... Object beam angle 物体光束角 物体波束角 Object beam 物体光束 物体波束 Object plane resolution 物体平面分辨率 ...
基于643个网页-相关网页
Object beam angle 物体光束角 ; 物体波束角
diffuse object beam 漫射物体光束
scanning object beam 扫描物光束
Object beam h 物体光束
Object beam ongle 物体光束角
orthographic dual-object beam holography 正交双物光全息
object sonic beam 物体声束
Object t beam 物体光束
Object t beam angle 物体光束角
The analysis is made based on the reciprocity of object beam with reference beam and experimental results are presented in this paper.
本文用物光、参考光地位对等的观点来进行分析,并给出了实验结果。
The results show that diffraction efficiency of a lossless grating increases with the higher ratio of reference beam width to object beam width.
对于无吸收的光栅,参考光束相对物光束越宽,衍射效率将越高。
A single pair of beams does not, however, produce a useful image. To do that requires scanning the object beam through the target about a hundred different ways.
不过仅利用一对光束并不能得到有用的图像,还需要从大约100个不同的角度让物体光束扫描目标。
应用推荐