编辑意见

W. Ross Stone
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引用次数: 0

摘要

ASTRID是一种用于风力剖面的VHF(206.5 MHz)雷达。它由12组49个元素组成,安装在印度喜马拉雅地区的屋顶上。当雷达开始工作时,很明显,从周围山脉散射的信号产生了如此强烈的干扰,以至于雷达无法达到目的。S.Bhattacharjee、M.Naja和S.Anathakrishnan的论文描述了如何确定问题的根源。介绍了围绕屋顶的金属丝网围栏的设计和施工,以屏蔽阵列免受干扰,并通过测量证明了该解决方案的成功结果。这是一个简单但聪明的工程对仪器运行产生影响的例子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Editor's comments
ASTRID is a VHF (206.5 MHz) radar used for wind profiling. It consists of 12 clusters of 49 elements installed on a rooftop in the Himalayan region of India. When the radar began operation, it became clear that the signals scattered from the surrounding mountains produced such strong interference that the radar couldn't achieve its purpose. The paper by S. Bhattacharjee, M. Naja, and S. Anathakrishnan describes how the source of the problem was identified. The design and construction of a metal wire-grid fence surrounding the rooftop to shield the array from the interference is described, and the successful results of this solution were demonstrated with measurements. This is an example of where simple but clever engineering made the difference in an instrument being operational.
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