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Short Telescope Design of 1.5-m Aperture Solar UV Visible and IR Telescope aboard Solar-C

机译:Solar-C上1.5米光圈太阳紫外线可见和IR望远镜的短望远镜设计

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We present an optical and thermal design of one of major instrumental payload planned for SOLAR-C mission/Plan-B (high resolution spectroscopic option): the telescope assembly of Solar Ultra-violet Visible and near IR observing Telescope (SUVIT). To accommodate a launcher's nosecone size, a wide observing wavelength coverage from UV (down to 280 nm) through near IR (up to 1100 nm), and an 0.1 arcsec resolution in the field of 200 arcsec diameter, a short telescope design was made for a 1.5 m aperture solar Gregorian telescope with the compact design of three-mirror collimator unit.
机译:我们介绍了计划用于SOLAR-C任务/ Plan-B(高分辨率光谱选件)的一种主要仪器有效载荷的光学和热设计:太阳紫外线可见光望远镜组件和近红外观测望远镜(SUVIT)。为了适应发射器的鼻锥尺寸,从紫外(低至280 nm)到近红外(高达1100 nm)的宽观测波长范围,以及200 arcsec直径的区域中的0.1 arcsec分辨率,设计了一个短望远镜用于一个1.5 m孔径的太阳格里高利望远镜,具有紧凑的三镜准直仪设计。

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