laser image的例句大全

Reconstructing 3D buildings based on airborne CCD image and laser scanning rangefinder data

组合CCD图像和稀疏激光测距数据的建筑物三维信息提取

3D building reconstruction automatically using airborne CCD image and laser scanning rangefinder data was studied.

对组合高分辨率航空CCD图像和机载稀疏激光扫描测距数据自动提取城市建筑物的三维信息进行了研究。

Graphics and image disposal comprises drawing and handling of basal graphics, read and write of metafile with PLT format and BMP format. Output control comprises interpolation, the movement of electromotor andon-off of laser.

图形图像处理实现了基本图元的绘制、图形操作、PLT格式图形文件和BMP格式图像文件的读取和保存；输出控制包括软件实现插补器、电机的运动控制和激光器的开关等内容。

This method adopt the specula change the direction to the laser light path, the laser light perpendicular raying to the cylinder wall surface to form a cylindrical wall geometry changes to reflect the spot image, using the prism of the laser spot image imaging.

该方法采用反射镜改变激光光路，使激光垂直照射到圆筒内壁表面，最终成为反映圆筒内壁几何尺寸变化的光斑图像，使用三棱镜对激光光斑图像成像。

High-order harmonic generation ( HHG) can be observed as the molecular system is radiated by an intense laser field, and utilizing the molecular HHG, one can image the orbital wave-function of the molecule.

强激光辐照分子体系可以观察到高次谐波发射，利用分子的高次谐波发射可以对分子的轨道波函数信息进行成像。

Laser scanning display system is predicted with broad market owing to its advantages in high saturated color, high contrast image and convenient projection screen.

激光扫描显示由于其高度饱和色彩、高对比度、屏幕尺寸灵活等优点，亦具有广阔的市场前景。

Regulating circuit of high precision for laser power is designed to increase the smoothness of laser cutting and engraving and to support the laser engraving of 256 gray-scale image.

为了提高图形切雕加工的光洁度和支持256级灰度图像雕刻加工，设计了高精度的激光功率调节电路。

The methods of numerical controlling-oriented digital image processing have been researched in this dissertation. Digital image processing technology, bitmap studying, digital image processing methods for rapid digital image laser carving system are discussed.

研究了面向数控加工的数字图像技术，介绍了数字图像处理（Digital Image Processing）、数字图像的位图知识和快速图像激光雕刻加工系统常用的算法。

Laser carving system for rapid digital image is one of laser carving applications, which derived from computer integrated numerical control system based on digital image processing, and widely used in product design and manufacturing based on digital image.

快速图像激光雕刻加工系统，是基于数字图像处理的计算机集成数控技术的激光雕刻技术。利用数字图像进行工业设计和加工具有独特的优势，逐渐成为当前工业界的一个热点。

Conclusions CCD fluorescent microscope is superior to laser scanning confocal microscope in collecting the quickly changing fluores-cent image such as DCF.

结论在采集快速变化的荧光图像时，CCD荧光显微镜系统优于激光扫描共聚焦显微镜系统。

Corresponding with method, a laser diodes ( LD) and two new CMOS image sensors ( CIS) are used as light source and photodetectors, respectively.

本文同时采用了一个小功率激光器为光源，一种新型的CMOS图象传感器为光电传感器件。

The response characters of the visible light band Si-CCD image sensor to the irradiation of in-band and off-band laser respectively are studied in detail. The laser includes different modes of CW ( Continuous Wave) and PW ( Pulse Wave).

本文较为系统地研究了波段外、波段内激光对面阵Si-CCD器件的辐照效应，而且是以多种工作方式（连续光和不同脉冲宽度的脉冲光）激光作为光源。

The major experimental conclusions include: The temperature distribution and heat diffuse of solution can be truly reflected by infrared thermal image, which is valuable for the analysis of thermal circumstance of laser assisted etching;

主要实验结论包括：红外灰度图可真实反映溶液的温度分布和热对流情况，为激光化学刻蚀的热环境分析提供有价值的红外监测数据；

Development of Image Automatic Programming Software Used in Rapid Laser Carving

图像的快速激光雕刻自动编程软件开发

Laser carving algorithm based on retaining topological characteristic of image

保持图形拓扑特性的激光雕刻算法

Development of image automatic programming software used in rapid laser carving based on VC++ Studio

基于VC++的图像快速雕刻自动编程软件开发

The anti-counterfeit effect is enhanced greatly by combining laser holographic product and fractal image.

将激光全息制品与分形图案相结合，大大增强了防伪效果。

The excellent real-time and short-time storage of image information are obtained when the Ar+ laser is used as preexcitation light and He-Ne laser is used as storage light source.

在对薄膜用Ar＋激光作预激发下实现了He－Ne激光的红光存储。获得了实时和短时存储照片。

vision sensor based on laser structured light uses triangulation principle which laser structured light plane projects onto the workpiece surface at a certain angle and form feature laser stripe. a ccd camera with filter obtain laser stripe image in weld area.

基于激光结构光的视觉传感器采用三角测量原理[1,2]，激光结构光平面倾斜投射到工件表面形成特征激光条纹，一个带有滤光片的CCD摄像机采集焊缝区域激光条纹图像。

this image was generated the by mars orbiter laser altimeter, or mola, an instrument that was aboard nasa's mars global surveyor.

这张图片是由NASA得火星探测器上的火星轨道激光测高仪（MOLA）拍摄生成的。