1.
Axial Focusing Characteristics of Low F-Number Diffractive Optical Elements with Continuous Relief Fabricated by Laser Direct Writing
激光直写制作的小F数连续浮雕衍射透镜轴向聚焦特性分析
2.
Diffractive Optical Elements Arrays with Continuous Deep-relief for Maskless Lithography
用于并行激光直写的连续深浮雕衍射透镜阵列研究
3.
A Comparison of the Diffraction Property between Step Type Relief and Refractory Index Phase Gratings
阶梯形浮雕和折射率位相光栅的衍射性质比较
4.
embossed film
(带半圆凸透镜层的彩色电视录象用)浮雕影片
5.
filled aperture radio telescope
连续孔径射电望远镜
6.
filled and unfilled aperture radio telescope
连续和非连续孔径射电望远镜
7.
Multilayer-coated Gratings in the Extreme-ultraviolet Wavelength Region: Fabrication of Bare Grating Substrates and Measurement and Analysis of Diffraction Efficiency
极紫外多层膜光栅的浮雕衬底制作及衍射效率测量与分析
8.
High power diffraction-limited quasi-continuous-wave diode-end-pumped 1.34 μm laser
大功率衍射极限准连续1.34μm激光器研究
9.
Rayleigh-Sommerfeld Diffraction Formula on the Thin Acoustic Lens With Larger Aperture
较大孔径薄声透镜声场的瑞利─索末菲衍射公式
10.
DIFFRACTION FIELD INTENSITY DISTRIBUTION OF GAUSSIAN BEAM OF BASE MODEL AT NEARLY FOCAL PLANE OF LENS;
基模高斯光束在透镜焦面上的衍射场强分布
11.
Study of Hollow Gaussian Beams Diffracted by a Misaligned Optical System
空心高斯光束的非准直透镜系统衍射研究
12.
Diffraction of Gaussian Beam of Light by an Optical Lens and a Small Circular Aperture
高斯光束通过透镜-微小圆形光阑系统的衍射
13.
The dispersion caused from the chromatic aberrations of lens is smaller than that from diffraction effects of it.
与衍射效应产生的色散相比，透镜本身的折射率色散很小。
14.
Diffraction Efficiency of Multilayer-Based Laue Lens for Hard X-ray Focusing
基于多层膜技术的硬X射线Laue透镜衍射效率的理论研究
15.
Diffraction Spatial Imaging by Using the Technology of Consecutive Variable-pitch Dot Matrix Grating;
用于衍射空间成像的连续变空频干涉光刻技术
16.
Design of 8×Uncooled Thermal Infrared Hybrid Refractive-Diffractive Continuous-Zoom Lenses
8倍非制冷型红外折/衍射连续变焦系统设计
17.
Research on GRIN Lens-based 850 nm Module for Optical Interconnections
基于梯度折射率透镜的850nm光互连模块的研究
18.
Diffraction: When light rays pass close to opaque surfaces, such as the blades of a lens diaphragm ,they are scattered;
衍射:当光束靠近经过不透明表面，如镜头光圈的叶片时，它会散开。