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Aperture array verification system 1: Overview of a square kilometre array prototype

机译:孔径阵列验证系统1:平方公里阵列原型概述

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Aperture Array Verification System 1 (AAVS1) is a prototype and verification platform for SKA-Low, the low-frequency component of the international Square Kilometre Array (SKA) radio telescope to be built at the remote, radio-quiet Murchison Radio-astronomy Observatory (MRO) in Western Australia. The 400-antenna AAVS1 is a sparse aperture array which will be built and characterized in 2016-17. It is the primary Critical Design Review demonstrator for SKA-Low and is an undertaking by the seven-member Aperture Array Design and Construction Consortium. AAVS1 is hosted at the MRO by the Murchison Widefield Array (MWA) radio telescope, the first operational SKA precursor telescope. This paper introduces the AAVS1 instrument and outlines its use in both stand-alone and MWA-adjunct modes.
机译:孔径阵列验证系统1(AAVS1)是SKA-Low的原型和验证平台,SKA-Low是将在遥远且安静的默奇森射电天文台建造的国际平方公里阵列(SKA)射电望远镜的低频组件(MRO)在西澳大利亚州。 400天线AAVS1是一种稀疏孔径阵列,将于2016-17年建造并确定其特征。它是SKA-Low的主要“关键设计评审”演示者,是由7个成员组成的Aperture Array设计和施工协会的一项工作。 AAVS1由Murchison Widefield Array(MWA)射电望远镜托管在MRO上,这是第一台可运行的SKA前驱望远镜。本文介绍了AAVS1仪器,并概述了其在独立模式和MWA辅助模式下的使用。

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