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holographic experimental off-line scanner used and procedures for recording and reproduziereneines hologramms experimental off-line scanner used in this

机译:所使用的全息实验离线扫描仪,以及在本实验中使用的记录和再生产杜鹃花烯全息图的实验离线扫描仪的程序

摘要

A method of recording a hologram (22) by mutual interference of an object light (47) and a reference light (49) on a hologram recording plane of a hologram disk (23). At least one of the object light and the reference light is an aberrational wave so that said hologram has interference fringes different from quadratic curves. In one method the aberrational wave (49) is generated by inputting a spherical wave (48) to an anamorphic lens (41) whose power distribution is determined by mathematical programming so that an aberration of a deflected reproducing light beam (36) on an image surface (24) during reproduction of the hologram is minimized. In another method the aberrational wave is generated by inputting a spherical wave to a compound optical system including a prism and a spherical lens whose parameters in shape are determined by mathematical programming so that an aberration of a deflected reproducing light beam on an image surface during reproduction of the hologram is minimized. ??In the hologram scanner the hologram recorded by one of these methods is disposed on a rotatable hologram disk for deflecting a reproducing light beam by diffraction so as to scan an image surface by the deflected reproducing light beam during a rotation of said hologram disk. IMAGE
机译:一种通过物体光(47)和参考光(49)的相互干涉在全息图盘(23)的全息图记录面上记录全息图(22)的方法。物体光和参考光中的至少一个是像差波,使得所述全息图具有不同于二次曲线的干涉条纹。在一种方法中,通过将球面波(48)输入到变形透镜(41)来产生像差波(49),该变形透镜的功率分布是通过数学编程确定的,从而使得在图像上偏转的再现光束(36)的像差。全息图复制期间的表面(24)被最小化。在另一种方法中,通过将球面波输入到包括棱镜和球面透镜的复合光学系统中来产生像差波,该复合光学系统的形状参数是通过数学编程确定的,从而使得在再现期间偏转的再现光束在像面上的像差。全息图的最小化。在全息扫描仪中,通过这些方法之一记录的全息图被放置在可旋转的全息图盘上,该全息图盘用于通过衍射来偏转再现光束,从而在所述全息图的旋转期间通过偏转的再现光束来扫描图像表面。磁盘。 <图像>

著录项

  • 公开/公告号DE69033854D1

    专利类型

  • 公开/公告日2001-12-20

    原文格式PDF

  • 申请/专利权人 SHARP K.K. OSAKA;

    申请/专利号DE19906033854T

  • 发明设计人 TOYOSHIMA TETSURO;UEDA TETSUYUKI;

    申请日1990-12-24

  • 分类号G02B26/10;

  • 国家 DE

  • 入库时间 2022-08-22 00:25:44

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