首页> 外文会议>2014 31st URSI General Assembly and Scientific Symposium >Preliminary study on spatial correlation model of virtual height of ionospheric F-Layer for HF communication system design in equatorial region
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Preliminary study on spatial correlation model of virtual height of ionospheric F-Layer for HF communication system design in equatorial region

机译:赤道地区HF通信系统设计的电离层F层虚拟高度空间相关模型的初步研究

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Ionospheric F-Layer in the equatorial regions have not been studied much yet, while there is a growing need to develop HF sky wave communication systems in these regions for various beneficial purposes. This paper reports a preliminary result from the development of spatial model for virtual height of F-Layer in the equatorial regions. A correlation model of virtual heights on two different locations is developed using ionosonde measurements made in four locations in Indonesia. The presently obtained model expresses the correlation as a function of distance and bearing of a hypothetical line connecting the two ionosonde locations. It is an early result that would be developed in the future to study the correlation of HF attenuations on two different links.
机译:赤道地区的电离层F层尚未进行大量研究,而出于各种有益目的,越来越需要在这些地区开发HF天波通信系统。本文报告了赤道地区F层虚拟高度空间模型开发的初步结果。使用在印度尼西亚四个位置进行的离子探空仪测量,建立了两个不同位置的虚拟高度的相关模型。当前获得的模型将相关性表示为连接两个离子探空仪位置的假想线的距离和方位的函数。研究两个不同链路上的HF衰减的相关性是将来将要开发的早期结果。

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