通过纳米颗粒悬浮液进行体积显示的可能方案
A possible scenario for volumetric display through nanoparticle suspensions
摘要：
我们讨论了具有可变折射率的金纳米颗粒悬浮液的潜力，为可能的物理实现的浮雕虚拟动态显示的平面图像。基于光学介质的特性，即光在透明介质上的反常光的色散和折射透明表面形成的虚像，提出了一种视觉系统实时显示体运动图像的推理方法。该系统依赖于创建机制来修改浮雕虚拟动态显示（iVDD）灯泡的折射率，理想情况下，每个灯泡都包含金纳米颗粒的悬浮液，并且可以排列成填充整个屏幕的阵列。
英文摘要：
We discuss on the potential of suspensions of gold nanoparticles with variable refractive index for the possible physical realization of in-relief virtual dynamic display of plane images. A reasoning approach for a vision system to display in real-time volumetric moving images is proposed based on well-known properties of optical media, namely the anomalous dispersion of light on certain transparent media and the virtual image formed by a refracting transparent surface. The system relies on creating mechanisms to modify the refractive index of in-relief virtual dynamical display (iVDD) bulbs that ideally would contain a suspension of gold nanoparticles each and that might be ordered in an array filling up a whole screen.
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