首页> 外文期刊>Optics Communications: A Journal Devoted to the Rapid Publication of Short Contributions in the Field of Optics and Interaction of Light with Matter >Numerical study of color holographic display from single computer-generated cylindrical hologram by radial-division method
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Numerical study of color holographic display from single computer-generated cylindrical hologram by radial-division method

机译:径向分割方法从单计算机产生的圆柱全息图的彩色全息显示的数值研究

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摘要

A method of color holographic display from computer-generated cylindrical hologram (CGCH) based on radial-division is proposed. A single phase-only CGCH is calculated by using a multi-cylindrical surface (MCS) based iterative algorithm. This algorithm allows calculating a phase CGCH from red, green and blue components of a color object simultaneously. The radial distances for red, green and blue component objects are calculated according to the ratio of RGB wavelengths. When the hologram is illuminated by three laser beams of RGB colors, it can then reconstruct the wanted RGB components on the same radial position to obtain a color compound. Numerical simulation results demonstrate that simple 3D object can be reconstructed from single phase-only CGCH at the expected position.
机译:提出了一种基于径向分割的计算机产生的圆柱全息图(CGCH)的颜色全息显示方法。 通过使用基于多圆柱表面(MCS)的迭代算法来计算单相CGCH。 该算法允许同时从颜色对象的红色,绿色和蓝色组件计算相位CGCH。 红色,绿色和蓝色组件对象的径向距离根据RGB波长的比率计算。 当全息图用RGB颜色的三个激光束照射时,它可以在相同的径向位置上重建所需的RGB部件以获得颜色化合物。 数值模拟结果表明,可以在预期位置从单相CGCH重建简单的3D对象。

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