检测头的英文

• detector head
• gauge head

• "检测"英文翻译    check; detection; test; gaug ...
• "头"英文翻译    5点就得动身 have to start before ...
• "点滴检测器检测头" 英文翻译 :    drodetector head
• "滚动光栅检测头" 英文翻译 :    detector with rolling grating
• "测头" 英文翻译 :    feeler; gaging head; gauge head; measuring head; tip
• "球测头" 英文翻译 :    ball contact tip
• "上测头" 英文翻译 :    upper detector
• "探测头" 英文翻译 :    detecting head; detection head
• "艾德测头" 英文翻译 :    idel sonde
• "测头管壳" 英文翻译 :    nose piece
• "定硅测头" 英文翻译 :    silicon probe
• "定氧测头" 英文翻译 :    oxygen probe
• "光电探测头" 英文翻译 :    photodetector head assembly
• "光声探测头" 英文翻译 :    optical sound head
• "光学测头" 英文翻译 :    optical measuring head
• "含砂探测头" 英文翻译 :    sand probe
• "金刚石测头" 英文翻译 :    diamond anvil cell
• "晶体测头" 英文翻译 :    crystal probe
• "目镜探测头" 英文翻译 :    eyepiece probe
• "气动测头" 英文翻译 :    gauging head; plug jet; snajet; snap jet
• "微泡探测头" 英文翻译 :    microbubble detector head
• "检测" 英文翻译 :    check; detection; test; gauging; detecting; sensing; [工业] checkout; measuring 接受规定的检测 stand the specified test; 初步检测 preliminary test; 进行检测 give a test; 写作能力是语文能力的最高形式的检测。 the ability to write is a supreme test of linguistic competence
• "点测头千分尺" 英文翻译 :    point micrometer
• "含球气动测头" 英文翻译 :    ball jet; balljet
• "孔隙水压测头" 英文翻译 :    piezometer tip

• Detection of the first three different configuration options to meet the needs of various special occasions installation , or sophisticated 18mm square cylindrical probe
  可选三种不同外形的检测头，以适应各种特殊安装场合的需要， 18mm圆柱形或精巧的方形探测头：
• 6 . the laboratory immersion testing has been shown that the sensor carrier for single sensor rataing reflactor is available for in - line inspection of small - diameter pipelines at the proper sampling frequcy and system amplititude
  小管道液浸超声检测室内试验表明，在适当的采样率和系统增益的情况下，单探头反射镜式检测头完全可用于小管道的超声智能检测。
• Introduced the coefficient of sweep zone , the condition of complete coverage of circumference for the pipeline has been extensive studied for a few types of sensor carriers , such as multi sensor array , multi rotating sensor array and single sensor rotating reflector
  首次引入扫描带重叠系数的概念，建立了多探头阵列式、多探头旋转式和单探头旋转反射镜式检测头的不漏检条件。
• This theme discuss the water of the slurry detected by the revolving detector . it utilizes the different resistance morque by the different charactoristic of defferent water comtent , makes the change of velocity of the detector
  本课题是通过旋转式检测头来检测水泥生料浆水分含量的，这正是利用不同水分含量的水泥生料浆变特性不同，从而对检测头产生的阻力矩不同，因此由交流伺服电机带动的检测头的转速会发生变化。
• So by this method , we can test the water content of the raw cement slurry through testing the velocity of the detector , it is certainly that it can test other slurry , such as paper slurry , mud slurry , mine slurry ctc . the fluid mechanics charactoristic of the slurry is complex , therefore it is difficult to establish the two - dimension or three - dimension mathematical modle to decide the relationship between the water content and the revolving speed of the detector . so the research for rotational detector in this topic is through the method of proper regressive analysis of experimental datas to establish the relation among the water content , the palse and the voltage
  料浆的流体力学性能是复杂的，要想通过建立二维或三维的仿锥形旋转式检测头在料浆中旋转的流体力学数学模型，来确定料浆水分含量与检测头的转速关系是十分困难的，甚至是不可能的，因此本课题对于旋转式检测头的研究，是通过对实验数据进行多元线性回归的处理方法，建立起水分含量与红外线对管输出的脉冲数p及电源电压之间的关系。
• The data acquisition and data flow for various sensor carriers are analyzed systematically , and the calculation models are put forward . the model of quantification of wall - loss defects for in - line inspection with ultrasonic pigs has been established . and inspection data can be pretreated with this model , compressed with dpcm technique and treatd by dsp instruments
  建立了检测头数据采集量及数据处理速率模型，首次建立了管道壁缺陷液浸超声检测的量化分析模型；提出采用该模型进行数据预处理后，采用差分脉码调制技术进行数据压缩，采用dsp器件提高数据处理速率。
• This paper researches the following questions : ( 1 ) testing rheology behavious of a kind of sample of the nuv cement slurry , which is solid - liquid suspension non - ncwtonian fluid . ( 2 ) getting the relation between the water content and the rheology behavious , and to obtain the singnificant formula in designing the revolving detector
  本论文以水泥生料浆为例研究了以下几个方面的问题： ( 1 )非牛顿流体?料浆的流变特性， ( 2 )料浆的水分含量与流变特性之间的关系，得出对设计旋转式料浆水分检测头有意义的计算公式。
• ( 3 ) researching and building the mathematical modle of detecting the water content of the raw cement slurry , that is to say , building the relation of the water content of the slurry and the pulse number of speed of revolution of the detector and voltage of power source , which provide the foundation to . design the detector
  ( 3 )研究建立了旋转式检测头检测料浆水分的数学模型，即建立了水分含量与检测头的转速脉冲及电源电压之间的关系，这为检测头的设计提供理论依据。