首页> 外国专利> Holographic reconstruction method based on microscopy without inline lenses with multiple wavelengths, holographic microscope without inline lenses based on multiple wavelengths and computer program (Machine-translation by Google Translate, not legally binding)

Holographic reconstruction method based on microscopy without inline lenses with multiple wavelengths, holographic microscope without inline lenses based on multiple wavelengths and computer program (Machine-translation by Google Translate, not legally binding)

机译:不使用多波长在线透镜的基于显微镜的全息重建方法,不基于多波长在线透镜的全息显微镜和计算机程序(Google翻译提供的机器翻译,不具有法律约束力)

摘要

Holographic reconstruction method based on microscopy without inline lenses with multiple wavelengths, holographic microscope without inline lenses based on multiple wavelengths and computer program The method includes: - illuminate, simultaneously, an object (o) with divergent light that includes three or more wavelengths (λ1 (λ2 (λ sub 3 ...); - register a multiple hologram of the illuminated object (o); y - obtaining, by digital reconstruction, a holographic image composed by a digital processing of the multispectral information included in the multiple hologram relative to the three or more wavelengths (λ1 (λ2 (λ3 ...), which includes performing a weighted mixture in the fourier domain of the spectra corresponding to each wavelength. The microscope is adapted to implement the method of the first aspect. The computer program implements the digital reconstruction of the method of the invention. (Machine-translation by Google Translate, not legally binding)
机译:基于不具有多个波长的在线透镜的显微镜的全息重建方法,不具有基于多个波长的在线透镜的全息显微镜和计算机程序该方法包括:-同时用包括三个或更多波长(λ1)的发散光照射物体(o) (λ2(λ 3 ...);-记录被照物体的多重全息图(o); y-通过数字重建获得通过对包含在多个物体中的多光谱信息进行数字处理而构成的全息图像相对于三个或三个以上波长(λ1(λ2(λ3...))的全息图,该方法包括在与每个波长相对应的光谱的傅立叶域中执行加权混合。显微镜适用于实施第一方面的方法。该计算机程序实现本发明方法的数字重构(由Google翻译进行机器翻译,没有法律约束力)

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