CapSat-DRAGONS:拼车技术演示/轨道碎片测量任务

J. Burt
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引用次数: 0

摘要

CapSat-DRAGONS的任务是测量地球科学轨道上被称为a - train的轨道碎片。CapSat-DRAGONS代表胶囊卫星-碎片电阻/声学网格轨道美国国家航空航天局(NASA)-海军传感器。CapSat-DRAGONS任务旨在收集600-1000公里高度上毫米大小的轨道碎片(OD)的实际撞击数据。这种小碎片对在该区域运行的卫星(目前有400多颗卫星)构成最大的穿透风险。然而,目前缺乏可靠的OD影响风险评估数据,以支持制定和实施具有成本效益的保护措施,促进NASA未来任务的安全运行。CapSat-DRAGONS将帮助提供数据,这些数据将用于更新NASA的轨道碎片工程模型(ORDEM)。该模型由NASA轨道碎片计划办公室(ODPO)开发和维护,由NASA任务保证办公室资助,并被所有NASA任务和航空航天界使用。CapSat-DRAGONS从2020财年开始列入NASA的预算。它计划在大约3年后推出一个可用的拼车机会。本文将重点介绍与实现这种低成本拼车任务相关的任务架构和技术挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CapSat-DRAGONS: A Rideshare Technology Demonstration/Orbital Debris Measurement Mission
CapSat-DRAGONS is a mission to measure orbital debris in the earth science orbit called the A-Train. CapSat-DRAGONS stands for Capsulation Satellite - Debris Resistive/Acoustic Grid Orbital National Aeronautics and Space Administration (NASA)-Navy Sensor. The CapSat-DRAGONS mission intends to collect actual impact data on the millimeter-sized orbital debris (OD) at 600–1000 km altitude. Such small debris represents the highest penetration risk to satellites operating in that region (currently over 400 spacecraft). However, there is a lack of data for reliable OD impact risk assessments to support the development and implementation of cost-effective protective measures for the safe operations of future NASA missions. CapSat-DRAGONS will help provide that data which will be used to update NASA's Orbital Debris Engineering Model (ORDEM). The model is developed and maintained by the NASA Orbital Debris Program Office (ODPO), funded by the NASA Office of Mission Assurance and used by all NASA missions and the aerospace community. CapSat-DRAGONS is in NASA's budget starting in fiscal year 2020. It is planned to launch on an available rideshare opportunity approximately 3 years later. This paper will focus on the mission architecture and technical challenges associated with implementing this type of a low cost rideshare mission.
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