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Improved scattering screen for a multiplanar volumetric holographic display

机译：改进的散射屏，用于多平面体积全息显示

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摘要

As a technique for displaying holographic three-dimensional (3D) images in the wide region with a wide viewing angle, spatial projecting technique onto the mist screen is well-known. For such purposes, other various techniques have been studied, however, it has been difficult to take a side view of 3D images. In order to overcome this problem, we have been challenged to improve a holographic 3D displaying system employing a mist screen. In this paper, we shall report a new display system which has an improved jetting mechanism compensating the characteristics of the mist screen and gives volumeful 3D images by combining the reconstructed waves from two ways. It is also shown that by the use of this system, we can better observe 3D images in the wider viewing region than before. From this, we confirmed the possibility of a holographic projecting process adopted mist screen displaying volumeful 3D holographic images.
机译：作为用于以宽视角在宽广区域中显示全息三维（3D）图像的技术，在雾屏上的空间投影技术是众所周知的。为此目的，已经研究了其他各种技术，但是，难以拍摄3D图像的侧视图。为了克服该问题，我们面临着改进采用雾幕的全息3D显示系统的挑战。在本文中，我们将报告一种新的显示系统，该系统具有改进的喷射机制，可补偿雾幕的特性，并通过组合两种方式的重构波来生成大量3D图像。还表明，通过使用该系统，我们可以比以前更好地在更宽的观看区域中观察3D图像。由此，我们确认了采用雾幕显示大量3D全息图像的全息投影过程的可能性。

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