精度

In chapter 1, we discuss the influence factors of the TOF measurement resolution.

在第一章中，我们分析了飞行时间测量精度的影响因素，结果表明，TOF探测器的本征时间分辨率是影响TOF测量精度的主要因素。

The effect of the overlaying tiss ue on the measurement can not be ignored because the most interested tissue to b e monitored is the deeper tissue layers,such as muscle and brain,which are under adipose or skull.Apart from this,variations of the regional hemoglobin oxygen s aturation (rsO2),haematocrit and regional blood volume hav e their influences on the measurement.

然而在人体组织这个复杂的不均匀混合介质中，深层组织往往是感兴趣的待测部位，如皮脂下的肌肉组织，头皮和颅骨下的脑灰白质等，这时外层覆盖组织的存在会直接影响检测的精度；另外，全血的局部氧饱和度( rsO2)的波动，红细胞比容的变化，以及血容积都对测量精度产生影响。

In order to locate mined-out areas in gold mines and place a curb on its hidden hazard, through laying out two high precision gravity survey sections of the 1∶100 scale in the research area, with Canadian Scintrex Corporation′s CG-5AutoGrav gravimeter, the gravity anomaly data are measured by the high precision gravity survey method for the first time, and the inversion is made by the Euler deconvolution method to determine the collapse of the mined-out region and the stable sector.

为了确定金矿采空区的位置，对其隐患进行治理，首次应用高精度重力方法。在研究区布设了两条比例尺为1∶100的高精度重力测量剖面，使用加拿大Scintrex公司的CG-5AutoGrav型重力仪，测取重力异常数据，并采用欧拉反褶积方法实施反演解释，确定了采空塌陷区域及稳定地段。

Specially,it introduced the process and algorithm of error compensation which has been effective on controlling the measure error within the range of requirements of the whole system.

摘 要：为了提高电池检测系统中电池测量的精度，对MAX197模数转换器的主要误差源进行了较详尽的分析与测试，在此基础上提出了提高测量精度的建议和处理方法，其中对误差补偿方法，给出了具体的过程和算法，在实际应用中已有效的将测量误差控制在系统的要求范围内。

Accuracy analysis for observation results under the condition of different transportation is carried out.

网的平均测段精度为±0.029mgal，并对不同运输情况下的观测结果进行了精度分析。

Based on the construction of practical project applying hardware platform , not only the computer monitoring part realize the founction of interface monitoring ,to have a good precision, this part also ameliorates the level to volume arithmetic.

本文从传感器的设计到人机界面软件的设计、从小的检测量精度的提高到系统的软件算法的改进，完成了液位容积精确监控系统的设计，提高了监控系统的精度。

In order to resist the noise data, Variable Precision Rough Set Theory was proposed. In this paper, the Variable Precision Rough Set Theory is applied to judge the development degree of a region. It can resist the interference of the noise and get simple rules, but does not change the ability of assorting.

为了提高在实际应用中对噪音数据的适应能力，Ziarkio提出了可变精度粗集理论，本文把可变精度粗集理论应用在一个判断地区综合发展程度的系统，实现了抗噪音的干扰，同时也大大简化了原始数据集。

It is noncontact, nondestructive, high-precision, high-speed and easily automatized, and its application is convenient, agile and adaptable.

采用CCD传感器的光学测量技术，充分利用CCD器件具有体积小、像元尺寸小、几何精度高的特点，可以获得很高的空间分辨率，它以非接触方式进行测量，无损伤、速度快、以及精度高等特点因而使用方便灵活，适应性强。

High efficient stepping feeding device and 45 degree bevelling cutter ensure ACF tacking accuracy.

高精度步进给料装置及45度斜角自动切刀，有效保证 ACF 贴附精度。

High efficient stepping feeding device 45 degree bevelling cutter ensure ACF tacking accuracy.

高精度步进给料装置及45度斜角自动切刀，有效保证ACF贴附精度。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。