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Solar Research with ALMA

机译:ALMA的太阳能研究

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The Atacama Large Millimeter/sub-millimeter Array (ALMA) is a large interferometer that will consist up to 64 high-precision antennas operating in the 31.3 – 950 GHz frequency range. In this frequency range, which is largely unexplored, unique observations with a broad range of scientific objectives (cosmology, cold universe, galaxies, stars and their formation, planets and so on) are expected. Among these tasks there is a unique possibility to observe the Sun and to address several outstanding issues of solar physics. First, the ALMA is briefly described and then the new ESO-ALMA European node (ARC), built at Ondřejov Observatory, is presented. In Europe, this ARC is the only one oriented to solar physics. Consequently, the requirements and limitations for ALMA solar observations, as well as some examples of possible solar-oriented ALMA projects, are shown. A procedure of the preparation and submission of proposals for ALMA observations is mentioned.
机译:Atacama大毫米波/亚毫米波阵列(ALMA)是一种大型干涉仪,它将由多达64根工作在31.3 – 950 GHz频率范围内的高精度天线组成。在这个尚未被广泛探索的频率范围内,期望具有广泛科学目标(宇宙学,寒冷的宇宙,星系,恒星及其形成,行星等)的独特观测。在这些任务中,有一种独特的可能性可以观察太阳并解决太阳物理学的几个突出问题。首先简要介绍了ALMA,然后介绍了在Ondřejov天文台建造的新ESO-ALMA欧洲节点(ARC)。在欧洲,该ARC是唯一面向太阳物理学的ARC。因此,显示了ALMA太阳观测的要求和局限性,以及一些可能的以太阳为导向的ALMA项目的示例。提到了ALMA观测报告的准备和提交程序。

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