测量范围

  • 网络measuring range;measurement range;m/s
测量范围测量范围
  1. 国产Si(Li)探测器测量范围向低能扩展的分析

    The Analysis of the Measurement Range Extension to Low Energy for Domestic Si ( Li ) Detector

  2. PSD不同位置取向时激光三角位移计的分辨率与测量范围

    Resolution and Range of Laser Triangulation for Different Position of PSD

  3. 封闭式ICP-AES装置光谱测量范围的扩展

    Extension of measurable spectral range of sealed ICP AES equipment

  4. GPS技术的优势之一是测量范围大、测站间无需通视,这样,GPS具备解决上述问题的潜力。

    One of advantages GPS possessing is distant measuring without intervisibility , so GPS has a potential to solve the above problem .

  5. 为解决电涡流传感器线性测量范围与传感器尺寸限制之间的矛盾,将BP网络用于扩大其线性测量范围。

    BP network is introduced into the nonlinear correction to enlarge the linear range to solve the contradiction of the linearity resolution and the size of eddy current sensor .

  6. 用DAC芯片程控信号调理电路的放大倍数,提高了系统的测量范围。

    By changing the amplification multiple through DAC signals , the measurement range of the system is improved .

  7. 结果显示,该结构的两种传感器在各自的测量范围内,具有较好的性能指标,可以根据需要,应用于不同的场合。3.对基于FBG原理的触觉传感器进行了研究。

    The results show that the two types of optical fiber tactile sensors have better performance indicators that can be used in different occasions . 3 .

  8. 利用该器件设计了一种模拟信号与DSP隔离与检测的硬件电路,较好地解决了将AGC信号采集到DSP过程中测量范围小、线性度低的问题。

    An applied hardware circuit for checking analog signal isolated with DSP is designed , which can resolve the problem of narrow measuring scope and low linearity when collects AGC into DSP .

  9. 提出改进的一致性信息滤波(ICF)算法,实现通信和测量范围内各UAV节点的分布式信息融合。

    An improved information consensus filter ( ICF ) is proposed to achieve distributed data fusion for the UAVs within their communication and measurement range .

  10. 必须具有HART通讯功能,测量范围必须满足技术规格书对测量范围的要求。

    The product shall be of HART communication function , and measuring scope shall meet the demand of measuring scope required in Technical Specification .

  11. 此外,随着磁性液体浓度的增大,传感器的可测量范围也增大。(5)U形管壁厚越小,灵敏度越大。

    Besides , the measurable range of the sensor increases with the density of magnetic fluid increasing . ( 5 ) The sensitivity of the sensor increases with the thickness of U tube decreasing .

  12. 系统测量范围宽、稳定性好,对60Co源等效活度测量结果扩展不确定度<5%。

    Its expanded uncertainty for measuring equivalent activity of 60 Co source is less than 5 % with wide range and good stability .

  13. 该探头改善了一般F-P腔的反射响应特性,有助于提高传感器的灵敏度和测量范围。

    The detector improves the reflective response of common F-P cavity , so it can enhance the sensitivity and the dynamic range of the sensor .

  14. 它的测量范围是5×10-4~100Pa.它由DL-1规管及控制单元组成,用单片机进行控制。

    Its pressure range is 5 × 10 - 4 ~ 100Pa . It consists of DL 1 gauge head and control unit , and is controlled by microprocessor .

  15. 在瑞士的这项研究中,他们发现在筛查的群体中传播的MRSA已经暴露于测量范围之内,包括那些已经隔离的与消毒的群体。

    In the Swiss study , those found to be carrying MRSA in the screening group were exposed to a range of measures , including isolation and decontamination .

  16. 该法总Cl量的测量范围为0.50μg/g~0.05g/g,对于300℃以下馏分油中总Cl量的测定准确度高,重复性好,用时省。

    The measuring range of total Cl ~ - is 0.50 ppm ~ 0.05 g / g. For the oil fractions lower than 300 ℃, the measurement is high in accuracy and good in repeatability .

  17. 研制了一种新的光密度扫描仪,采用激光源,光密度测量范围提高到3〔OD〕,有更好的线性和精度,仪器的计算机系统可根据用户需要灵活配置。

    A new scanning densitometer has been researched and developed . The laser is adopted in the densitometer . the range of density measurement is advanced to 3 [ OD ] easily .

  18. 结果表明,该pH传感器内阻低、响应快、测量范围宽(pH1~13)、测量精度高、重现性好,响应斜率为(56±1.0)mV/pH,温度系数为-0.782mV/℃。

    The sensor has lower inner resistance , rapid response , wide measure range ( pH 1-13 ), high measure precision and good repeat , and its response slope is ( 56 ± 1.0 ) mV / pH , temperature coefficient is-0.782 mV / ℃ .

  19. 装置电流测量范围为1fA~100mA;

    The current measurement ranges are from 1 fA to 100 mA .

  20. 该传感器可实现1km的测量范围,对应力作用点的空间位置测试精度可达到mm量级,对偏振模耦合强度测试可达到-80dB的灵敏度。

    The measurement range is 1 km . The spatial resolution of the stress is on the order of millimeters . And the sensitivity of polarization mode coupling is approximately - 80 dB .

  21. 研制的煤岩渗透率测定仪及自动化测试系统,可以模拟1000m垂深的原岩应力,其测量范围宽、精度高、试样加工容易。

    Developed equipment and automation measurement system to permeability of coal and rock can emulate origin stress underground 1000m . Its measurement range is wide and its accuracy is high .

  22. 实验结果表明,气体流量的测量范围为(2.96×10-9~4.76×10-4)Pa·m3/s,不确定度小于4%。

    Evaluation tests show that its measurement ranges from ( 2.96 × 10 ~ ( - 9 ) to 4.76 × 10 ~ ( - 4 )) Pa · m ~ 3 / s and the uncertainty is less than 4 % .

  23. 该仪器的振幅测量范围为0.1~200mm,测量精度优于0.1mm。

    The measure range of swing is 0.1 ~ 200 mm , and the measure precision is 0.1 mm .

  24. 并由ISO2813标准定义延伸,扩展其光泽度的测量范围。

    And based on the gloss definition of ISO2813 the measuring range is extended .

  25. 直流电流输出范围为0~100A,不确定度为5×10-4,直流电流测量范围为0~120A,不确定度为5×10-5。

    DC current output range is on 100A . Uncertainty is 5 × 10 - 4 , DC current measurement range is 0 ~ 120A .

  26. 实验表明,系统的最大横向测量范围为5mm×5mm,横向测量精度约为13μm,纵向测量精度约为5μm,因此可大大提高测量视场及测量速度。

    Experiments show that the maximum lateral measuring field is 5 mm × 5 mm , the lateral resolution is about 13 micrometers , and the vertical one is about 5 micrometers .

  27. AFPECLEIA测量范围为5~2000ng/mL,信噪比大于4。动力学实验表明,加入发光液之后15min测量,结果准确可靠。

    The signal to background ratio is above 4 . The kinetics experiment shows that the result is accurate and reliable in 15 min after initiation the chemiluminescent reaction .

  28. 真空度测量范围接近102~10-1Pa,测量响应速度为十几毫秒。

    The vacuum measuring range is near 10 2 ~ 10 - 1 Pa , and the measuring response speed is 10-odd milliseconds .

  29. 本仪器具有测量范围宽(0.025~20MPa)、测量精度高(优于5%)和操作界面友好等优点。

    The detector has several advantages : large measuring range ( 0.025 ~ 20 MPa ), high precision ( over 5 percent ), friendly interface , etc.

  30. 通过在可见、可见-红外波段对典型单峰及双峰R-R分布的球形颗粒系在独立模式下的反演结果进行分析、比较,以确定在这两个波段内典型球形颗粒系的粒径测量范围。

    By analyzing and comparing the inversion results for different monomodal and bimodal R-R spherical particle distributions in the visible and visible-infrared region , the particle size range in the independent model can be determined .