ICCD

The accurate method of detecting distortion for ICCD & wide field TV measuring system

ICCD及宽视场电视测量系统畸变的精密测量

The Calibration in Temperature field Measurement by ICCD Two-Color Thermal Images

成像电荷耦合器件双色热图像焊接温度场检测系统的标定

Research of reducing the ICCD system noise with TE cooler

ICCD系统中对像增强器制冷降噪效果的分析

High Resolution Thomson Scattering Diagnostic system using ICCD

基于ICCD的高分辨率汤姆逊散射系统分析

Modeling and simulation analysis of ICCD camera

ICCD相机建模与仿真分析

Research on X-ray sensitive ICCD image sensor

X射线敏感ICCD图像传感器研究

Modeling and Simulation of LLL Imaging Based on ICCD

基于ICCD的微光成像建模与仿真

Further applications of ICCD imaging system attract more attention to its imaging quality evaluation and methods of measurement .

随着微光增强型电荷耦合装置（ICCD）成像系统的广泛应用，其像质评价及测试方法日益受到人们的关注。

A Multi-wavelength intensity calibration procedure based on ICCD detector has been presented .

给出了基于ICCD探测器的多波长强度定标方法。

Analysis on the Non-Uniformity of ICCD Caused by Fiber Optic Taper Coupling

光锥耦合对ICCD响应不均匀性的影响分析

Performance Analysis and Comparison of ICCD and CCD Types of Hartmann Shack

ICCD型与CCD型弱光哈特曼-夏克波前传感器的性能分析与对比

Measurement Technology for Relative Spectral Responsivity of the Ultraviolet ICCD

紫外ICCD相对光谱响应度测量技术研究

Signal transferring characteristics of ICCD WFS and its measurement error

ICCD波前传感器的信号传递特性及其探测误差

Performance Analysis of Low Light Level Image Sensors : BCCD , ICCD , EBCCD

用于微光成像的BCCD，ICCD，EBCCD性能分析

Optical fiber coupling technique of ICCD

ICCD的光纤耦合技术

ICCD microscopy imaging system could not distinguish details of organelle probes ' fluorescence images .

ICCD系统对细胞器探针荧光图像在空间分辨上不理想。

Determination of the total x-ray dose in the SiO_2 layer of backside electron irradiated ICCD images

对背面电子照射ICCD成象器氧化硅层X射线总剂量的测量

Objective To explore a new method for detecting the imaging difference in different tissue with focusing ultrasound combined with ICCD imaging technique .

目的本文提出一种利用聚焦超声的声致发光，结合ICCD成像技术检测不同组织成像差异的方法。

The range-gated imaging system combines the technologies of pulsed laser illuminating and range-gated ICCD .

距离选通成像系统采用脉冲激光主动照明与ICCD选通技术相结合。

As the rapid development of ICCD technology , the method for viewing underwater objects has changed from sonar to photoelectricity .

随着高性能增强CCD技术的迅速发展，水下探测手段也从传统的声波成像向光电成像方面发展。

Using ICCD as a fast optical switch to measure harmonic super-radiation from an optical klystron in a storage ring

用ICCD作光开关测量储存环中光学速调管谐波超辐射

S Real-time measuring system for weld temperature field is developed by colorimetric method using ICCD images and 2D temperature field distribution is achieved quickly by using the system .

采用图象比色法，建立了焊接温度场实时检测系统，快速获取了二维焊接温度场分布。

The 3-D noise of ICCD ( Intensifier Charge Coupled Device ) imaging system is measured and analyzed with the help of digital image processing technology and measurement system .

利用微光成像系统三维噪声测量系统，结合数字图像处理技术，测量了微光增强型电荷耦合装置（ICCD）成像系统在四种照度条件下的三维噪声，并对结果进行了分析。

Conclusions : The fluorescence microscope and highly sensitive ICCD can be effectively applied in the study of the intracellular distribution of photosensitizers with low fluorescent efficiency ;

结论：倒置荧光显微镜和高灵敏度致冷ICCD可有效应用于低荧光效率光敏剂细胞内分布研究；

Results : At the concentration of 5ug / ml , fluorescence microscope and ICCD can collect intracellular fluorescence images of HMME ;

结果：HMME浓度为5μg/ml时，荧光显微镜采集到HMME的荧光图像；

Furthermore , we also study the jets discharge evolution process and jet-to-jet interactions via two series of ICCD images which are taken at the side and end views .

为了进一步研究射流阵列的放电演化过程及射流之间的相互作用，我们在放电装置的底面和侧面拍摄了两组曝光时间为40纳秒的ICCD图片。

The second chapter presents the time resolution of a Time-Of-Fly detector by using cosmic ray and the Intensified Charge-Coupled Device ( ICCD ) camera .

第二章主要利用宇宙线和采用有像增强功能的电荷耦合器件（ICCD）相机并行读出定位，测量了时间探测器的时间分辨。

Unsaturated images of large area dispersed argon plasma are captured by an intensified charge-coupled device ( ICCD ) equipped with a narrow-band interference filter .

用增强型电荷耦合检测器（ICCD）和窄带干涉滤光片相结合的方法拍摄了未饱和氩等离子体的分散电弧的非饱和图像。

Moreover , EBCCD 's performance is beyond ICCD under all kind of light illuminance . Research on a Multi-functional Sensor to Measure Temperature , Humidity and Illuminance

而EBCCD在各种照度下，其性能都超过ICCD一种温湿度、照度多功能传感器的研究

Based on the structural performances of ICCD , BCCD and EBCCD , their MTF performances is analysed and their SNR is calculated .

根据ICCD、BCCD和EBCCD的结构特点，分析了三种器件的MTF特性，并在相同目标条件下计算比较了它们的SNR。