1) vector scanning
矢量扫描
1.
Taking the mirror laser marking of Nd:YAG as an example, the control principle and patulous function of computer control system are analyzed, and the marking method of graph processing based on the lattice scanning method and the vector scanning method are described.
介绍了激光打标系统的结构,并以Nd:YAG振镜式激光打标机为例,分析其控制原理和计算机控制系统的扩展功能,并分别说明基于点阵扫描与矢量扫描两种方式对图形进行处理的打标方法。
2) vector scan
矢量扫描
1.
The proximity effect correction function in Gauss beam vector scan patterning is studied in detail.
对高斯圆束矢量扫描作图邻近效应校正的函数进行了深入探讨 ,并在此基础上确定了函数中的各参数的算
2.
The dosage calculation formulas in each key position of the pattern are derived according to the modified density function of energy distribution in Gauss beam and the vector scan patterning method.
使用改进的高斯圆束的能量分布密度函数 ,结合矢量扫描作图方式 ,推导出图形各关键位置的剂量计算公式 ,并使它们在图形邻近效应校正处理中得到实际应
3) Scanning and Vector
扫描矢量化
1.
Application of CASS5.0 in mining map scanning and vector;
CASS5.0在矿图扫描矢量化中的应用
4) Raster-to-Vector
扫描矢量化
1.
Raster-to-Vector and electron-flat mapping system.;
扫描矢量化与电子平板成图系统(EasyScan)
5) scanning vectorization
扫描矢量化
1.
Combining with engineering practice, the paper makes deep and minute discussion and analysis on the application of AUTOCAD R14 image processing function on the scanning vectorization of engineering drawings.
该文结合生产实践，就ＡＵＴＯＣＡＴ Ｒ１４的影像处理功能在工程图纸扫描矢量化方面的应用做了深入细致的探讨与分析，同时对此项技术的发展提出了一些新的思路。
2.
This paper summarizes the standard work flow for scanning digitalization, and introduces quality control methods and strategies for scanning vectorization.
概述了基于扫描矢量化GIS数据的生产过程 ,介绍了扫描矢量化质量控制的策略和方法 ,在地图扫描阶段采用栅格图纠正的方法对地图的变形进行纠正 ,以提高矢量化原图的质量 ,在基于扫描矢量化GIS数据的生产过程中 ,可从算法和软件使用工艺方面提高数据的质
6) Motion vector scanning
运动矢量扫描
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