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Design of a Spacecraft Integration and Test Facility at The Johns Hopkins University Applied Physics Laboratory

机译:Johns Hopkins大学应用物理实验室的航天器整合和测试设施设计

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The Johns Hopkins University Applied Physics Laboratory (JHU/APL) is dedicated to solving critical challenges as set forth by the National Aeronautics and Space Administration and the Department of Defense. JHU/APL participates fully in the nation's formulation of space science and exploration priorities, providing the needed science, engineering, and technology, including the production and operation of unique spacecraft, instruments, and subsystems. Built in 1983, JHU/APL's spacecraft integration and test facility has supported numerous successful missions ranging from the first, GEOSAT-A, which launched in 1985, to the most recent, Van Allen Probes, which launched in 2012. But even with all of the successful spacecraft developed in the facility, the building was beginning to show its limitations in terms of its ability to support larger, more complex missions. It became apparent in 2008 that additional spacecraft and instrument development facilities were desperately needed in order to support missions such as Solar Probe Plus and other potential new awards.
机译:约翰·霍普金斯大学应用物理实验室(JHU / APL)是一家致力于解决所阐述由美国国家航空和航天局和国防部的严峻挑战。 JHU / APL全面参与空间科学和探索重点国家的配方,提供所需的科学,工程和技术,包括独特的航天器,仪器和子系统的生产和经营。建于1983年,JHU / APL的航天器集成和测试设施支持了众多成功的任务,从第一,GEOSAT-A,它在1985年推出,到最近,范艾伦探测器,它于2012年推出,但即使所有的在设施开发成功的飞船,大楼开始呈现的,它支持更大,更复杂的任务的能力而言它的局限性。它在2008年就发现额外的航天器和仪器发展设施被迫切需要,以支持任务,如太阳探测器+和其他潜在的新奖项。

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