空间光调制器

与传统的计算全息图不同，该方法将全息图平面的纯位相信息加载到空间光调制器上来重建三维漫射体，而没有引入参考光波。

Different from conventional CGHs , the pure-phase information on the hologram plane is loaded on the SLM to reconstruct the3D diffusive objects without considering the reference wave .

光学成像系统方面：对空间光调制器和CMOS摄像机的成像匹配进行了研究；

For Optical imaging system : Imaging matching of SLM and CMOS camera is examined .

铁电液晶空间光调制器氢化非晶硅薄膜p－i－n光敏层的研究

Hydrogenated amorphous silicon thin film p I n photosensor for ferroelectric liquid crystal optically addressed spatial light modulators

氢化非晶硅pin二极管型光寻址空间光调制器的研制

Optically Addressed Spatial Light Modulator Using an α - Si : H pin Photodiode

此装置采用了一个液晶显示器（CD）它形成偏相位空间光调制器。

The device is based on a liquid crystal , display ( LCD ), to form a phase-most spatial light modulator .

数字合成全息系统中空间光调制器DMD的研究

Research of the DMD in a Digital Synthetic Holography System

薄膜晶体管液晶显示器TFT-LCD是信息光学研究中一种非常重要的电寻址空间光调制器SLM。

TFT-LCD is a very important spatial light modulator in optical information processing .

利用二值化联合变换相关技术成功地设计了一个单空间光调制器、单CCD的光电混合实时指纹识别系统。

A real time fingerprint identification system using binary joint transform correlator with a single space light modulator and a single CCD has been developed successfully .

针对BNS（BoulderNonlinearSystems）公司的专利产品-256256像素纯相位空间光调制器的相位与电压（灰度）的响应曲线。

The response curves of phase and voltage of the SLM with 256256 pixels patented by Boulder Nonlinear Systems ( BNS ) were measured .

BSO晶体旋光效应对空间光调制器性能的影响分析

Influence of the Optical Activity of BSO on Spatial Light Modulator

BSO基光寻址空间光调制器电源控制模块的研制

Development of power-supply control module for bso-based optically addressed spatial light modulator

在硬件设计上，系统采用空间光调制器（SLM）、双远心光路实现光点的精缩投影和高质量的光斑控制，差动机构和CCD器件实现了光斑的高精度实时调焦。

Among system 's modules , spatial light modulator and double telecentric configuration are used to obtain light spot of high quality ;

论述了液晶空间光调制器（SLM）色散补偿的原理，数值模拟了SLM的色散补偿结果，并分析了影响SLM色散补偿的原因。

The principle of chirp compensation by liquid-crystal spatial light modulator ( SLM ) in described .

随着各种空间光调制器和高分辨率CCD器件的迅速改进和广泛应用，光电混合模式识别系统日益受到重视。

With the development and extensive application of Spatial Light Modulator ( SLM ) and CCD , many attentions have been payed to the optoelectronic hybrid pat-tern recognition systems .

计算全息图再现像的光强补偿应用Matlab语言和液晶空间光调制器（LCD）实现了计算机全息图的快速制作，并对绘制出的傅里叶型计算机全息图进行了计算机模拟再现。

Compensation of Light Intensity in Recovery Image of Computer-Generated Hologram Matlab and LCD are used to achieve the fast manufacturing and simulated reconstruction of the computer-generated hologram ( CGH ) .

研制了平行排列液晶空间光调制器（LCSLM）。

A liquid crystal spatial light modulator ( LC SLM ) with parallel alignment TFT is prepared , the theory of which is also discussed .

阐述了利用细菌视紫红质薄膜（BR薄膜）优良的非线性光学特性作为光寻址的空间光调制器的实验研究。

An optically addressed spatial light modulator ( OA SLM ) is presented by using the excellent nonlinear optical characteristics of bacteriorhodopsin films ( BR films ) .

近年来，空间光调制器（SLM）无掩模光刻技术受到微电子及相关领域的广泛关注。

In recent years , optical maskless lithography technique based on spatial light modulator ( SLM ) has been attracted wide attentions .

原理上，视频全息、显示的核心是一种被称为空间光调制器（SLM）的光电装置。

In principle , the core of video holographic display is an electro-optical apparatus which is called spatial light modulators ( SLMs ) .

本文对两种光学神经网络多值模型进行了探讨，并设计了以空间光调制器PROM为主体的光学系统对这两种模型进行了光学模似。

In this paper , two multivalue models for optical neural network are studied and optically simulated with a optical system including a SLM PROM .

在CMOS成像模型的基础上加入空间光调制器LCoS的影响，建立了基于互信息量的离散成像系统数学模型。

Introducing the influence of LCoS as a spatial light modulator to CMOS imaging model , mathematical model of the discrete system based on mutual information is established .

第五章利用TN-LCD作为空间光调制器完成实验研究；

The fifth chapter achieves the experiment by using TN-LCD as SLM .

提出三种新的利用空间光调制器（SLM）实现的动态范围扩展方法：时间域SLM多次曝光，空间域光强编码调制，自适应PID反馈控制。

Three new dynamic range extend methods with spatial light modulator ( SLM ) are proposed : temporal SLM multi-exposure method , spatial light encoding method and self-adaptive PID feedback control method .

ETDS是基于贝叶斯（Bayes）概率理论，利用空间光调制器的并行乘、存储、互连等特点实现实时决策系统。

ETDS is based on Bayes theorem , and uses the capability of SLM in interconnection , storage and mutiplication to realize real time system .

提出了一种基于强度调制型空间光调制器（SLM）的并行激光直写系统，建立了该系统的数学模型。

An innovative parallel laser direct writing system based on intensity modulating spatial light modulator ( SLM ) is proposed , and the math model about this system is established .

通过电寻址空间光调制器在4f系统上加载小波滤波器，实现图像的特征提取与辨识。

Using the EA spatial light modulator for loading the wavelet function filters , the features of object can be extracted and recognized by 4f correlator system .

使用DMD作为空间光调制器来生成数字化掩模图形，与投影光刻系统相结合，发展一种数字光刻技术。

It develops a digital lithography technology , combining the DMD , which is used as a spatial light modulator to produce digital mask graphics , with the projection lithography system .

提出一种基于纯位相液晶空间光调制器（LC-SLM）实现变焦透镜的方法。

We present a method for zoom lens based on reflective phase-only liquid crystal spatial light modulator ( LC-SLM ) .

为了能够产生Airy加速光束，人们已经提出了许多实验方案，如，利用空间光调制器产生Airy光束、相位板产生Airy光束、利用艾里激光器产生Airy光束等。

In order to generate Airy accelerating beams , a lot of methods are proposed , such as , using the spatial light modulator , using phase mask and using Airy laser .

针对振幅型空间光调制器只能实现非负的实函数，且CCD只能直接记录光的强度，提出一种应用于光学4f系统的光学小波滤波器的设计方法。

As amplitude-only SLM ( Spatial Light Modulator ) can only implement non-negative real function and CCD can only record light intensity , a design method of optical wavelet filters applied to optical 4f system was presented .