They are two main error sources of the bar diameter on-line measurement.
本文对热轧圆钢直径在线测量中的几个基本问题进行了较详细的研究。
On the base, the error sources of the whole accelerator's system are analyzed.
在此基础上，对整个加速度计系统的误差来源进行了研讨。
This section dis cusses these error sources and provides an example application.
本节讨论这些误差源，并提供了一个应用实例。
The gas flow in the gain tube is one of the main error sources in ring laser gyros.
增益管中气体的流动是激光陀螺中的一项主要误差源。
The gas flow in the gain medium is one of the main error sources in ring laser gyros.
气体增益介质的流动是激光陀螺中的一项主要误差源。
A number of error sources can have serious impacts on low current measurement accuracy.
若干误差源会对弱电流测量的准确度产生严重的影响。
The following paragraphs discuss these error sources and ways to minimize their effects.
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。
However, a number of error sources in the circuit may be seen as a non-zero voltage offset.
然而，电路中的若干误差源可以引起非零的电压偏置量。
In Space Geodesy technology. One of the main error sources is atmospheric transmitting delay.
大气传播延迟是空间大地测量技术的主要误差源之一。
These error sources include offset voltages, noise and common-mode current, and reversal errors.
这些误差来源包括偏置电压、噪声和共模电流以及反向误差。
For accuracy allocation, it is necessary to analyze its error sources and the transfer relations.
为了精度分配的需要，有必要对误差源及其传递做详尽的分析。
In Global Positioning System (GPS), one of the major error sources is Ionospheric propogation delay.
电离层延迟误差是GPS定位中的一项重要误差源。
The problem of how the teachers should treat these errors is discussed after analyzing error sources.
在分析错误来源之后，本文讨论了教师应该如何对待错误的问题。
The refraction error of the atmosphere is one of the largest error sources in precise GPS measurement.
在精密GPS测量中，大气折射改正误差是最大的误差源之一。
Effective measures against main error sources are taken to minimize error. Weighing accuracy reaches 0.05%.
针对称量误差产生的原因对系统采取了减少误差的措施，称量精度达到0.05%。
Understanding above error sources is the foundation of the microstructure manufacture and the circuit design.
对上述误差源的认识是微结构制造和电路设计的基础。
In particular, Section 2.3 discussed a number of error sources that can seriously affect measurement accuracy.
特别是，在第2.3节讨论了各种严重影响测量准确度的误差源。
In particular, Section 3.2 discussed a number of error sources that can seriously affect precision measurements.
特别是第3.2节讨论了能够严重影响精密测量的各种误差源。
The error of correction for atmospheric refraction is one of the biggest error sources in precise GPS measurement.
在精密gps测量中，大气折射改正误差是最大的误差源之一。
Laser beam misalignment with scanner mirror is one of the error sources influencing the accuracy of airborne LIDAR.
激光束与扫描镜对准误差是影响机载LIDAR定位精度的因素之一。
The two most common error sources when measuring high resistance are electrostatic interference and leakage current.
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。
It is showed that the north-finder has simple structure, high precision, and is not sensitive to outer error sources.
分析表明：天文找北系统结构简单，精度高，对外部误差源不敏感。
The error sources of some data acquisition methods are discussed in digital cartography, and these errors are analysed.
讨论了数字制图几种数据采集方式的误差来源，并对这些误差进行了分析评价。
One of the main error sources is atmospheric transmitting delay in the Space Geodesy technology, especially in the low elevation.
大气传播延迟是空间大地测量技术的主要误差源，特别是在低高度角的观测情况下尤其如此。
Abstract: the error sources of some data acquisition methods are discussed in digital cartography, and these errors are analysed.
文摘：讨论了数字制图几种数据采集方式的误差来源，并对这些误差进行了分析评价。
The error sources of carbon content measurement by using burning gas volume method is analysed, and the uncertainty is evaluated.
分析了燃烧气体容量法测定碳量的误差来源，对测定过程中的测量不确定度进行评定。
General Electrometer Considerations: a discussion of techniques and error sources that affect high impedance measurements in general.
一般静电计要考虑的问题：一般性地讨论影响高阻测量的技术和误差来源。
Low voltage Measurements: Discussion of potential error sources and how to minimize their impact on low voltage measurement accuracy.
低电压测量：讨论各种潜在的误差来源以及如何尽量降低它们对低电压测量的准确度的影响。
Charge Measurements: a discussion of the error sources and ways to minimize them, zero check, and extending the range of the charge function.
电荷测量：讨论电荷测量中的误差来源和尽量降低误差的方法、零点检查和电荷测量功能的扩展。
The error sources affecting measuring accuracy of the system were analysed in detail and the way to improve accuracy of the system was given.
详细分析了影响系统精度的误差来源指出进一步提高精度的措施。
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