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Holography imaging apparatus holography display apparatus holography imaging method and holography display method

机译:全息成像设备全息显示设备全息成像方法和全息显示方法

摘要

A diaphragm having an aperture, the size of which is equal to or smaller than &lgr;f/p (&lgr; is the wavelength, p is the imaging resolution, and f is the focal length of an imaging optical system) is arranged on the focal plane of the object space of the imaging optical system, and object light via the aperture is imaged by the imaging optical system. The object light via the imaging optical system and reference light are brought to interference to form interference fringes, and an image of the interference fringes is sensed. Using the hologram sensed in this manner, the image of the object to be sensed is reconstructed by adopting an imaging optical system equivalent to that upon imaging, and setting the positional relationship between the formed hologram and the imaging optical system in correspondence with that between the imaging optical system and the imaging surface upon imaging. In this way, a holography imaging apparatus which can vary the field of view and can sense a high-quality hologram using an imaging device having a relatively low spatial resolution is realized, and a holography display apparatus which can display an image by eliminating distortion with respect to the original image from a hologram sensed by the holography imaging apparatus of this invention is realized.
机译:具有孔径等于或小于havingf / p(&是波长,p是成像分辨率,f是成像光学系统的焦距)的孔径的光圈被布置在光阑上。成像光学系统的物空间的焦平面,并且经由孔的物体光由成像光学系统成像。经由成像光学系统的物体光和参考光受到干涉以形成干涉条纹,并且感测干涉条纹的图像。使用以这种方式感测的全息图,通过采用与成像时相同的成像光学系统并根据所形成的全息图和成像光学系统之间的位置关系来设置所形成的全息图和成像光学系统之间的位置关系,来重构要感测的物体的图像。成像光学系统和成像后的成像表面。以这种方式,实现了可以使用具有相对低的空间分辨率的成像装置改变视场并且可以感测高质量全息图的全息成像装置,并且可以通过消除失真来显示图像的全息显示装置。从本发明的全息成像设备感测到的全息图实现相对于原始图像的相对图像。

著录项

  • 公开/公告号US5889599A

    专利类型

  • 公开/公告日1999-03-30

    原文格式PDF

  • 申请/专利权人 HAMAMATSU PHOTONICS K.K.;

    申请/专利号US19970807920

  • 发明设计人 TAMIKI TAKEMORI;

    申请日1997-02-28

  • 分类号G03H1/04;G03H1/26;

  • 国家 US

  • 入库时间 2022-08-22 02:08:23

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