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Development of multi-spectral QWIPs for extrasolar planets imaging

机译:开发用于太阳系外行星成像的多光谱QWIP

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One of the most promising approaches for direct imaging of extrasolar planets is based on the next generation of extremely large ground-based telescopes and original differential observing techniques to overcome atmospheric fluctuations problems. One possibility is the use of phase-mask coronagraphy coupled with spectral differential imaging. Multispectral Quantum Well Infrared Photodetectors (QWIPs) are a promising technological solution that could answer the stringent requirements of this challenging topic.rnWe present here the scientific background, the technical requirements as well as the possible technical approaches that are explored in the frame of a project funded by the ANR (Agence Nationale de la Recherche). In particular, we will describe the strategy retained for the design of the QWIP active layer.
机译:对太阳系外行星进行直接成像的最有前途的方法之一是基于下一代超大型地面望远镜和原始的差分观测技术,以克服大气波动问题。一种可能性是使用相位掩模冠层照相术和光谱差分成像。多光谱量子阱红外光电探测器(QWIP)是一种有前途的技术解决方案,可以满足这一具有挑战性的主题的严格要求。由ANR(国家侦探社)资助。特别是,我们将描述为QWIP活动层设计保留的策略。

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