A meteorological data-acquisition system for atmospheric propagation studies

A meteorological data-acquisition system for atmospheric propagation studies
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用于大气传播研究的气象数据采集系统

DOI：
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发表时间：
1988
期刊：
影响因子：
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通讯作者：
F. Merat
F. Merat
中科院分区：
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文献类型：
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作者：
J. Sitterle;M. Podany;J. M. Galm;P. Claspy;F. Merat

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用于研究近毫米波传播的仪器已经在俄亥俄州桑达斯基的1英里长的试验场设计和实施。大气结构功能和沿着传播路径的横向风速的测量是通过定制的气象数据采集网络完成的，该网络由六个通过光纤数据线连接在一起的塔组成。每座塔都由微处理器控制，包括一个三轴风速计、一个莱曼-阿尔法比重计和一个温差探头，以及在沿着不同位置获得的其他气象参数。一个修改的ISO-OSI参考模型被用作控制协议。>
Instrumentation for studying the propagation of near-millimeter waves has been designed and implemented at 1-mile-long test site in Sandusky, OH. Measurements of the atmospheric structure functions and the transverse wind velocity along the propagation path is accomplished with a custom-built meteorological data-acquisition network consisting of six towers linked together with fiber-optic data lines. Each tower is microprocessor controlled and includes a three-axis anemometer, a Lyman-alpha hydrometer, and a differential temperature probe, with other meteorological parameters obtained at various locations along the path. A modified ISO-OSI reference model is used as the controlling protocol. >