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Artificially generated halos: rotating sample crystals around various axes

机译:人工产生的光环:围绕各个轴旋转样品晶体

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So far experiments with artificial halos from single transparent crystals have suffered from the lack of apparatus that allows simultaneous rotation around two and three axes. A new setup is presented which overcomes these restrictions by combining electrical as well as pneumatic concepts. This enables reproducible experiments of the most common halos observed in nature and for the first time artificial ring halos from single hexagons rotating around three axes simultaneously. In addition, an old qualitative halo demonstration based on perceived colors of rotating colored areas whose contours represent scattering plots has been reinvestigated and the usually nonsaturated color of artificial parhelia was visualized using a crossed prism method. These new experiments are discussed in the context of all known artificial halo experiments. (C) 2014 Optical Society of America
机译:迄今为止,用单一透明晶体制成的人造光环的实验因缺少能够同时绕两个和三个轴旋转的设备而受苦。通过结合电气和气动概念,提出了一种克服这些限制的新设置。这使得能够对自然界中观察到的最常见光环进行可重复的实验,并首次实现了同时绕三个轴旋转的单个六边形的人工环光环。另外,已经对基于旋转彩色区域(其轮廓代表散射图)的感知颜色的旧定性光环演示进行了重新研究,并使用交叉棱镜方法将人工白千层通常不饱和的颜色可视化。在所有已知的人工光晕实验的背景下讨论了这些新实验。 (C)2014年美国眼镜学会

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