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Hyperspectral chemical imaging enabled by spatial light modulators

机译:空间光调制器使能高光谱化学成像

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Hyperspectral chemical imaging (HCI) refers to the acquisition of both spatial and spectral information in a singleacquisition time frame. HCI is a parallel scheme that allows the collection of spatially-resolved chemical/compositionaldata at much higher rate compared to traditional chemical imaging which is serial in nature. Recent advances in spatiallight modulators (SLM) have enabled many novel HCI imaging schemes. We have implemented several HCI systemsusing reflective and diffractive SLMs. Their design and performance characterization will be discussed in this talk.
机译:高光谱化学成像(HCI)是指在单个中获取空间和光谱信息采集时间框架。 HCI是一个平行方案,允许收集空间分辨的化学/组成与传统化学成像相比,数据具有更高的速率,这是平均性的。空间最近的进展光调制器(SLM)已启用许多新型HCI成像方案。我们已经实施了几种HCI系统使用反射和衍射SLM。他们的设计和性能表征将在此谈话中讨论。

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