因此，挖掘深化漏洞，提高扫描精度成为扫描系统的灵魂。
So, dig deeply vulnerabilities and improve precision of scan becomes the soul of scanning the system.
扫描精度是激光雷达液晶相控阵扫描组件的一个重要指标。
Thereby, the impact of the manufactural accuracy on the scanning accuracy must be emphasized for laser radar liquid crystal phased-array component.
通过实例分析表明振镜扫描系统在标定后扫描精度有显著提高。
The application cases show a remarkable improvement on the precision of the laser scanning system.
在激光快速成型机中，激光扫描精度直接影响到零件成型精度。
In the rapid prototyping machines, the position accuracy of laser spot has a direct influence on the accuracy of parts.
天线扫描系统采用主从式双计算机结构及零位检测装置，提高扫描精度；
The scanning accuracy is improved by adopting structures of master slave computer and zero detecting.
阐述了扫描精度、扫描数据格式说明、转换成通用的栅格数据方法、几何纠正、像片拼接等基本问题。
It includes some basic points such as scanning precision, format description of scanned data, conversion from the scanned data to generalized raster data, geometric correction and photograph merging.
对系统在光谱扫描精度、光谱分辨率、图像漂移、图像质量方面的性能进行测试都得到了良好的结果。
The test result of spectral wavelength accuracy, spectral resolution, scene shift, imaging quality for this system is satisfactory.
不要出现在行程较长时抖动，有利于确保扫描精度，稳定的运动。使用线性步进电机直接连接滚珠丝杆、响应更加快速准确，因为没有中间部分同时，简化了机械结构，精度高。
Using linear stepper motor directly connected ball screw, response more accurately, because there is no middle part at the same time, simplify the mechanical structure, high precision.
通过Phannie核磁共振仪的扫描，用户可以评估长度和体积的图像精度、可信度和分析结果；
By making MRI scans of Phannie, users can evaluate the image contrast, resolution and accuracy of distance and volume measurements.
提高作为纳米科技的“眼”和“手”的扫描探针显微镜(SPM)的测量和定位精度，是纳米仪器界始终追求的目标。
It is an objective for nanometer instrument researcher to improve the measurement precision of scanning probe microscope (SPM), the eye and hand of nanometer science and technology.
CT断层扫描与CAD技术联合应用建立下颌骨及其修复体三维模型的方法精度高、图象直观，在以后的研究分析中值得推广应用。
The way of establishing the three-dimensional model by the CT scanning and CAD techniche can produce a highly precision and vivid image.
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.
尽管激光扫描测量法具有测量精度高和不易于磨损的优点，但目前国内外采用该方法测量车轮踏面时，实际测量精度和效果均不理想。
Even with the advantages of high measurement precision and not easy to wear for the method, the practical measurement result of the linear structured light is not satisfying.
基于传统的速度分析方法，着重讨论了地层倾角、速度扫描参数及相干性测量给速度分析精度带来的影响。
How the formation dip, velocity scan parameters and coherence determination affect velocity analysis accuracy is specially discussed on the basis of summing up traditional velocity analysis methods.
通过自检方格的测试证明，该系统提高了激光照排机行、场扫描电机的同步控制精度，从而提高了激光照排机的成像质量。
The testing results from the self-testing grid indicated that the synchronization accuracy of scanning motor and the imaging quality of laser typesetter was both improved.
为提高扫描电化学显微镜（SECM）微定位系统的运动定位精度，对其压电工作台的数学模型和控制器设计进行了研究。
In order to improve the dynamic positioning precision of scanning electrochemistry microscope(SECM), the mathematic modeling and controller design of the piezo-stage are studied.
分步扫描方案能够有效的解决标记速度和标记精度问题，能够适应大多数的打标要求。
The step scan project can solve the speed and accurate problem effectively, and can be applied for most requirements.
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。
Laser beam misalignment with scanner mirror is one of the error sources influencing the accuracy of airborne LIDAR.
地球模拟器是卫星姿态测量控制关键部件—摆动扫描式红外地球敏感器的一种重要地面模拟试验与精度标定仪器。
The earth simulator is an important ground simulation test and precision calibration equipment for infrared earth sensor which is the key component in the satellite controlling system.
激光条纹图像质量直接影响三维激光扫描测量系统的精度。
The quality of laser stripe images has direct effect on the accuracy of system.
综述了扫描电镜在印制板行业中的应用前景，介绍了扫描电镜在高精度和高密度PCB板中的层压工艺、基板材料、表面涂覆及其它一些方面的应用。
The article summarizes the application prospect of the SEM in PCB and introduces the application of the SEM in the laminated craftwork, substrate material, surface processing and other aspects.
用电子束逐行扫描方法刻蚀衍射光学元件的浮雕结构精度高而速度低。
The relief structure of diffraction optical element can be written precisely but very slowly with the raster scan mode bye-beam.
在本文中，我们设计并研制了用于毫米级精度人卫激光测距的圆扫描时间分析系统。
In this paper, a circular-scan time analyzer to be used in the satellite laser ranging system with ranging accuracy of submillimeter, has been developed.
在激光扫描检测技术中，被测件边缘信号的检测精度将直接影响到系统测量的精度。
The system precision is directly affected by the sample edge measurement precision in laser scanning measuring technology.
本文介绍了高速机械扫描系统的结构和原理，分析了它的精度。
This paper describes the structure and principle of high-speed mechanical scanning system, and analyses the errors in the system.
针对复杂型面刀具的设计要求和结构特点，研究开发了一种基于点采集的高精度非接触式激光扫描测量系统。
Aiming at the design demand and structure character of complex surface tools, a high precision non-touching laser scanning system based on point sampling was studied and developed.
共焦扫描显微成像系统(C SO M)是以共焦原理为基础，集扫描技术和数字图像处理技术为一体的高精度的成像系统。
Confocal scanning optical microscopy (CSOM) is a high precision microscopical image system which based on the confocal principle, scanning technology and image processing.
单管式扫描器的结构误差是影响扫描探针显微镜测量精度的主要误差因素之一。
Tube scanner′s structure errors have great effect on the measurement accuracy of Scanning Probe Microscope(SPM).
本文叙述了一种用于共焦激光扫描显微镜的高精度扫描器。
A high precision scanner used in con focal laser scan microscopes is described in the paper.
扫描控制系统是扫描仪的电气控制执行机构，其控制性能直接关系到扫描仪的成像精度和卫星的任务完成情况。
Scanning control system is the electrical control actuator of the scanner, and its performance decides the imaging accuracy of the scanner and the task completion of the satellites.
应用推荐