出的电压信号送入计算机的A/D卡。
We emit and receive signals fromtransducers by using Measuring Ultrasound Equipment, and then put continent voltages to the A/D card in the computer.
19. 在井中充水时接收到一组全波列声波。
An acoustic full wave train is received when borehole is filled with water.
20. 它是利用超声换能器的振动产生的超声波与弹性介质相互作用，从而携带大量有关材料性能的信息，这种信息以超声回波信号的形式被接收到。
By interaction between ultrasonic waves and elastic medium, it has carried much information of material, which are received in the form of ultrasonic echo signals.
21. 文中简要叙述了换能器的工作原理与构成，给出了测量系统的设计与工作流程，并对主要的超声波发射与接收电路作了说明。
The principle and construction of the transducer are briefly presented and the working principle, design of the system as well as the main generator and detector circuit are introduced in the paper.
22. 电磁超声换能器(EMAT)是一种通过电磁耦合方法产生和接收超声波的换能器。
An electromagnetic acoustic transducer (EMAT) can produce and receive ultrasonic waves though electromagnetic coupling.
23. 它是利用超声换能器的振动产生的超声波与弹性介质相互作用，从而携带了有关材料组织性能的信息，这种信息随同超声回波信号被接收到。
By interaction between ultrasonic waves and elastic medium, it carries much information of material, which is received in the form of ultrasonic echo signals.
24. 阵列声波测井采用多个接收器配置，从而构成一个接收器阵列，这样可以有效压制噪声，提高数据处理精度。
Array sonic logging use multiple receiver, that would constitute an array receiver. which can effectively suppress noise. It may improve the accuracy of data processing.
25. 使用CX20106红外接收芯片对接收的超声波进行放大，滤波，整形。
The new system use an infrared receiving chip named CX20106 to deal with the received ultrasonic wave, such as magnification, filtering and shaping.
26. 采用单片机来控制超声波的发射与接收，并且计算出液位，使检测具有更高的智能性。
The more intelligent can be obtained when using the MCU to control the emission and receive and to calculate the liquid-level.
27. 在地层评价中，时差相关技术用于阵列声波测井中，阵列声波测井仪的每一个接收器都记录全波列信号。
In formation evaluation slowness-time coherence is used in conjunction with an array-sonic tool in which the full waveforms at each receiver have been recorded.
28. 超声波传感器发射和接收超声波信号。
Ultrasonic sensors are transmitting and receiving ultrasonic signals.
29. 本文分别以白噪声及扫频信号为信号源，采用计算机仿真软件MATLAB，对声波在声发射端和接收端之间的飞渡时间的互相关估计进行了计算机仿真研究。WwW.WENtIyi.cOM
In this paper we separately use White noise and chirp signal as signal source, and apply simulate software MATLAB to research the time delay between the transmitted signal and the received signal.
30. 本文分别以白噪声及扫频信号为信号源，采用计算机仿真软件MATLAB，对声波在声发射端和接收端之间的飞渡时间的互相关估计进行了计算机仿真研究。
In this paper we separately use White noise and chirp signal as signal source, and apply simulate software MATLAB to research the time delay between the transmitted signal and the received signal.
版权声明：问题易所有作品（图文、音视频）均来源网络，版权归原创作者所有，与本站立场无关，如不慎侵犯了你的权益，请联系我们告知，我们将做删除处理！