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METHOD AND DEVICE FOR FULL-FIELD HIGH-RESOLUTION FIELD INTERFERENTIAL MICROSCOPY

机译:全场高分辨率干涉显微镜的方法和装置

摘要

The invention relates to a full field interference microscopy device in incoherent light of a volume and scattering sample (106). The device comprises an interference device (100) between a reference wave (401) obtained by reflection of a wave incident on a mirror (105) of a reference arm of the interference device and an object wave (402). ) obtained by backscattering of the incident wave by a slice of the sample, an acquisition device (108) of at least a first interference signal and at least a second interference signal resulting from the interference of the reference and object waves, the at least two interference signals having a phase shift, a processing unit (403) of the interference signals for calculating an image of the slice of the sample. In one aspect, the interference device further comprises an optical element (404) for modifying the phase of the wavefront and the microscopy device comprises a control unit (405) of said optical element, connected to the unit. of the processing (403), the phase-modifying optical element being controlled by optimizing a statistical parameter of at least a portion of the image calculated by the processing unit.
机译:本发明涉及在体积和散射样品(106)的非相干光下的全场干涉显微镜设备。所述装置包括干涉装置(100),其通过入射在干涉装置的参考臂的反射镜(105)上的波的反射获得的参考波(401)与物波(402)之间。 )是通过将入射波在样品切片上进行反向散射而获得的,其中至少一个第一干涉信号和至少第二干涉信号的采集设备(108)是由于参考波和物波的干涉而产生的,该至少两个具有相移的干扰信号,干扰信号的处理单元(403),用于计算样本切片的图像。一方面,干涉装置还包括用于改变波前的相位的光学元件(404),并且显微镜设备包括与所述光学元件连接的所述光学元件的控制单元(405)。在处理(403)的过程中,通过优化由处理单元计算的图像的至少一部分的统计参数来控制相变光学元件。

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