1.
The Simulation of Fresnel Straight Edge Diffraction by MATLAB;
用MATLAB模拟菲涅耳直边衍射
2.
A Numerical Computing Method for the Fresnel Diffraction of Rectangular Aperture
矩孔菲涅耳衍射的一种数值计算方法
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.
The Probing about the Fresnel s Diffraction and Fraunhofer Diffaction of the Single Slit Source;
单缝的菲涅耳衍射与夫琅和费衍射的探讨
5.
Fresnel Diffraction Transform and its Application in the Design of Binary Optics
菲涅耳衍射变换及其在二元光学设计中的应用
6.
The discussion about the principle of Huygens-Fresnel and Kirchhoff s diffraction formula;
惠更斯-菲涅耳原理和基尔霍夫衍射公式的讨论
7.
Theory Research on Fresnel Diffraction Hologram Display with DMD
数字微镜用于菲涅耳衍射全息显示的理论研究
8.
Analysis and discussion on the similarity of Fresnel diffraction patterns
关于菲涅耳衍射图样相似性的分析与讨论
9.
Fresnel-zone-plate diffraction in scanning holography
扫描全息术中菲涅耳波带板的衍射问题
10.
The Limit of Fraunhofer and Fresnel Single Slit Diffraction in the Experiments
夫琅和费型与菲涅耳型单缝衍射在实验中的界限
11.
Structured Illumination Based on Fresnel Diffraction and Its Application in 3D Sensing;
基于菲涅耳衍射的结构照明及其在三维传感中的应用
12.
Analysis of Fresnel Single-slit Diffraction on Uniform Semitransparent Plane with Cornu Spiral;
用Cornu卷线分析均匀半透明平面上的菲涅耳单缝衍射
13.
At the same time, it shows that studying and designing the vertical-cavity surface-emitting lasers optical properties using the Fresnel matrix method is a simple and fast way.
同时也说明菲涅耳系数矩阵法设计垂直腔面发射激光器是一种快速准确的方法。
14.
A NEW MIGRO-GOLLIMATING LENS--FRESNEL LENS DESIGN
一种新型微准直透镜——菲涅耳透镜的设计
15.
Analysis and Simulation of the Plural Amplitude and Distribution of Optical Intensity about Fresnel Diffraction of Ronchi Grating on Plane Wave;
平面波照射下Ronchi光栅的菲涅尔衍射及计算机模拟
16.
Analysis and Simulation of the Plural Amplitude and Distribution of Optical Intensity about Fresnel Diffraction of Ronchi Grating on Spherical Wave
球面波照射下Ronchi光栅的菲涅尔衍射及计算机模拟
17.
Huygens-Fresnel principle
惠更斯－菲涅耳原理
18.
DIRECT RECORDING OF FRESNEL HOLOGRAMS BY A CCD TARGET AND NUMERICAL RECONSTRUCTING THROUGH COMPUTER SIMULATION
CCD直接记录菲涅耳全息图和计算机模拟实现数字重现