Noise-protected antenna for a pulse acoustic atmospheric sounder

Y. Shifrin, Y. Ulianov, V. Vetrov, V. Misailov
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引用次数: 1

Abstract

Antenna systems of modern acoustic atmospheric sounding technique (SODAR) are among the most functionally important and expensive of its constituents. The successful versatile SODAR application is directly related to the high-quality indexes of the acoustic antenna, such as noise protection in relation to acoustic ambient noise. In the present work, on an example of worked out by authors SODAR, the questions of acoustic noise protected hybrid budget antenna creation are considered in a practical way. Main attention is given to the original construction of transceiving acoustic phased array which is a constituent of the antenna.
脉冲声大气探测仪的防噪声天线
现代声学大气探测技术(SODAR)的天线系统是其组成部分中功能最重要和最昂贵的。成功的多用途SODAR应用与声学天线的高质量指标直接相关,例如与声学环境噪声相关的噪声保护。本文以SODAR计算的混合预算天线为例,从实际的角度考虑了噪声保护的混合预算天线的制作问题。重点研究了作为天线组成部分的收发声相控阵的原始结构。
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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