像增强器

X射线阴极的研究及其在像增强器中的应用

The Research of X-ray Cathode and Its Application in Image Intensifier

CCD用于像增强器亮度增益测试的研究

Research on test of image intensifier 's brightness gain with CCD

基于FPGA像增强器自动门控电源电路设计

Design of FPGA Based Auto-gated Power Supply Circuit for Image Intensifier

双近贴式X射线像增强器成像不均匀性的分析与校正

Analysis and Correction for Nonuniformity of the Two Side Proximity of X-ray Image Intensifier Radiography

X射线像增强器象质评价

Performance study of X-ray image intensifier

X射线像增强器用微通道板的研制

Microchannel Plate for X-ray Image Intensifier

一种利用CCD测量像增强器MTF的方法研究

Study on Method of Measuring MTF for Image Intensified Tube by Using CCD

新型Gamma射线像增强器

A New Type of Gamma-ray Image Intensifier

采用低照度高分辨率CCD代替价格昂贵的像增强器大大降低了系统成本。

Using low illumination and high resolution CCD instead of expensive image intensifier can decrease the system 's cost greatly .

微通道板行波选通分幅相机动态特性的Monte-Carlo模拟微通道板变换式像增强器

Monte-Carlo Simulation of a Gated V-type MCP Framing Camera ; microchannel-plate inverter image intensifier

像增强器MTF测量理想像面选择方法研究

Method of choosing ideal imaging plane in image intensifier MTF measurement

根据实验结果，我们提出了新的CsI阴极膜层结构，并成功地应用于单近贴聚焦X射线像增强器中。

We propose the new structure of CsI layers and use it in signal proximity focusing x-ray intensifiers successfully .

在带像增强器的微光波前传感器中，采用延时相关算法抑制CCD输出图像的随机噪声。

In a low light level wavefront sensor with image intensifier , the random noise of CCD output image is inhibited by delay correlation algorithm .

新型低强度X射线影像系统主要是由平板式单近贴静电聚焦X射线像增强器和CCD数据采集系统构成。

New structure low intensity x-ray image system is mainly made of plane plate mode x-ray intensifier of single proximity focus and CCD data acquisition and processing system .

InGaAs光电阴极像增强器研究

Study of the InGaAs photocathode image intensifiers

扩展CCD有用成像和探测范围的工作已进行，该工作是通过直接光学耦合和像增强器与CCD组合来实现。

Work has been done on extension of useful imaging and detection range for CCD by means of direct optical coupling and combination of image intensifiers with the CCD .

ICCD系统中对像增强器制冷降噪效果的分析

Research of reducing the ICCD system noise with TE cooler

采用FPGA控制电子快门时间。捕获图像经像增强器放大后，由荧光屏耦合到CCD光敏面；

The electronic shutter time is controlled by FPGA After magnified by the image intensifier , the captured image is coupled to light sensing area of CCD via a fluorescence screen ;

微光像增强器信噪比与MCP电压关系应力增敏的光纤布拉格光栅压强传感器

Relation between signal-to-noise ratio of LLL image intensifier and voltage of MCP Stress Sensitivity Enhanced in-Fiber Bragg Grating Pressure Sensor

已经证明，采用现有国产CCD和微通道板像增强器耦合技术可提高CCD有用的范围2个数量级。

It is shown that two orders of magnitude improvement in the useful range of a CCD may be made by coupling a China-made CCD with a microchannel plate image intensifier .

将InGaAs像增强器的光谱和标准的第二代和第三代像增强器进行比较。

Direct spectral comparisons of the InGaAs image intensifiers are made to standard generation ⅱ and ⅲ image intensifiers .

本文采用MATLAB软件编程，仿真计算出等电位线、电子运动轨迹以及不同参数下的分辨率变化情况，得到高分辨率的微光像增强器。

In this paper , we program using the MATLAB software , calculate the equipotential line , E-trajectories and the resolutions at the different parameters , final obtain the image intensifier with the high resolution .

γ射线针孔照相系统是用于诊断γ射线源或X射线源图像的重要手段，它主要由厚针孔、闪烁体、微通道板像增强器和CCD相机等器件组成。

γ - ray pinhole imaging system is a major approach to diagnose the radioactive source . It mainly comprises four parts : thick pinhole , LSO scintillator , Microchannel-plate image intensifier and CCD camera .

优质的GaAs外延材料是实现激活高灵敏度阴极的先决条件，是提高像增强器成品率的关键所在。

Therefore , high-quality GaAs epitaxial material is prerequisite for activation of the high sensitivity of the cathode , it is the basis to improve yield of image intensifier device .

第三部分本课题所设计的三维测距成像系统的关键性器件如MCP像增强器，CCD图像传感器的性能以及在系统中的独特功能进行了分析。

In the third part we analyzed the performance of this system 's key devices , such as MCP image intensifier , CCD image device , digital signal processor .

GaAs光电阴极经Cs-O（铯-氧）激活后灵敏度的高低直接影响三代微光像增强器性能。

The sensitivity of GaAs photocathode after activated by Cs-O directly influences the performance of the three generation image intensifier .

详述了近贴聚焦二极管像增强器与低亮度矩阵EL显示屏耦合，用光电阴极代替场发射电子，开发出一种新型显示器。

With the proximity focused diode image intensifier coupled to a low luminance EL display , and a photocathode instead of a field-emitter , a new photocathode display is developed .

微通道板（MCP）是一种先进的电子倍增器，是微光像增强器的核心部件。

The Microchannel plane ( MCP ) is an electron multiplier , which is the core component of the low-light-level ( LLL ) image intensifier .

本论文通过研究确定了微光夜视摄像物镜参数、像增强器型号、转像物镜参数、CCD光电成像器件型号。

Through the research , the thesis defines the parameters of the camera lens in the low light level night vision system , image intensifier models , parameters of the turning lens and CCD sensitization device models .

介绍了湍流廓线激光雷达控制系统的设计和实现，运用Visualc++语言编写软件，通过单片机实现了对像增强器、发射望远镜和接收望远镜焦距的有效调节，实现了基于NT平台下的端口操作。

Control technology of turbulence profile lidar is introduced . Visual C + + was used for programming to control the ICCD , focus of transmitting telescope and receiving telescope . Port operation is realized based on NT operation system .