Evaluation of the Strenght of Reflection and Dispersion of High Frequency in the Ionosphere by VOACAP model

Kareem Abdulameer Difar, Ali Hussein Nema, Moataz Jalil Jasim, Amer Abbood al-Behadili
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Abstract

the ionosphere can be described as a complex natural world. The whole edifice of contemporary science stands on the shoulders satellite communication interconnected theories. The ionosphere has crude arguments. The ionosphere is a giant layer that extends from 80 to 1000 km above Earth. The ionosphere contains free electrons and ions. These particles contribute to disturb the propagation of the electromagnetic waves that pass through the ionosphere. These particles could refract or disperse the electromagnetic waves that pass through the ionosphere. This paper will study the impact of the reflection and the absorption in the ionosphere for the propagation of the electromagnetic waves and what is the relation among them. The comprehension of absorption of the ionosphere is coming from VOACAP model. VOACAP model is an indirect track to extract the estimation values of the absorption in the ionosphere.
用VOACAP模型评价电离层高频反射和频散强度
电离层可以被描述为一个复杂的自然世界。当代科学的整个大厦都站在卫星通信相互联系的理论的肩膀上。关于电离层的争论很粗糙。电离层是一个巨大的层,从地球上方80公里延伸到1000公里。电离层包含自由电子和离子。这些粒子有助于干扰通过电离层的电磁波的传播。这些粒子可以折射或分散穿过电离层的电磁波。本文将研究电离层的反射和吸收对电磁波传播的影响以及它们之间的关系。对电离层吸收的理解来自VOACAP模型。VOACAP模型是一种提取电离层吸收估计值的间接跟踪方法。
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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