简单的航天器--矢量交叉方法和应用

Georgios Xystouris, Oleg Shebanits, C. Arridge
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引用次数: 0

摘要

使用航天器安装的仪器进行观测通常会受到视场的限制,而且经常会受到航天器阴影或尾流的影响。不过,它们的范围可以从航天器的几何形状中推导出来。在这项工作中,我们提出了一种从现成的航天器 CAD 模型中计算视场以及航天器阴影和尾流范围的可靠方法。我们在卡西尼号上演示了这些原理,并举例说明了卡西尼号朗缪尔探测器的矢量-航天器交点,以及朗缪尔探测器和卡西尼等离子体光谱仪的视场。
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A simple spacecraft – vector intersection methodology and applications
Observations with spacecraft-mounted instruments are usually limited by their field-of-view and are often affected by the spacecraft's shadow or wake. Their extent though can be derived from the spacecraft's geometry. In this work we present a robust method for calculating the field-of-view as well as the extent of a spacecraft shadow and wake from readily available spacecraft CAD models. We demonstrate these principles on Cassini, where we give examples of vector-spacecraft intersection for the Cassini Langmuir Probe, as well the field-of-view of the Langmuir Probe and the Cassini Plasma Spectrometer.
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