共焦扫描成像系统的数据传输可以采用串口通信技术实现。
The data transmission in confocal scanning imaging system can be realized through the serial port communication technique.
提出了一套新颖扫描成像系统方案，它综合了共焦扫描方式与光外差探测方法的优点。
The influences of atmospheric turbulence on interference efficiency due to the angle of arrival fluctuation in the laser heterodyne detection system were presented.
针对共焦扫描成像系统的软件升级，在系统的串口通信环节提出采用CJHJ实现的方案；
In order to upgrade the software of the system, a new scheme for implementing the serial port communication of the system by adopting CJHJ is proposed.
在快速辐射扫描成像系统中，阵列气体电离室时间响应速度的快慢将直接影响图像的清晰度。
In quick scanning radiography system, the time respond speed of array gas ionization chamber effects the image clarity directly.
这里介绍了自行研制的同位素密度扫描成像系统，在考古应用中的数据采集以及数据处理方法。
This article introduces the data acquisition as well as data processing method about the independently developed isotope density scanning imagery system in archaeology application.
基于数字信号处理(dsp)方案设计了一块电路板用于声致发光层析成像(SLT)的扫描成像系统。
Based on digital signal process (DSP), this article gave the design method of an electronic board, which is used in the scanning imaging system of sonoluminescence tomography (SLT).
激光扫描系统可以对巨石阵的细节部分进行扫描成像。
介绍超声扫描成像技术在罐壁测厚中的应用。测厚系统采用多通道探头、PCI总线超声波界面卡和网络数据传输技术。
The wall thickness measurement system by ultrasonic scan imaging technology was described, in which multi-channel probe, pulser-receiver PCI card and network were applied successfully.
条纹激光扫描成像方法能够同时满足水下激光成像系统对增大视场和减小后向散射光影响的要求。
The laser stripe scanning technique can be used in underwater imaging system to increase field of view and reduce backscatter.
结果表明，设计的光学相干层析内窥系统能够用于旋转扫描成像，获取更多的组织信息。
The result indicates that the OCT endoscopic system can be used for rotated scanning imaging to obtain more tissue information…
高精度扫描控制系统是现代扫描显微系统的重要组成部分，它影响着扫描显微镜对样品的扫描成像质量。
A high precision scanning and control system is an important part in modern scanning microsystem, which affects the quality of sample imaging for scanning microscope.
首次在有限视场的输入景物下通过移动刀刃法对扫描成像过程中垂直扫描方向系统像方MTF的检测进行了分析和模拟计算。
Under the input scenery with finite visual field, the analyses and simulative calculation of the image side OTF of vertical direction of the scanning image by moving blade have been done firstly.
首次在有限视场的输入景物下通过移动刀刃法对扫描成像过程中垂直扫描方向系统像方MTF的检测进行了分析和模拟计算。
Under the input scenery with finite visual field, the analyses and simulative calculation of the image side OTF of vertical direction of the scanning image by moving blade have been done firstly.
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