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Toward a Sustainable Next Generation X-ray Observatory

机译:朝着可持续的下一代X射线观测台

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Successfully developing and launching the next large X-ray observatory in a cost constrained environment will require a close partnership between scientists and engineers in academia, government and industry. We outline a set of design principles governing a sustainable development model that enables breakthrough scientific capability while maintaining credible commitment to tight cost constraints. We further aim for flexibility in a changing funding environment and responsiveness to new technology development. We bring in lessons learned from developing the Chandra X-ray observatory, the Lunar Crater Observation and Sensing Satellite (LCROSS) and include results of recent architecture studies. From the perspective of the builders of CGRO, Chandra and other high energy observatories, we summarize our progress towards a robust yet flexible development model that provides the highest probability for the next X-ray observatory to move from detailed concept studies to in orbit science operation.
机译:成功开发和推出在成本约束的环境中的下一个大型X射线天文台将需要学术界,政府和工业的科学家和工程师之间的密切伙伴关系。我们概述了一套管理可持续发展模式的设计原则,使得能够突破科学能力,同时保持对严格成本限制的可信承诺。我们进一步旨在实现更不变的资金环境和对新技术发展的响应性的灵活性。我们从开发Chandra X射线天文台,月火山口观察和传感卫星(LCROSS)中提供了经验教训,并包括最近建筑学研究的结果。从CGRO,Chandra和其他高能量观测者的建设者的角度来看,我们向我们迈向强大而灵活的开发模型的进展总结了为下一个X射线观测站提供最高概率,以便在轨道科学操作中从详细的概念研究中移动。

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