Design, environmental and sustainability constraints of new African observatories: The example of the Mozambique Radio Astronomy Observatory

D. Barbosa, M. Bergano, Valério Ribeiro, A. Loots, V. Thondikulam, M. Gaylard, A. Ardenne, C. Paulo, S. Colafrancesco, Jose Carlos Amador, Rodrigo Maia, Rui Melo
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引用次数: 3

Abstract

The Mozambique Radio Astronomy Observatory (MRAO) will be a first milestone towards development of radioastronomy in Mozambique. Development of MRAO will constitute a preparation step towards participation in the upcoming Africa VLBI Network and the Square Kilometer Array project. The MRAO first antenna is planned to serve as a capacitation and training facility and will be installed after the conversion of a 7-meter telecom dish in South Africa. Therefore, this first radiotelescope design has to comply with local spectral and environmental constraints. Furthermore, power availability and long term sustainability with potential inclusion of solar power and control of Radio Frequency Interference are analyzed. Here we outline some of the design, environmental and power sustainability constraints.
非洲新天文台的设计、环境和可持续性限制:以莫桑比克射电天文台为例
莫桑比克射电天文台(MRAO)将成为莫桑比克射电天文学发展的第一个里程碑。MRAO的开发将是参与即将到来的非洲超大规模遥感卫星网络和平方公里阵列项目的一个准备步骤。MRAO的第一个天线计划作为电容和训练设施,将在南非一个7米的电信天线改造后安装。因此,这第一个射电望远镜的设计必须符合当地的频谱和环境的限制。此外,还分析了电力的可用性和长期可持续性,包括潜在的太阳能发电和射频干扰的控制。在这里,我们概述了一些设计、环境和电力可持续性的限制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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