WWV reception in the arctic during ionospheric disturbances

G. E. Hill, J. Herman
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引用次数: 1

Abstract

Reception of W VVV at four h igh-latitude stations is compared with ionospheric data during a period of severe ionospher ic sto rm iness. It was found that the reception q uality of WWV closely follows the morphology of t he d isturbance. Reception at the lower freq uencies was affected primarily by t he peA event and a urora l.-zone absorpt,ion, whi le at t he h igh er frequencies rcception depended upon the storm-time behavioJ' of thc F region. Also, reception was strollgly affected for several hours during the storm by the a ppearance of a large sporadic-E cloud. D es pite the fact that rcce ption quality was assessed by alll'al monitoring, agreement betll'ec n the reported 'vV'vVV reception and t hat which would be expected from the iono3phcric data is rath er good. It is conclu ded that the behavior of radio reception can be explained on the basis of t he space-time variations in ionospheric parameters.
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电离层扰动期间北极的WWV接收
将4个高纬度站点接收的wvvv与电离层强风暴时期的电离层数据进行了比较。研究发现,短波的接收质量与扰动的形态密切相关。低频接收主要受a事件和极光区吸收的影响,而高频接收主要受F区风暴时间行为的影响。此外,在风暴期间,由于出现了一个大的散e云,接收受到了几个小时的缓慢影响。尽管接收质量是通过全面监测来评估的,但报告的“vV”vV接收和离子物理数据预期的一致性相当好。得出结论,无线电接收行为可以根据电离层参数的时空变化来解释。
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