笔者研制了一种具有“度量”功能的基准标尺板，能有效地减小这种比对误差。
It may cause error. To prevent these errors, a graticule is made, which can measure accurately.
还对各工况下的速度采样时间及误差进行了计算和比对。
Moreover calculation and comparison of speed sampling time and error under various working mode are made.
本文主要介绍了两个实验室的比对结果，气体混合物的制备，分析方法及误差评估。
The comparison result, the preparation of the gas mixtures, the analytical method as well as the error evaluation between the two laboratory are introduced briefly in this paper.
介绍冷噪声源比对系统的工作原理，系统设计和采用的主要技术，系统误差分析及应用实例。
This paper introduces a comparison system of cold noise generator, mainly describes the operational principle, system design, basic method, error analysis of the system and the application examples.
并且通过这些仿真结果和后来实际调测数据的比对，我们总结了一套如何对仿真的误差进行修正的方法，并且通过实验的证明了这些方法是正确而有效的。
Through the comparison between simulation result and debug and measurement, we make a conclusion of simulation error's correction method, which has been proved by measure result.
这个方法利用了周期性信号间相位差变化的规律性对比对信号进行相位处理，有效地减小了量化误差。
Utilizing the regularity of phase difference between period signals, phase processing is made on comparison signals, which reduce effectively quantified error.
在现场与电子秤比对，整机精度误差小于5 ％ 。
The whole error is less than 5 % comparing with the electronic w…
将微悬臂梁和微薄膜振动特性的测量结果与频率扫描法的测试结果进行了比对，对产生的误差及误差来源进行了分析。
The testing error and the reason of error are analyzed, compared with the results received by the sweep-frequency measurement method.
在自行设计的动态误差实验系统中，同步采集标准信号（电机脉冲数）和测量信号（光栅脉冲数），实时比对分离出动态误差。
In a self-designed dynamic error experimental system, the standard signal (motor pulses) and the measured signal (grating pulses) were collected synchronously, and isolated the dynamic error.
在此基础上，分析了各种误差源对时间比对的影响，给出了不同比对精度下需要考虑的改正项。
The basic model of GPS Common View (GPSCV) is discussed. The satellite ephemeris errors and the station location errors are analyzed in details and then some cautious problems in GPSCV are given.
在此基础上，分析了各种误差源对时间比对的影响，给出了不同比对精度下需要考虑的改正项。
The basic model of GPS Common View (GPSCV) is discussed. The satellite ephemeris errors and the station location errors are analyzed in details and then some cautious problems in GPSCV are given.
应用推荐