1) one-dimension scanning
一维扫描
2) 3-D scanning
三维扫描
1.
This article puts forward a rapid,untouched and all-side scanning method of plastic injection products in 3-D scanning system,by introducing the structural optical 3-D scanning method and feature flag point registration method according to the characteristics of 3-D information acquiring of plastic injection products.
根据注塑件三维信息获取的特点,引入结构光三维扫描法和特征标志点拼接法,提出了一种在利用三维扫描系统中对注塑件进行快速无接触全场检测的方法。
2.
A 3-D measuring data registration method for 3-D scanning system was developed based on feature points and iterative closet point (ICP) algorithm.
通过引入特征点和改进最近点迭代法,提出了一种在三维扫描系统中对三维点云数据进行配准的方法。
3) 3D scanning
三维扫描
1.
In this paper, the surface topography of resin bonded grinding wheel was measured by laser 3D scanning.
采用激光三维扫描方法 ,对树脂结合剂砂轮的表面形貌进行了测量。
2.
The problems in 3D scanning were dealt with.
论述了道路交通事故现场三维扫描技术的原理,针对三维扫描中存在的问题提出改进意见。
3.
This paper presents a 3D laser scanning rapid data acquisition system with the laser sensor and POS,which is designed for 3D scanning the both sides of railway.
本文给出一种利用激光传感器与导航POS组成的车载三维激光数据快速采集系统,对铁道两侧的地形、地物进行三维扫描。
4) three-dimensional scanning
三维扫描
1.
PC controlled three-dimensional scanning set-up and application in data acquisition by PDTS;
光热三维扫描系统的计算机控制及数据采集
2.
The experimental result indicates that the design of three-dimensional scanning system for the design of power device can achieve good results for the anti-reach preliminary study purposes; the point cloud image conforms to the outlet of the silica gel of inta.
实验结果表明:设计的三维扫描系统对动力机械设计的反求可取得良好效果,气道点云图基本符合实物外形。
5) 2-D scanning
二维扫描
1.
2-D scanning confocal microscopy;
二维扫描共焦显微镜的研究
2.
A new 2-D scanning underwater TV system is proposed.
提出了一种新型的二维扫描式水下电视系统。
3.
Equations of angular of elevation, azimuth and vertical in 2-D scanning are demonstrated.
分析了二维光学扫描角度非线性产生的原因 ,给出了二维扫描中仰角、方位角、垂直角方程的数学推导 ,对二维扫描的非线性进行了分析 ,讨论了非线性对角度跟踪和扫描成像等应用中的性能的影响 ,指出非线性修正的方法。
6) two-dimension scan
二维扫描
1.
And it is emphasized the primary difficulties on manufacturing technique of the imager, which are two-dimension scanning control technology of arcsec precisi.
并着重及绍了仪器研制过程中主要技术难点一一角秒级控制精度的二维扫描技术及其扫描镜运动对卫星姿态稳定度的扰动和对图像配准的影响、太阳的直射对仪器性能的影响、仪器的长寿命技术等;并探讨了关键技术的主要解决途径。
补充资料:扫描电子显微镜(见扫描电子显微术)
扫描电子显微镜(见扫描电子显微术)
scanning eleetron mieroseoPe
扫描电子显微镜scanning eleetron mieroseope见扫描电子显微术。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条