论文标题
具有纳米光子衍射光栅的新拓扑的粘膜光值计
A Vis-Spectrophotometer with a new topology of nanophotonic diffraction grating
论文作者
论文摘要
本文为光子晶体提供了一种新的拓扑结构，以替换单色仪，并通过新的对齐方式（所谓的延长三位一）引入它们，以指导色谱，从而产生类似于常规衍射光栅的空间分布。分光光度计使用LED白光作为光源，而不是带有卤素灯和镜子的腔室。该系统是使用来自光子晶体制造商的实际数据设计的，并将总系统响应与具有LED白光或Tungsten灯泡作为光源的常规分光光度计之一进行比较。结果表明，在包含二十多个元素的光子面板中，光谱响应相似。
This paper presents a new topology for photonic crystals to replace the monochromator, introducing them with a new alignment (the so-called extended Trinitron) to guide the chromatic pattern producing a spatial distribution similar to that of conventional diffraction gratings. The spectrophotometer uses a LED white light as light source instead of chambers with halogen lamps and mirrors. The system was designed using actual data from the manufacturer of photonic crystals and the total system response is compared against that one of a conventional spectrophotometer with a LED white light or tungsten bulb as a light source. It is shown that the spectral responses are similar in photonic panels containing more than twenty elements.
