Geomagnetic field mapping

J. Juřica
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Abstract

This work focuses on creating maps of the geomagnetic field and areas of increased cosmic radiation surrounding the Earth. Data were measured by Proba-V satellite at Low-Earth orbit 820 kilometres above the Earth during 2015. The actual measured data were compared with the calculated magnetic values. The created maps serve to a better understanding of the shape of the geomagnetic field and show magnetic equator, north magnetic pole and more. The map confirms that the area of the South Atlantic Anomaly corresponds with the weakest area of the geomagnetic field. Maps of different time periods of 2015 show small changes in the shape of the geomagnetic field during a year. Increased attention was paid to June 2015, when solar flares were passing near the Earth. The observation confirms that solar flares have a significant effect on the shape of the geomagnetic field.
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地磁场制图
这项工作的重点是绘制地磁场和地球周围增加的宇宙辐射区域的地图。2015年,Proba-V卫星在距地球820公里的近地轨道上测量了这些数据。将实测数据与计算值进行了比较。创建的地图有助于更好地理解地磁场的形状,并显示磁赤道、北磁极等。这张地图证实了南大西洋异常区与地磁场最弱的区域相对应。2015年不同时期的地图显示了一年中地磁场形状的微小变化。2015年6月,太阳耀斑在地球附近经过,这引起了人们的更多关注。观测证实,太阳耀斑对地磁场的形状有显著的影响。
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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