GROUNDBASED MULTI-STATION SPECTROSCOPIC IMAGING WITH ALIS. — SCIENTIFIC HIGHLIGHTS, PROJECT STATUS AND FUTURE PROSPECTS

机译：基于基础的多站点分光型成像与Alis。 - 科学亮点，项目状态和未来前景

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The Auroral Large Imaging System (ALIS) was first proposed at the ESA-PAC meeting in Lahnstein 1989. The first spectroscopic imaging station was operational in 1994, and since then up to six stations have been in simultaneous operation. Each station has a scientific-grade CCD-detector and a filter-wheel for narrow-band interference-filters with six positions. The field-of-view is around 70°. Each imager is mounted in a positioning system, enabling imaging of a common volume from several sites. This enables triangulation and tomography. Raw data from ALIS is freely available at ("http: //alis. irf . se") and ALIS is open for scientific collaboration. ALIS made the first unambiguous observations of Radio-induced optical emissions at high latitudes, and the detection of water in a Leonid meteor-trail. Both rockets and satellite coordination are considered for future observations with ALIS.

机译：首次在1989年的欧安秘大学会议上提出了极光大型成像系统（ALIS）。第一型光谱成像站于1994年运营，从那时起，最多可同时操作六个站。每个站都有一个科学级CCD检测器和一个用于窄带干涉过滤器的滤波器，具有六个位置。视野范围约为70°。每个成像器都安装在定位系统中，从若干站点开始成像常见卷。这使得三角测量和断层扫描。来自ALIS的原始数据可自由地获得（“http：// alis。IRF。SE”）和ALIS开放为科学合作。 ALIS在高纬度地区的无线电诱导光学发射的首次明确观察，以及在Leonid流星轨道中检测水。火箭和卫星协调都被视为未来的alis观察。

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《ESA Symposium on European Rocket and Balloon Programmes and Related Research》|2005年||共6页
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Urban Braendstroem; Bjoern Gustavsson; Asta Pellinen-Wannberg; Ingrid Sandahl; Tima Sergienko; Ake Steen; European Space Agency(ESA); Dell; Norspace; ESA SP-590;
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中图分类大气科学（气象学）;
关键词
ALIS; aurora; emission; ground-based; heating; imaging; meteor; sounding-rocket; spectrometer; spectroscopy; tomography; triangulation;

机译：Alis;Aurora;发射;基于地面;加热;成像;流星;发声火箭;光谱仪;光谱;断层扫描;三角测量;三角测量;

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GROUNDBASED MULTI-STATION SPECTROSCOPIC IMAGING WITH ALIS. — SCIENTIFIC HIGHLIGHTS, PROJECT STATUS AND FUTURE PROSPECTS

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