以平方公里阵列为例的射电天文最佳观测点的考虑

R. Millenaar
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引用次数: 0

摘要

一系列因素决定了射电天文台的潜在选址是否适合预期的研究,以及对天文台的预期寿命的持续时间。在科学方面,最突出的因素是干扰环境、电离层的行为、对流层的行为和拓扑结构的适宜性。与所选地点的经济相关的因素也同样重要,涉及到基础设施和电力供应的成本。对于新的大型天文台来说,电力需求很大,偏远地区的可再生能源很重要。此外,还有影响遗址生存能力的次要因素。以SKA为例,概述了国际范围射电天文台的定位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Considerations for the optimal radio astronomy site featuring the square kilometre array as an example
A range of factors determine whether a potential site to locate a radio astronomy observatory is optimal for the intended research, and for the duration of the projected lifetime of the observatory. On the science side the most prominent factors are the interference environment, the behaviour of the ionosphere, that of the troposphere and suitability of the topology. Factors related to the economy of the chosen site are just as important, relating to the cost of infrastructure and supply of power. For new large-scale observatories power-demand is substantial and renewable sources in remote areas important. In addition, there are secondary factors that influence the viability of the sites. An overview is presented taking the SKA as an example for siting an internationally scoped radio observatory.
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