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1·The measuring speed of this imaging method can be increased hundreds of times compared with that of the raster scanning.

相对于传统的逐点移动的栅扫描测量模式，成像光热法的测量速度可以提高达数百倍。

2·In the raster scanning radar display system, the simulation of afterglow effect in the random scanning radar display system is an important unsolved problem in up-to-date radars.

在光栅扫描雷达显示系统中，模拟随机扫描雷达显示系统中的余辉效应是新式雷达尚待解决的一个重要问题。

3·By use of this technique, we fabricated scaffold-like micro-well structures with sub-micron resolution and high aspect ratio by both raster scanning and pinpoint scanning methods.

与其它微加工技术比较，使用此方法除可制作复杂的三维微结构外，同时它又具有免用光罩、制作步骤简单、真正三维的立体结构及高解析度之优点。

4·This paper introduces a digital storage oscilloscope, which can display four channel waveforms on an ordinary magnetic deflection CRT monitor by means of interlaced raster scanning.

本文介绍了一种采用通用的磁偏转crt显示器并以光栅扫描方式显示四道波形的数字存贮示波器。

5·Giving the same limit for the acquisition time, a larger acquisition probability is obtained with the raster scanning during the link foundation when the coarse pointing errors asymmetry is high.

在卫星光通信的链路建立过程中，粗瞄误差不对称度较高时，同样的扫描时间限制内分行扫描可以获得更高的捕获概率。

6·ATOS raster scanner is one of the most advanced three-dimensional scanning systems. It splits the many scanned views through reference points.

ATOS光栅扫描仪是目前技术最先进的三维扫描系统之一，该系统通过参考点对多个扫描视图进行拼合。

7·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.

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。

8·The different information is implemented to clear and steadily display by using of time-shared display with line by line scanning and interlaced scanning in a raster picture.

一幅光栅图形中的逐行扫描与隔行扫描分时完成并使不同信息获得清晰稳定的显示效果。

9·The different information is implemented to clear and steadily display by using of time-shared display with line by line scan ning and interlaced scanning in a raster picture.

一幅光栅图形中的逐行扫描与隔行扫描分时完成并使不同信息获得清晰稳定的显示效果。

10·The raster fonts' flying-marking is realized by one-dimensional scanning mirror.

使用一维振镜来实现点阵字体的飞动标刻。