1.
Measurement Principle of Cross Diffraction Grating and Its Application to Ultra Precision Platform;
正交衍射光栅计量原理及在超精密工作台上的应用
2.
Design of Laser Diffraction Grating Testing Instrument Based on SPCE061A
基于SPCE061A的激光衍射光栅测试仪设计
3.
If alternate diffracted orders are blocked out (still assuming the grating as our specimen), the number of lines in grating would appear doubled (a spurious resolution).
假如交替地遮挡衍射级（仍假设为光栅标本），线性光栅的数量会成双数（伪分辨率）。
4.
The Computer Analogy and Analysis of Plane Diffraction Patterns of Diffraction Grating;
平面衍射光栅衍射图样的计算机模拟分析
5.
Analysis of the spectral line width on grating diffraction experiment
对光栅衍射实验中衍射条纹宽度的分析
6.
Optical Scattering Analysis of the Aberration of the Diffracted Wave of Two-dimensioned Reflection Grating
二维反射光栅衍射畸变的光散射方法研究
7.
The light is emitted by the laser diode and enters a diffraction grating.
激光束从激光二极管中发出，射入衍射光栅。
8.
On the Diffraction of Grafting and the MATLAB Emulation of its Special Cases;
光栅衍射及其特例的MATLAB仿真
9.
Research of the Measurement of Sound′s Velocity in Liquid with Ultrasonic Diffraction Grating;
超声光栅衍射测量液体中声速的研究
10.
Self Similarity Analysis of Diffraction Field of Cantor F ractal Grating;
Cantor分形光栅衍射场的自相似性分析
11.
Rigorous coupled-wave method for diffraction efficiency calculation of blazed gratings
严格耦合波法计算闪耀光栅衍射效率
12.
Diffraction and imaging characteristic of curved grating with gradually changing periods
渐变周期弯曲光栅的衍射和成像特性
13.
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
14.
The Convex Grating Diffractive Efficiency Calculating and Second Diffraction Suppression
凸面光栅的衍射效率计算及其二级光谱抑制
15.
The Study on the Dispersion Theory, Design, Manufacture, and Efficiency Test of Diffraction Gratings;
衍射光栅色散理论与光栅设计、制作和检验方法研究
16.
A false spectral line caused by imperfections in the diffraction grating.
鬼线衍射光栅中的不完整衍射引起一条虚幻的鬼线
17.
The Test Studys of Diffraction and Interferences in Three-dimensional Space;
三维空间单缝衍射、光栅衍射、双缝干涉和N缝干涉实验研究
18.
Fabrication of Linear Diffraction Grating Interferometer System with High Accuracy;
高精度线性衍射光栅干涉仪系统的研制