1.
Investigations of Design Methods of Diffractive Optical Elements to Implement Optical Superresolution;
实现光学超分辨的衍射器件设计方法研究
2.
Diffractive-refractive method for design of diffractive optical elements for uniform illumination
衍折射设计用于均匀照明的衍射光学器件
3.
Design of diffractive optical element for beam smoothing in Fresnel diffraction region
菲涅耳区衍射光学束匀滑器件的设计
4.
A Study on the Uniformity of Diffraction Efficency for Demultiplex of WDM Based on Bolume Holographic Technology;
基于体全息技术的WDM器件衍射效率均匀性研究
5.
Designing Algorithms and Actualizing Techniques for Diffractive Optics Elements in Beam Shaping
束匀滑衍射光学器件的设计方法和制作工艺
6.
X┐ray diffraction analysis on rem nant com ponentsof Bronze chariot and horses No.1 from Qinshihuang′s tom b anda com pared study of corrosion m echanism of bronze and silverw are;
秦俑一号铜车马残件X射线衍射分析——青铜器和银器锈蚀机理比较
7.
Effect of Incident Angle on Diffraction Efficiency of a Two-Layer Diffractive Optical Element
入射角对双层衍射光学元件衍射效率的影响
8.
diffractional pulse-height discriminator
脉冲振幅衍射鉴别器
9.
diffraction optics head-up bisplay
衍射光学平视显示器
10.
The electronic addressed liquid crystal display forms different diffractive optical elements.
该电寻址液晶显示器可形成不同的衍射光学元件。
11.
The Spectral Detection in Single Slit Diffraction by the Charge Coupled Device;
电荷耦合器件(CCD)在单缝衍射光强分布测量中的应用
12.
Study on Diffractive Optical Element Application and In-situ Test Technology for Vehicular Optical Instrument
车载光学仪器原位检测及衍射光学元件应用研究
13.
Study on Properties of Phase-Only Liquid Crystal Spatial Light Modulator and Application on Diffractive Micro-Elements
纯相位液晶空间光调制器的性能及其微衍射元件研究
14.
Design and Diffraction Efficiency of a Multi-Layer Diffractive Optical Element
多层衍射光学元件设计原理与衍射效率的研究
15.
These errors have effects on diffractive efficiencyof DOE.
这些制作误差对衍射光学元件的衍射效率都有影响。
16.
Design Schemes of Diffractive Optical Element for Beam Shaping and Axicon Focusing;
衍射光学波面整形元件及衍射型轴锥镜设计研究
17.
The Fabrication of the Diffractive Optics with a Spherical Surface;
曲面基底衍射光学元件加工工艺研究
18.
Study on Fabrication of Diffract-optical Filters by Using Multi-beams Holographic-interference;
多光束干涉全息法制作衍射光学元件