Mathematical Dodecahed Microstrip Antenna Network Modeling for Femto Satellite

Hamrouni C; Hamza R

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Mathematical Dodecahed Microstrip Antenna Network Modeling for Femto Satellite

机译：毫微微卫星的数学十二面体微带天线网络建模

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The work focusses on antenna design based on fundamental Electromagnetic radiated element conception and a mathematical Dodecahed Microstrip Antenna Network Modeling for New Ultra Small Satellite (NUSS) development. Proposed solution meets ever increasing demands for improvements in inter station and Femto Satelite disconnection rates, and thus to synthesize the total radio transmission access USS visibility. We develop a new architecture for Dodecahed microstrip antenna elements which present a fundamental component of the overall system solution. The paper demonstrates mathematically: How proposed controlled antenna element combination operates, advanced selection and other related technologies can achieve substantial system performance for new USS generation.

机译：这项工作集中在基于基本电磁辐射元件概念的天线设计和针对新型超小型卫星（NUSS）开发的数学十二面体微带天线网络建模。提出的解决方案满足了不断提高的站间和Femto Satelite断开速率的需求，从而综合了USS可见性的整个无线电传输接入。我们为十二面体微带天线元件开发了一种新的体系结构，该体系结构是整个系统解决方案的基本组成部分。本文通过数学方式进行了演示：拟议中的受控天线元件组合如何运行，高级选择和其他相关技术如何为新一代USS实现实质性的系统性能。

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《Journal of Aeronautics & Aerospace Engineering》 |2017年第3期|共4页
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Hamrouni C; Hamza R;
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Mathematical Dodecahed Microstrip Antenna Network Modeling for Femto Satellite

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