Charge-coupled Device

Radar Filter for Moving Target Indication Based on Charge-coupled Device

基于电荷耦合器件的动目标显示雷达滤波器

Charge-coupled device ( CCD ) which based on the development of MOS integrated circuit technology is a major breakthrough in semiconductor technology .

电荷耦合器件（CCD）是在MOS集成电路技术基础上发展起来的，是半导体技术的一次重大突破。

Application of linear array charge-coupled device to automatic length measurement system

线阵电荷耦合器技术在自动测长系统中的应用

Technology of near infrared spectroscopy analysis system design based on fixed grating and charge-coupled device

基于固定光栅和CCD技术的近红外光谱分析系统设计

Direct linear transformation of linear charge-coupled device cameras in a 3-D measurement system

三维测量系统中线性CCD相机的直接线性变换

Development of Apparatus with a Linear Charge-Coupled Device Array to Measure Refractive Index

电荷耦合器件型折射率测定仪的研制

It describes a kind of Charge-Coupled Device ( CCD ) Measurement System for special use .

介绍了一种自行设计制造的专用电荷耦合（CCD）测量系统。

An on-line real-time measurement system based on linear array CCD ( charge-coupled device ) technique was introduced .

介绍用线阵电荷耦合器件（CD）术设计的型材在线实时测量系统。

Development of Back - illuminated Charge-coupled Device

背照式电荷耦合器件的研制

Peristaltic charge-coupled device Types and dimension for coupling bores and their connection

蠕动式电荷耦合器件GB/T3852-1997联轴器轴孔和联结型式与尺寸

Studies on the Coupling Technique of High Performance Capillary Electrophoresis and Charge-Coupled Device Detection ⅱ . Separation of Fluorescent Dye Mixtures

高效毛细管电泳-电荷耦合器件检测器联用技术研究Ⅱ.混合荧光染料分离

Hg-Lamp-Based Fluorescence Charge-Coupled Device Detection in Microchip Capillary Electrophoresis

汞灯光源芯片毛细管电泳荧光电荷耦合器件检测系统

A new setup for highly sensitive fluorescence detection , made up of charge-coupled device array detector and common tungsten lamp source , was described .

本文报道用一般光源溴钨灯及电荷耦合器件阵列检测器组装的荧光检测装置。

A charge-coupled device for multi-wavelength fluorescence detection with capillary electrophoretic set-up was used to separate mixtures of fluorescent dyes .

使用电荷耦合器件荧光检测毛细管电泳装置，在13min内基线分离了混合荧光染料的5个组份。

A charge-coupled device in which the potential wells are created at the semiconductor insulator interface and the charge is transferred along that interface .

一种电荷耦合器件，其中在器件的半导体-绝缘体界面处建立电势井。电荷沿着该界面传输。

In addition , this paper choices position induction detector ( PSD ) to replace the charge-coupled device ( CCD ) traditional laser triangle ranging .

另外，在传感器的选择方面，选用位胃感应探测器（PSD）来代替传统激光三角测距中的电荷耦合器件（CCD）。

The technical scheme for implementing the back-illuminated charge-coupled device by thinning the substrate of a conventional charge-coupled device chip is studied .

设计了对常规电荷耦合器件芯片进行衬底减薄进而实现背照电荷耦合器件的技术方案。

Measurements of Flame Temperature Distribution by the Use of a Colored Array CCD ( Charge-coupled Device ) ( I ) the Measurement of a Two-dimensional Projection Temperature Field

利用面阵CCD进行火焰温度分布测量（I）&二维投影温度场的测量

This paper proposes a new method for estimating the equivalent focal length of digital camera ( DC ) charge-coupled device ( CCD ) to the traditional optical camera .

给出了一种焦距测试方法，用于测量数码相机电荷藕合器件（CCD）与传统光学相机相等效的焦距。

The multi-CCD ( Charge-Coupled Device ) scanner is an important digital equipment and has been widely used in military , surveying , medical and other fields .

多CCD（Charge-CoupledDevice）扫描仪是重要的数字化设备，已广泛应用于军事、测绘、医疗等领域。

The principle of operation , structure and characteristics of 150-element buried channel charge-coupled device with a photodiode array ( BCCPD ) are reported .

本文报道了150元BCCPD线阵电荷耦合图象传感器的结构特点和工作原理；

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。

This paper describes the constitution and principle of a novel steel strip edge position control system , which makes use of the line scan Charge-Coupled Device and the single-chip microprocesser etc.

本文介绍利用线阵CCD电荷耦合器件、单片机等新器件实现的带村边缘位置控制系统的构成和工作原理。

A method of digital holography that combines the charge-coupled device ( CCD ) with electrically addressed liquid crystal display ( EALCD ) is introduced in this paper .

本文将电荷耦合器件CCD与电寻址液晶EALCD相结合实现数字全息的再现过程。

Utilizing the characteristics of ruby laser and CCD ( Charge-Coupled Device ) video camera , the transient impinging spray images are grabbed by the digital image processing system in real time .

应用脉冲激光和CCD摄象机的特性，将柴油机喷雾象实时采集到计算机图家处理系统上。

With the rapid development of photonics technology , based on charge-coupled device ( CCD ) for receiving the signal of the photoelectric imaging system components access to an increasingly wide range of applications .

随着光电子技术的飞速发展，基于电荷耦合器件（CCD）为信号接收元件的光电成像器件获得了日益广泛的应用。

A new optical system for real-time pattern recognition is presented , which mainly consists of a laser diode , an acoustooptic device with multi-transducer , a charge-coupled device and optical lenses .

本文描述了一个新的实时光学图像识别系统。该系统主要是激光二极管、多换能器声光器件、电荷耦合器件以及光学透镜组成的。

A non-scanning , non-interferometric , three-dimensional ( 3D ) optical profilometer based on geometric optics , critical angle principle , and the use of a charge-coupled device ( CCD ) camera is presented .

基于几何光学以及临界角度原理，利用电荷耦合器件（CCD）相机的算法，本文设计了一个非相干、非扫描的三维光学表面形貌测量仪。

In this paper , through analyzing and studying the physical structure and working principle of Charge-coupled Device image sensor ( CCD ), we propose a speed measurement using single-frame fuzzy image of moving object based on the dynamic response of CCD .

本课题通过对CCD图像传感器物理结构、工作原理的分析和研究，提出了基于CCD图像传感器动态响应特性的单帧模糊图像速度测量方法。