讨论了贯通误差的来源；
最后指出了系统测距误差的来源及补偿措施。
Finally, the origin of range error and compensatory methods are pointed out.
对于系统各种误差的来源以及修正方法进行了探讨。
The sources of the various errors and their methods of correction of the system are explored.
对误差的来源以及大小从理论上得到了明确的解释。
The source and magnitude of the error is reasonably explained by the theory.
本文还讨论了测量误差的来源和提高测量精度的措施。
The origin of measurement errors and measures to improve the accuracy are discussed.
分析了相对测量法量块测量过程中误差的来源和大小。
The paper gives an analysis on the source and size of measurement error of gauge block by relative measuring method.
下列各段讨论这些误差的来源和将其影响减到最小的方法。
The following paragraphs discuss these error sources and ways to minimize their effects.
并分析其误差的来源，该模型能较好地解决动态温升的计算。
The calculation of dynamic temperature rise can be easily solved with this model.
对系统误差的来源进行分析，提出消除方法，最后给出实验结果。
By an analysis of the error origin an error resolving method is proposed and verified by the final experiment result.
在本文结尾给出了数字化数据处理误差分析，剖析了误差的来源。
In the end the paper gives the error analysis and points out the error source in the course of data processing.
首先，本文简要介绍了电离层结构、GPS相关原理以及误差的来源。
Firstly, this paper introduces the structure of the ionosphere, related principles of the GPS and error sources.
并根据测试数据分析本测试系统测试误差的来源，给出本系统的测试精度。
According to these test results, sources of experimental error of the test system are analyzed, and after analysis, test precision is given as well.
论述了各种同步误差的来源，分析了引入各种同步误差后对回波相位的影响；
The sources of variant synchronization errors are discussed, the analysis of echo phase effected by variant errors is given.
详细分析了角位置测量系统转换误差的来源及形式，并针对性地给出了消除或抑制误差的方法。
The sources and forms of conversion error of high accuracy shaft- angle measuring system are analyzed. And the methods of avoiding or restraining error are introduced at one time.
较详细地分析了沥青抽提试验误差、拌和楼系统误差的来源，提出了减少沥青含量误差的措施。
This paper analyzes in detail on the origins of the errors of the asphalt extracting test and the mixer plant, and puts forward some measures for reducing the errors of the asphalt content.
本文从陀螺结构材料选取，光纤环尺寸估算，以及光纤陀螺在振动的情况下系统误差的来源出发。
This article selects from the FOG's structural material, the fiber optical link size estimates, as well as the FOG system error origin embarks under the vibration situation.
分析了制导误差的来源，根据建立的导弹命中概率计算公式，具体计算激光干扰前后导弹命中概率。
The guidance error sources are analyzed and the hitting probabilities are calculated before the disturbance and after it by utilizing the formula about single missile shot percentage.
本文从工程实际出发，分析了影响电液位置伺服系统精度误差的来源，并对各主要因素作了定量的分析计算。
This paper analyzes the sources of effecting the error of the accuracy in electrohydraulic position servo system, and carries out quantitative analysis and calculation to main factors.
对手工数字化线跟踪误差和扫描数字化线综合误差的来源进行分析，提出改善这两种数字化数据精度的几点建议。
The error sources of manual of line tracking and line synthesis of scanning are analyzed, and Suggestions to heighten two kinds of the precision of digitization data are put forward.
定性地分析了误差的来源，得出的结论是电感电容内部的损耗电阻随着频率的变化而变化，变化方向相反而并非相同。
This paper analyses source of error qualitatively. The result is the loss resistance of inductor and capacitor with is variable the frequency. Variation direction is different, not the same.
本文结合调查误差分析的理论，根据网络自身的特点，分析了网络调查的非抽样误差的来源，并提出了减少误差的方法。
With theory of error analyzing and characteristics of Internet, this article analyzes the non - sampling errors of Internet surveys and comes up with some steps to reduce them.
着重分析了锥体重心测量系统测量误差的来源、算法及系统整体测量不确定度的评定，从而可以提高锥体重心的测量准确度。
The measurement error source of center of cone gravity, arithmetic and uncertainty of ATS are given, and the measurement accuracy of cone center of gravity is improved.
分析了煤样制备过程中误差的来源，包括制备过程中的缩分误差、筛分和干燥过程中产生的误差等，并对误差产生的原因提出了相应的对策。
The error in division, screening and drying processes in process of preparing coal sample is analysed. The reasons of error and the corresponding countermeasure are put forward.
论文第二章详细分析了各种相位误差的来源及它们对图像产生的影响，对几种现有的自聚焦算法进行了描述，指出实际应用过程中应该注意的问题。
Chapter 2 introduces the sources and influences on images of all kinds of phase errors, analyzes existing some autofocusing algorithms and lays stress on considerations for application.
误差的一个来源是折射，即光束通过不同温度和压力的空气层时发生的弯曲现象。
One source of error is refraction, the bending of light beams as they pass through air layers of different temperature and pressure.
这种误差来源和不确定性包括燃除效率差异、燃除的判断错误、不连续的采样、以及像雪花反射那样的环境影响。
These sources of error and uncertainty include variations in flare efficiency, mis-identification of flares, non-continuous sampling, and environmental effects like snow reflection.
测量高电阻时两个最常见的误差来源是静电干扰和泄漏电流。
The two most common error sources when measuring high resistance are electrostatic interference and leakage current.
噪声源能够产生很大的误差，噪声的来源包括约翰逊噪声、磁场和地回路等噪声。
Significant errors can be generated by noise sources, which include Johnson noise, magnetic fields, and ground loops.
噪声源能够产生很大的误差，噪声的来源包括约翰逊噪声、磁场和地回路等噪声。
Significant errors can be generated by noise sources, which include Johnson noise, magnetic fields, and ground loops.
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