1)optical intrinsic signal imaging内源信号光学成像
1.The optical intrinsic signal imaging (OISI) at 550nm was applied to examine the parietal cortex of focalcerebral ischemia rats with the left middle cerebral artery occlusion (MCAO).采用550nm内源信号光学成像(opticalintrinsicsignalimaging,OISI)监测左侧大脑中动脉栓塞(middlecerebralarteryocclusion,MCAO)局灶性脑缺血大鼠顶叶皮层。
2.The optical intrinsic signal imaging (OISI) at 550 nm was applied to examine the change of optical intrinsic signals in parietal-occipital cortex after focal cerebral ischemia.MCAO4h后,利用550nm内源信号光学成像(opticalintrin-sicsignalimaging,OISI)监测局灶性脑缺血后大鼠顶-枕叶皮层内源光信号变化。
2)Optical Imaging of Intrinsic Signals内源光学成像
3)intrinsic optical signals内源光学信号
4)Optical Intrinsic Signal内源光信号
5)CCD endoscopy optical imagingCCD内窥光学成像
1.complicated cylinder part in the industry presently, this paper has presented a research of photoelectric non-contact measuring system for the micropore inside of cylinder on the basis of CCD endoscopy optical imaging technology, pattern displacement sensor, precision machinery technique, computer real-time control and data processing technology.针对目前工业上许多缸体类零件内壁微孔难以检测的特点和难点,本文基于CCD内窥光学成像技术、光栅位移检测技术、精密机械传动技术和计算机实时控制与数据处理技术,研制了缸体内微孔非接触测量系统。
6)imaging signal成像信号
1.This paper introduces the imaging signals used in Scanning Electron Microscope, analyses the production and its feature of each imaging signal stimulated by the original electron beam, and selects second elcctron signal as the main source signal for its high resolution and abundant imaging information.介绍了扫描电子显微镜 (SEM)的基本工作原理 ,着重分析了在 SEM初始电子束作用下 ,各种成像信号产生的方式及其特点 ,确定二次电子信号因成像分辨率高、携带成像信息丰富而成为 SEM的最终信号源。
英文短句/例句
1.Design of Interface and Communication for SAR Imaging Signal ProcessorSAR成像信号处理机的接口与通信设计
2.A METHOD FOR SEPARATION OF MICRO-MOTION FROM ISAR SIGNAL一种ISAR成像信号中微动成份分离方法
3.Design of Radar Imaging Signal Processor and Driver Development雷达成像信号处理板设计及驱动开发
4.Design of SAR Imaging Signal Processor Based on FPGA and DSP基于FPGA和DSP的SAR成像信号处理板设计
5.Design of SAR Imaging Signal Processor Based on Multi-FPGA基于多FPGA的SAR成像信号处理机设计
6.Research of Signal Receiving System for Medical Ultrasonic Endoscope Imaging;医学超声内窥成像信号接收系统的研究
7.Design and Implementation of Signal Source and Signal Acquisition for Imaging Sonar成像声纳信号源与信号采集系统设计实现
8.IMPLEMENTATION OF FAST MR IMAGING USING EXTRAPOLATION OF SIGNALS利用信号外推实现磁共振快速成像
9.Research on Signal Processing and Imaging of Ultra-Wideband Radar;超宽带雷达信号处理及成像方法研究
10.Simulation of Echo Signal in Laser Imaging Detection System脉冲激光成像探测系统回波信号仿真
11.Research on the Signal Detection of Optical Encoding Image and Its Image Processing;光学编码成像的信号探测及图像处理研究
12.The analog signal contains high-frequency video information, which helps make up the picture.模拟信号包括有助于构成图像的高频视频信息。
13.Analog Signal Processing and Digital Communication Technology of Infrared Imaging System红外成像系统模拟信号处理及数字通信技术
14.Study on Real-Time Signal Processing for Airborne SAR Imaging;机载合成孔径雷达成像实时信号处理研究
15.OPTIMIZING DESIGN OF SIGNAL DETECTION AND PROCESSING IN EMT SYSTEM电磁层析成像系统信号检测与处理的优化设计
16.Non-Invasive Optical Detection and Imaging with Scattering Data;利用散射信号的无损光学检测和成像研究
17.Cerebral Low Frequent Oscillation Signals Analysis Based on Optical Imaging;基于光学功能成像的大脑低频振荡信号研究
18.Study on Filtering and Obstacle Imaging of the GPR Detecting Signals for the Snow-plough;清雪车GPR探测信号滤波与障碍物成像技术研究
相关短句/例句
Optical Imaging of Intrinsic Signals内源光学成像
3)intrinsic optical signals内源光学信号
4)Optical Intrinsic Signal内源光信号
5)CCD endoscopy optical imagingCCD内窥光学成像
1.complicated cylinder part in the industry presently, this paper has presented a research of photoelectric non-contact measuring system for the micropore inside of cylinder on the basis of CCD endoscopy optical imaging technology, pattern displacement sensor, precision machinery technique, computer real-time control and data processing technology.针对目前工业上许多缸体类零件内壁微孔难以检测的特点和难点,本文基于CCD内窥光学成像技术、光栅位移检测技术、精密机械传动技术和计算机实时控制与数据处理技术,研制了缸体内微孔非接触测量系统。
6)imaging signal成像信号
1.This paper introduces the imaging signals used in Scanning Electron Microscope, analyses the production and its feature of each imaging signal stimulated by the original electron beam, and selects second elcctron signal as the main source signal for its high resolution and abundant imaging information.介绍了扫描电子显微镜 (SEM)的基本工作原理 ,着重分析了在 SEM初始电子束作用下 ,各种成像信号产生的方式及其特点 ,确定二次电子信号因成像分辨率高、携带成像信息丰富而成为 SEM的最终信号源。
延伸阅读
成像光学计量成像光学计量imaging optics measurement 山engxia叩guangxue jilia叩成像光学计t(i此套ng叩tics~uI’eIneni)对光学系统的成像质量进行准确测量，并保证其量值统一的活动。光学系统的质量一般用分辨率法和星点法检测，分辨率法简单方便，可以用数量表示，但它只能表示光学系统对物体细节能够分辨的极限，对线条本身的对比度不能做出定量的表示，只能做出主观的估计。星点法是使一点光源通过被测光学系统成像，观察其光能量分布情况，来判断系统的成像质量。这是一种主观检验方法，只能做出主观的估计。现代所用的光学传递函数方法是客观的评价方法，光学传递函数测量仪是检测光学系统成像质量的较为适用的仪器。 点扩散函数一个在线性范围内并在规定成像状态下工作的成像系统的点扩散函数，是点源像的归化辐照度分布。 光学传递函数当光学成像系统在线性范围内工作时，在它的等晕区内，光学传递函数是相应的点扩散函数的傅里叶变换。光学传递函数是一个复函数，它包括调制传递函数和相位传递函数两部分。在零空间频率时，它的值是l。 调制传递函数光学传递函数的模量，是调制度(对比度)随空间频率变化的函数。 相位传递函数光学传递函数的幅角.是相位传递值(相位移)随空间频率变化的函数。光学传递函数一~’“，里儿子示珑尤字传递函数的仪器。口二留，.护、
