成像器件

研究了在投影型空间光调制三维形貌测量中光路配置、调制方向的选择、面阵CCD成像器件空间采样特性及成像光学系统孔径等因素对三维测量的影响。

The effect on optical configuration , selection of modulation direction , spatial sampling characteristic of plane CCD image sensor and the aperture of the optical system are analyzed in opti-electronic 3D profile measurement of projection and optical modulation .

微光成像器件制冷结构设计与噪声性能分析研究

Study on Refrigeration Structure Design and Noise Analysis of Weak Image Device

应用CCD探测器作为成像器件，是实现自准直仪自动测量的有效途径之一。

It is feasible to employ the CCD detector in autocollimator to realize automatic measurement .

防离子反馈Al2O3膜对三代夜视成像器件性能的影响

Effect of ion feedback blocking Al_2O_3 film on the performance of third generation night-vision imaging device

基于CMOS成像器件的手指静脉图像采集方法及装置

Research on a Finger Vein Image Capturing Method and Its Apparatus Based on CMOS Imaging Device

又介绍了目前应用最为广泛的固体成像器件CMOS图像传感器与CCD，以及他们之间的优缺点。

Have recommended the most extensive device CMOS picture sensor and CCD , the pluses and minuses between them .

高分辨X射线成像器件&微间隙室（MGC）的研究

High resolution X radiography imaging detector-micro gap chamber

并且这种上转换成像器件不需要任何特殊的混合读出电路，成像是通过高效、成熟的SiCCD实现的。

Moreover , the upconversion image is obtained through the efficient and mature Si CCD , and no hybrid readout circuit is required .

本文对热释电凝视阵列MTF测试技术进行了系统的研究，形成了较为完整的凝视成像器件MTF测试的方法和理论。

In a word , the paper discusses the measurement of MTF of pyroelectric staring array .

使用基于图像处理的测量方法，采用CCD作为成像器件，获取虚边缘附近的灰度图像。

A new measuring method based on image processing is proposed . We used CCD as the imaging device to obtain the gray level image of the virtual edge .

采用三相全帧帧转移结构和常规的CCD工艺，设计并研制了一种高速摄像用256×256元高帧频可见光CCD成像器件。

By using three-phase full-frame frame transfer structure and common CCD technology , a 256 × 256 high frame-rate visible light CCD used in high speed photography is designed and fabricated .

它基于光学全息理论，以CCD摄像机等电子成像器件作记录介质获取全息图，然后通过计算机用数字方法对数字化的全息图进行再现。

Digital holography is based on the theory of optical holography , but it utilizes CCD array to record Fresnel holograms and fulfills the numerical reconstruction of the object wavefront by computer .

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。

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 .

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 .

电荷耦合器件（CCD&chargeCoupledDevice）作为一种新型光电成像器件具有许多优于其他成像器件的特点，其应用领域已扩展到航天、遥感、工业、天文、通讯等诸多领域。

As a new photoelectric imaging device , the charge-coupled device ( CCD ) is much better than other imaging devices . And it is widely used in many fields , such as spaceflight , remote sensing , industry and communication , and so on .

它是基于光学全息理论，以CCD成像器件作记录介质获取全息图，然后通过计算机用数字方法对数字化的全息图进行再现，它具有非接触性、非破坏性和高分辨率的特点。

It is based on the theory of optical holography . And it utilizes CCD device to record holograms and fulfills the numerical reconstruction of the object wavefront by computer . Digital holography has the characteristic of non-contact , non-breakage and high precision .

数字全息用电荷耦合成像器件CCD代替传统全息材料记录全息图，用计算机模拟再现取代光学衍射来实现所记录全息图的数字再现，实现了全息的记录、存储和再现全过程的数字化。

In digital holography , the holographic information is directly recorded on a charge-coupled device ( CCD ) camera and the optical reconstruction is replaced by a computer numerical reconstruction , so the holographic full process including recording , memory and reconstruction is entirely digital .

文中选取行间转移面阵CCDKAI-1003作为成像器件，利用PLD控制时序信号，匹配CCD的行转移速度与目标运动速度，实现补偿像移。

Experiment chooses the interline transfer progressive scan CCD KAI-1003 as the imaging device , and uses PLD to control the driving timing signal for the sake of matching the velocity between CCD and object .

CCD（电荷耦合器件）是目前应用较广的光电成像器件，因其优异的成像性能，使CCD图像采集系统在军事，航天，医疗，化工等领域有着广泛的应用。

At present , CCD ( Charged-coupled device ) is one of the most widely used electro-optical imaging devices . Because of its excellent imaging performance , image acquisition system based on CCD is also widely applied in many fields such as military , aircraft , medicine , chemical industry .

红外焦平面阵列探测器（IRFPA）是红外探测系统以及红外热成像器件的关键部件，被广泛地应用于军事领域和民用领域，具有很大的应用与发展前景。

Infrared Focal Plane Array ( IRFPA ) is a key part of the infrared testing system and thermal imaging device , being applied extensively in the military and civil field . It has huge developing and applying prospect .

系统利用三倍频调Q脉冲Nd：YAG激光器产生波长为355nm的激光作为激发光，利用像增强型电荷耦合器件（ICCD）作为成像器件，对肺癌组织和正常肺组织在特征波段进行荧光成像。

The system is made up of a frequency-tripled Nd : YAG pulse laser and an image intensified CCD ( ICCD ) camera . The image of the lung cancer tissue and the normal tissue is taken in characteristic wave band by this system .

同时，本项目的研究成果，为以后嵌入式系统的研究搭建了一个软硬件平台，为电场成像器件MC33794在其它领域的实际应用奠定了良好的基础。

The result of this item sets up a hardware and software platform for the embedded system study and provides the bases for other applications of electric field imaging device MC33794 .

质谱分析与检漏技术在成像器件研究中的应用

Application of Mass Spectrographic Analysis and Leak Detection in Research of Imaging Device

锥形梯度折射率成像器件的设计与应用

Design and Applications of Conical GRIN Imaging Elements

投影电视成像器件技术述评

Reviewing Image Devices of the Projection TV

近贴聚焦成像器件光电阴极传递封接工艺研究

The Research of Photoelectric Cathode Transferred and Sealed Technology of Proximity Focused and Imaged Devices

红外焦平面成像器件发展现状

Development state of IRFPA imaging device

红外焦平面成像器件的重大应用

Important applications of IRFPA imaging devices

未来数字成像器件的展望

The Emerging Digital Imaging Devices

热电堆红外探测器是最早研究并实用化的热电型红外成像器件之一。

Thermopile IR detector is one of the first thermal IR imaging device that has been studied and applied .