Space Mission Analysis & design for tactical spacecraft

Swaminathan Balaraman, J. Shanmugam, K. Harendranath, Kiran
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引用次数: 1

Abstract

In an attempt to avoid the financial hurdle imposed by the physical constraints on objects orbiting in Low Earth Orbit (LEO), it is preferred to use High Elliptical Orbit (HEO) for broader coverage. It takes a huge amount of energy to be put objects in HEO. To provide similar benefits at a very low cost, the ‘Special Orbit’ was offered as an alternate. This paper examines the usability of launching a Hybrid control enabled multiple payload micro satellite in to elliptical orbit. The perigee and apogee distances are modified so that the orbital period is 1/3 of a day instead of 12 hours. This orbit provides the benefits of both low and medium altitudes. In addition to this the orbit doesn't require any onboard liquid fuel or thrusters as there is no orbit manoeuvres required in its mission time. Ground Simulations are done for various initial conditions and time of availability over targets is evaluated.
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战术航天器空间任务分析与设计
为了避免低地球轨道(LEO)天体运行的物理限制所带来的财政障碍,更倾向于使用高椭圆轨道(HEO)来扩大覆盖范围。将物体放入HEO需要巨大的能量。为了以极低的成本提供类似的好处,“特殊轨道”被提供作为替代方案。本文研究了在椭圆轨道上发射混合控制多载荷微卫星的可用性。近地点和远地点的距离被修改,所以轨道周期是一天的三分之一,而不是12小时。这种轨道提供了低海拔和中海拔的好处。除此之外,轨道不需要任何机载液体燃料或推进器,因为在其任务时间内不需要轨道机动。在各种初始条件下进行了地面仿真,并评估了对目标的可用时间。
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