美国国家标准和技术研究所对判别指纹生物测量模板互操作合法性的测试进行指导。
The National Institute of Standards and Technology conducted testing to validate the interoperability of fingerprint biometric templates.
介绍了客观测量系统的理论框架、设计方案和测试过程，并对其技术难点进行了讨论。
The theories frame, design project and test process of the objective measurement system are introduced and the technical nods are discussed.
本节详细介绍如何使用这些测试夹具来进行表面电阻率和体电阻率的测量，以及测量电阻率时使用的变换极性和变换电压的技术。
This section details how to make surface and volume resistivity measurements with these test fixtures, as well as the Alternating Polarity and Alternating Voltage techniques for measuring resistivity.
本文提出利用微机技术构造一种在线实时监视和测量电网、电源客观存在的谐波电压和浪涌电压的智能测试仪。
This paper presents an intelligence test set built by microcomputer technics to monitor and measure the harmonic and surge voltages in the power network and source, on-line and with a real time.
本章将要考察其各种不断增长的应用领域以及各种最适合的仪器和测试技术，以解决各种特定的、具有挑战性的测试和测量任务。
This section offers insights into this growing range of applications and the most appropriate instruments and test techniques to solve specific test and measurement challenges.
在分析液压泵试验台应用现状的基础上，设计出一种结合测量和控制技术的液压泵自动测试系统。
Based on the application analysis of hydraulic pump test-bed, an automatic testing system of hydraulic pump combined with the technologies of measurement and control is designed.
论述了计算机测控技术研制成功的叠加式称重测试系统的基本原理、测量数学模型和其实现方法。
Fundamental principle, test mathematical module and implementation method are discussed based on nestification weigh testing system by using computer test and control technology.
将虚拟仪器技术应用于PDA（个人数字助理）中，可以利用PDA的优点，不受时间和空间的限制完成各种测试测量任务。
Test and Measurement task can be done without limit of time and space by PDA with virtual instrument technology.
手写的测试需要高端的测量技术和新方法的挑战。
Testing of handwriting requires high end measurement technologies and novel approach to the challenge.
探讨和分析了测试技术及影响测量精度的因素。
The testing techniques and factors influencing precision of measurement are discussed and analysed.
由消费电子设备普及，这项技术现在已经迁移到工业应用，包括医疗，制造，航空电子设备，坚固耐用的PC机，测试和测量，以及海洋市场。
Popularized by consumer devices, the technology is now migrating to industrial applications, including medical, manufacturing, avionics, ruggedized PC, test and measurement, and Marine markets.
本文简要介绍了高温应变测量原理和技术在大型汽轮发电机转子护环热套应力测试中的成功应用。
The technique and its principle of high temperature strain measurement are introduced to determine heat sleeve stress about rotor retaining ring of large turbogenerator.
调制域分析已经成为现代测试技术不可或缺的部分，在显现频率变化信号时优于时域测量和频域测量。
Modulation domain analysis has become an important part for modern measurement technology. It is better than time domain and frequency domain measurement when indicating frequency variable signal.
使用微欧计进行电阻测量必须采取四线技术以使测试电缆和连接器带来的误差减至最小。
Measurements made using the micro-ohmmeter are always performed using the four-wire technique in order to minimize errors caused by test leads and connections.
本文采用了压电传感器和NI公司的测试技术等新方法，来设计足底压力测量系统。
This system is designed using a series of piezoelectricity transducers and the measurement technology of NI Company.
结合计算机自动测试技术和电子全站仪技术构建了小型非接触测量系统(RMS)。
The Mini Remote Measurement System (RMS) based on auto test and total station theodolite technique was designed.
本文介绍一种基于虚拟测试技术建立的在高精度球体直径测量激光干涉系统中采用的温度测量和控制系统。
Here, a temperature measurement and control system used in high accuracy sphere diameter laser interferometry is introduced, which is based on virtual instrument techniques.
提供了主要技术指标的测试方法和测量结果。
It provides measure methods and test results of main technical specifications.
介绍了陀螺稳定平台的测试方法，推导了测量次数和测量精度的关系，讨论了陀螺稳定平台快速测试技术。
The relationship between the measurement time and THD measurement accuracy is discussed, and the method of reducing the measurement time of the platform are put forward, I.
利用激光单缝衍射技术测量大气飘尘的真比重，具有精度高和测试方法简便易行的特点。
The method to determine the real specific gravity of atmospheric dust by using laser slitdiffraction technology has high precision and is easy to handle.
本文报道利用红外分光光度计和微机系统，采用二次测量技术，测量材料表面法向光谱发射率的基本原理和测试方法。
The experimental principle and the method to measure the normal spectral emittance of materials by infrared spectrophotometer and microcomputer system are presented.
在室内声学测量中，参数的测量结果受到测试技术和系统的影响。
In room acoustic measurement, the results of objective parameters can be influenced by the measurement techniques and instruments used.
电子战、军事指挥和机载辐射测量等领域对毫米波测试技术及仪器都提出了很高的要求。
Electronic warfare, military command and airborne radiation measurements have made high demands on millimeter wave testing technology and equipments.
根据二维piv测试技术的原理，用高速摄像仪对各加热段炉膛进行示踪粒子拍摄和速度分布测量。
Based on the principle of PIV test, with tracing particles, the highspeed camera was adopted to record velocity field.
超细颗粒的测量方法和测试技术则是颗粒研究领域的热点。
Submicron particle sizing methods and techniques are difficult problems in particle research field.
本文提出了一种基于近景摄影测量技术和图像处理技术的非接触式钢轨磨耗测试方案。
A new non-contact steel rail abrasion measurement method based on computer vision image measurement has been proposed in this thesis;
本发明所提供的微分极化电阻测量方法和测试仪克服了现行线性极化测量技术的缺点，而且还可以提高测量速度。
This measuring method of differential polarization resistance and the measuring device overcome the defect of linear polarization measurement, the measuring rate is increased.
本文主要介绍粒径测试技术方法及其新进展，包括传统的直接测量法、筛析法、沉降法和以计算机为依托的激光粒度测试仪法；
The authors introduced the methods and advance of grain size analysis technique, including direct measurement, sieving analysis, setting method and the laser grain-size analyzer;
笔者分析并综述了现代颗粒测试的方法和技术 ，讨论了这些方法应用于亚微米级超细颗粒的测量时存在的问题和局限。
Modern methods for particle sizing are stated and analyzed. Some problems are discussed when these methods are used for submicron particles.
笔者分析并综述了现代颗粒测试的方法和技术 ，讨论了这些方法应用于亚微米级超细颗粒的测量时存在的问题和局限。
Modern methods for particle sizing are stated and analyzed. Some problems are discussed when these methods are used for submicron particles.
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