In this paper, we develop a new method for fabricating holographic microlens array based on holographic reconstruction.
本文提出了利用全息再现的方法来制作全息微透镜列阵。
The study on the holographic reconstruction and prediction of a semi-free field is valuable for the practical applications of the acoustic holography technique.
半自由声场环境下的声源重建和声场预测研究对声全息技术走向实际应用具有非常重要的意义。
We briefly review the basic principle of digital holography, methods of holographic reconstruction, and the advantages and potential applications of this technology in various different fields.
文章主要介绍数字全息技术的基本原理，数字全息重建中的主要方法以及数字全息技术以其独特的优点在各个领域中的应用。
The principle of holographic ct measurement is introduced briefly, and to the reconstruction of axis symmetry field measured by optical ct, zoned method is discussed.
简要讨论全息CT测量原理，针对光学CT测量中轴对称场的重构问题讨论了环带法。
A holographic lens is developed and its reconstruction diffraction efficiency is as high as 63%.
实验研制了一个全息透镜，其再现衍射效率达到63%。
A real time holographic testing method of transparent objects by using the interference pattern formed by the reconstruction of the reference wave and the original reference wave is introduced.
介绍了实时全息术检测透明物的一种新方法，它采用物光再现的参考光和参考光通过全息图的直透光所形成的干涉图纹检测透明物体的变化。
Furthermore, it has been applied in Fresnel holographic experiment and we got outline information of reconstruction image.
另外，又将此方法应用于菲涅尔全息实验中，得到了再现像的轮廓信息。
Furthermore, it has been applied in Fresnel holographic experiment and we got outline information of reconstruction image.
另外，又将此方法应用于菲涅尔全息实验中，得到了再现像的轮廓信息。
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