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Wavefront Sensing by Digital Holography in Optical Sparse Aperture Imaging System

机译:光纤稀疏孔径成像系统中的数字全息术

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The optical sparse aperture imaging system consists of several small apertures for high resolution imaging. The incoherent light from each small aperture will form an image together strictly at the same focal plane, while the phase error will destroy such co-phase condition. The phase error is caused by deployment of small aperture and should be diminished. We applied digital holography technology to detect the wavefront of this system. The theoretical analysis and experiment are presented to demonstrate successful reconstruction of phase error.
机译:光学稀疏孔径成像系统由几个小孔径组成,用于高分辨率成像。来自每个小孔径的非相干光将严格地在相同的焦平面上形成图像,而相位误差将破坏这种共相状态。相位误差是由部署小孔径引起的,并且应该减少。我们应用数字全息技术来检测该系统的波前。提出了理论分析和实验,以证明相位误差的成功重建。

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