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SAPPHIRE IN ORBIT-A LOW COST, AGILE SPACECRAFT FOR SPACE SITUATIONAL AWARENESS

机译:蓝宝石在轨道上 - 一种低成本,敏捷的航天器,空间情境意识

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Knowledge of objects in the near-Earth orbital environment is critical for successful spacecraft operation due to increasingly densely populated orbits. Terrestrial based methods for detecting and tracking Resident Space Objects (RSO), e.g. orbital debris, spacecraft, etc., are limited by atmospheric conditions. A space-based platform can augment terrestrial tracking systems through the ability to be tasked on a 24-hour basis, without lost opportunities due to weather.
机译:由于越来越密集的轨道,近地轨道环境中对近地轨道环境中的物体的知识对于成功的航天器运行至关重要。基于地面的检测和跟踪驻留空间对象(RSO)的方法,例如,轨道碎片,航天器等受大气条件的限制。基于空间的平台可以通过在24小时内完成任务的能力来增加地面跟踪系统,而不会因天气而导致的机会丢失。

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