high precision measurement中文是什么意思

• 高精度测量

• "high"中文翻译    adj. 1.高的〔指物，形容人的身高用 tall〕；高 ...
• "precision"中文翻译    n. 精密，精确性；严格；精密度；【修辞学】精确。 ar ...
• "measurement"中文翻译    n. 1.测量，计量，量度。 2.份量，尺寸，大小，宽度 ...
• "measurement precision" 中文翻译 :    测量精度
• "precision measurement" 中文翻译 :    精密测量; 精确测量
• "precision of measurement" 中文翻译 :    测量精度; 测量精密度; 测量准确度
• "high precision" 中文翻译 :    高精度的; 高精密度
• "high-precision" 中文翻译 :    adj. 高精密度的，高准确度的。
• "precision, high" 中文翻译 :    高精度
• "equal precision measurement" 中文翻译 :    爱普斯坦测量装置; 等精密度测量
• "laser precision length measurement" 中文翻译 :    激光精密测长
• "precision backlash measurement" 中文翻译 :    侧隙精密测量
• "precision distance measurement" 中文翻译 :    精密距离测量
• "precision lattice parameter measurement" 中文翻译 :    晶格参数精密测定
• "precision measurement of length" 中文翻译 :    精密长度测量
• "technology of precision measurement" 中文翻译 :    精密测量技术; 精密电气测量
• "real-time precision level measurement" 中文翻译 :    实时精确声级测量
• "focusing collector of high precision" 中文翻译 :    高精度聚焦型集热器
• "high eed precision lathe" 中文翻译 :    高速精密车床
• "high precision centerle grinder" 中文翻译 :    高精度无心磨床
• "high precision centerless grinder" 中文翻译 :    高精度无心磨床
• "high precision collet chuck" 中文翻译 :    高精度弹簧夹头
• "high precision components" 中文翻译 :    高精密部件
• "high precision computation" 中文翻译 :    高精度计算
• "high precision cutting tool" 中文翻译 :    高精密度切削工具

• A high precision measurement for the power of ac system
  一种高精度测量交流系统功率的方案
• High precision measurement of collision time and its application
  碰撞时间的精确测定及其应用
• Analyses and research of testing support platform on antenna high precision measurement
  高精度天线测试台结构研究与分析
• High precision measurements and quantity monitoring and control for soil sample analysis in eco - geochemistry survey
  多目标生态地球化学土壤样品高精度测试与质量监控
• J . qin , d . zhou , l . zhang , z . lei , k . xu ， conditions and methods of high precision measurement of blood glucose concentration using mid - ir atr spectroscopy , proc . spie , vol . 4916 , p . 484 - 489 , 2002
  无创伤血糖浓度光学检测方法论及应用条件的研究” ,国家自然科学基金, 2002年1月至2004年12月。
• In the paper , firstly , the tache of position ' s check has been discussed , then the measuring theory and transition of signal for encoder , which is a high precision measurement are described and the interpolator circuitry is also put forward
  文中首先对测控系统的位置检测环节进行了论述，讨论了高精度的检测元件? ?光栅的测量原理及其信号转换方法，并设计了细分接口电路。
• The precise measurement of thermodynamic temperatures , for example with a gas thermometer , is very difficult . practical temperature scales were therefore introduced to make use of instruments such as platinum resistance thermometers which are much easier to use and give much higher precision measurements
  要准确测量热力学温度(如使用气体温度计来进行测量)是十分困难的，因此利用铂电阻温度计等作测量器的实用温标便被采用，令使用更为容易及测量更为精确。
• Recent studies have shown that the quantum coherent population trapping , electromagnetically induced transparency , index enhancement without absorption , etc . these new effects have great potential for the control of the coherence properties of a medium , the production of high frequency lasers , the information storage and high precision measurements
  最近的研究表明，原子相干产生很多新的效应，如相干布居捕获、无反转激光、折射率增强、电磁诱导透明、电磁诱导吸收等。这些新效应对光学介质相干性质的控制、高频激光的产生、光信息存储和高度测量等方面具有巨大的应用前景。
• In this paper , the factor of affecting tracking precision of tv photoelectric theodolites is analysed in the theory . the standard uncertainty about the present measurement method of the key component is analysed . the higher precision measurement method and dynamic measurement method about each key component are brought forward
  本论文主要针对影响电视光电经纬仪跟踪精度的因素进行理论分析，并对各关键单元目前的检测方法进行不确定度分析，提出各关键单元的更高精度的检测方法及动态精度测试方法。
• Recent studies have shown that the quantum coherence and interference have led to a lot of new effects such as coherent population trapping , electromagnetically induced transparency , index enhancement without absorption , etc . these new effects have great potential for the control of the coherence properties of a medium , the production of high frequency lasers , the information storage and high precision measurements
  最近的研究表明，原子相干产生许多新效应，如相干布居捕获、无反转激光、电磁诱导透明、折射率增强等。这些新效应对光学介质相干性质的控制、高频激光的产生、光信息存储和高度测量等方面具有巨大的应用前景。