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Small-satellite propulsion system modelling and simulation of orbital navigation determination; A feasibility study

机译:小卫星推进系统建模与轨道导航测定模拟;可行性研究

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摘要

The size and weight of Satellites are currently being miniaturised in order to meet the purpose of lowering cost and saving production time. For this situation, a type of Small-Satellite known as the CubeSat has been identified. This kind of small-satellite is 10 cm3 cube of less than 1.33kg. Due to its limitations on overall mass and dimensions, the CubeSat uses nanotechnology components for the interior design. Therefore, an appropriate design is a crucial aspect of any CubeSat project. According to space vehicle research and development criteria, the simulation and modelling of the subsystems of CubeSat is both significant and necessary. This paper investigates a feasibility study and demonstrates the simulation of Small-Satellite orbital navigation determination and Propulsion system modelling.
机译:卫星的尺寸和重量目前正在小型化,以满足降低成本和节省生产时间的目的。对于这种情况,已识别出一种称为立方体的小卫星。这种小卫星是10cm3立方体小于1.33千克。由于其对整体质量和尺寸的局限性,CubeSat使用用于室内设计的纳米技术部件。因此,适当的设计是任何CubeSat项目的关键方面。根据空间车辆研发标准,CubeSat子系统的模拟和建模既有重要又需要。本文调查了可行性研究,并证明了小卫星轨道导航测定和推进系统建模的模拟。

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  • 年度 2011
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  • 正文语种 eng
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