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首页> 外文会议>ISS Research and Development Conference >SYSTEMS DESIGN AND IMPLEMENTATION OF THE PROPOSED ORBITING CARBON OBSERVATORY-3 ON THE INTERNATIONAL SPACE STATION'S JAPANESE EXPERIMENTAL MODULE
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SYSTEMS DESIGN AND IMPLEMENTATION OF THE PROPOSED ORBITING CARBON OBSERVATORY-3 ON THE INTERNATIONAL SPACE STATION'S JAPANESE EXPERIMENTAL MODULE

机译：在国际空间站日本实验模块上建议轨道碳观测台-3的系统设计与实现

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In September 2010 the Orbiting Carbon Observatory (OCO-2) project received Authorization to Proceed from NASA. "To ensure this earliest launch of the OCO-2 mission, NASA will procure a complete set of instrument spare parts... Following a successful OCO-2 development and launch, it is NASA's plan to develop and assemble a complete stand-alone OCO-3 instrument from the remaining OCO-2 flight spares, to be available as an instrument for a flight of opportunity as early as 2015. The budget for this activity includes appropriate instrument accommodation costs (such as specialized secondary pointing mechanisms). The OCO-3 instrument may fly as NASA's contribution to a future partner mission or as an instrument on another NASA mission. It could also serve as a key, complementary element of the Earth Science Decadal Survey CO2 mission Active Sensing of CO2 Emissions over Nights, Days, and Seasons (ASCENDS), now planned to fly in 2019" (NASA 2010).
机译：2010年9月，轨道碳天文台（OCO-2）项目获得授权从NASA进行。 “为了确保最早推出OCO-2任务，美国宇航局将采购一套完整的仪器备件......在成功的OCO-2开发和发射之后，NASA计划开发和组装完整独立OCO的计划-3仪器来自剩余的OCO-2飞行备件，早在2015年的机会飞行中可用。此活动的预算包括适当的仪器住宿费用（如专门的次要指示机制）。OCO- 3仪器可以作为NASA对未来合作伙伴代表团的贡献或作为另一个NASA任务的文书。它也可以作为地球科学Decadal调查二氧化碳的关键互补元素，CO2在夜间，日夜的二氧化碳排放的主动感应季节（登上），现在计划在2019年飞行“（美国宇航局2010年）。

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