原子全息光刻即采用二元计算全息片掩模来操纵原子，实现微细结构的制作。
Atom hologram lithography employs binary computer generated hologram to handle atoms for making microstructure.
通过计算机构造全息干涉场景，将所要显示的3d模型置放其中，对其进行全息成象，从而获得每帧的二元全息图。
We can model a holographic interference scene through programming, then dispose a 3d model in it to compute a frame of computer-generated holography.
运用计算全息原理与二元光学技术设计制作了用于波面变换的计算全息cgh元件。
CGH element is designed and fabricated based on the computer generated hologram and the binary optical technique, and is applied in wavefront transformation.
运用计算全息原理与二元光学技术设计制作了用于波面变换的计算全息cgh元件。
CGH element is designed and fabricated based on the computer generated hologram and the binary optical technique, and is applied in wavefront transformation.
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