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Simultaneous three-dimensional Imaging of Multi-focal Microscopy

机译:同时多焦显微镜的三维成像

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High-speed microscopy three-dimensional (3D) microscopy based on trans-illumination is implemented with an amplitude light modulator placed at the Fourier plane of the system. The phase of an incident wavefront is modified and encoded with a defocus parameter to divert the light onto different portion of an image plane depending on their diffraction order and depth positions. The design of the grating pattern for the light modulated is discussed through the simulation and the experiment. 3D imaging capability is demonstrated through the experiment.
机译:基于跨频照相的高速显微镜三维(3D)显微镜用幅度光调制器,放置在系统的傅立叶平面上。根据其衍射顺序和深度位置,用散焦参数修改并编码入射波前的阶段,以将光转移到图像平面的不同部分上。通过模拟和实验讨论了用于光调制的光栅图案的设计。通过实验证明了3D成像能力。

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