测振仪的英文

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"测振仪"怎么读用"测振仪"造句

英文翻译手机版

(路面平整度测量仪) vialog; ride meter; rideograph

"测"英文翻译 survey; fathom; measure
"振"英文翻译 shake; flap; wield
"仪"英文翻译 appearance; bearing
"光学测振仪" 英文翻译 : optical vibrometer; optical wedge micrometer
"坏测振仪" 英文翻译 : mechanical vibraometer
"机械测振仪" 英文翻译 : mechanical vibraometer
"杠杆式测振仪" 英文翻译 : lever-brograph
"接触式测振仪" 英文翻译 : vibrograph
"盖格尔式测振仪" 英文翻译 : geiger brograph
"测振计" 英文翻译 : (振动计) vibrograph; vibration measurer; vibrometer
"颤振仪" 英文翻译 : vibration detecting apparatus
"激振仪" 英文翻译 : seismic trigger
"偏振仪" 英文翻译 : polariscope
"示振仪" 英文翻译 : vibrograph; vibroscope; vidicator
"眼振仪" 英文翻译 : electronystagmography
"测振元件" 英文翻译 : polarimetric element
"测振组件" 英文翻译 : polarimetric element
"电气测振计" 英文翻译 : electric vibration meter
"观测振幅" 英文翻译 : observed amplitude
"坏测振法" 英文翻译 : vibration measurement by mechanical method; vibration measurement by relative method
"机械测振法" 英文翻译 : vibration measurement by mechanical method,
"井下测振" 英文翻译 : downhole seismometry
"绝对测振法" 英文翻译 : vibration measurement by absolute method,; vibration measurement by mechanical method
"相对测振法" 英文翻译 : vibration measurement by relative method,; vibration monitor
"遥测振荡器" 英文翻译 : telemetering oscillator

例句与用法

Verification regulation of working measuring vibration instruments
工作测振仪检定规程
Model 991 ultra - low frequency vibration gauge
991型超低频测振仪
Lever - type vibrograph
杠杆式测振仪
Character testing and environment trial are made for the sensor . the comparison experiment in the car santana 2000 with japan liyin company ' s vm - 63a instrument of testing vibration are done in the paper
并对传感器进行了性能测试和环境试验，在桑塔纳2000轿车上与日本理因公司vm - 63a型测振仪进行了比较实验，现在本传感器已实现商品化。
The results of experiment verified the simulation of pspice software . in chapter five , the technology requirements of vibration calibration system are introduced , and thus the optical and electric design are realized . the laser - vibration - measuring - system is tested and the results are analyzed
第五章介绍了振动校准系统对测振仪的技术要求，实现了相关光路和电路的设计；对系统进行测试，并对实测结果进行分析；最后对系统的误差进行了分析。
Based on the advanced embedded computer and network technology along with the embedded operational system such as windowsce , the instruments can gather many functions such as transmitting and measurement , compensatory computation , signal analysis and processing into one instrument . in this paper a portable instrument for vibration measurement with embedded computer system was discussed . based on windowsce real - time operation system the software of this instrument was designed and developed with evc computer language
本文基于目前流行的便携式仪器的核心技术? ? windowsce ，设计开发了应用于现场设备振动测量分析的的便携式测振仪表，针对现场特点和实际要求，对于测振仪的硬件系统进行了规划设计，并重点对于仪器软件进行开发，在windowsce平台下，利用evc语言开发研制了仪器的应用软件，实现了包括信号采集、分析、显示、数据存储和通信功能的软件系统；并对该软件进行了计算机仿真调试。
Abstract : in this paper , the design of the sense organ of the silicon miniature inertial meter is presented . the approving structure of the sense organ is fulfilled by the fabrication techniques of laser processing and chemical etching , laser fibre optic vibration is used to test the vibration characteristic of the suspensi on beams
文摘:设计了硅微型惯性加速度计的敏感头并应用激光加工和化学蚀刻相结合的工艺方法制造得到了满意的结构，应用激光光纤测振仪检测了悬臂梁振动特性。
In this paper , the design of the sense organ of the silicon miniature inertial meter is presented . the approving structure of the sense organ is fulfilled by the fabrication techniques of laser processing and chemical etching , laser fibre optic vibration is used to test the vibration characteristic of the suspensi on beams
设计了硅微型惯性加速度计的敏感头并应用激光加工和化学蚀刻相结合的工艺方法制造得到了满意的结构，应用激光光纤测振仪检测了悬臂梁振动特性。
On the basis of practically achieved low - frequency laser - vibration measuring - system , this thesis analyses the principle of laser - vibration measuring - system , the optical factors which have effect on contrast degree of interference fringe , the optical - electric transformation factors which have effect on measuring accuracy , the important of filter for improving the accuracy in the absolute calibration and the outward vibration which has effect on system accuracy , etc . in chapter one , the background of laser measuring vibration , and then followed by its current status , is introduced and analyzed
本论文根据实际研制的激光测振仪系统，从提高激光测振仪精度的角度出发介绍了激光测振仪的原理，并详细地剖析了光路对测振仪干涉条纹对比度的影响、光电转换对测量精度的影响、光电信号的滤波放大以及外界振动对测振仪系统的影响等技术问题。