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A Sinusoidal Modulated-CW Integrated Path Differential Absorption Lidar for Mapping Sources and Sinks of Carbon Dioxide from Space

机译:用于绘制空间二氧化碳源和汇的正弦调制连续波积分路径差分吸收激光雷达

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摘要

We have shared a method for implementing space-based laser absorption spectroscopy system. This method offers: 1. Compliant with the Science Requirements outlined in the National Academy of Science Earth Science Decadal Study and other reports, 2. Compliant with NASA mission cost cap 3. Compliant with the resources of a Taurus class spacecraft and launch system 4. Low risk of implementation 5. Robust telecom components which are manufactured in high volumes with established manufacturing processes and high reliability 6. Demonstrated prototype We believe that development of a space borne Lidar for CO_2 detection should start now so that the system can build on the ground segment capabilities being put in place for NASA's Orbiting Carbon Observatory mission.
机译:我们共享了一种用于实现天基激光吸收光谱系统的方法。此方法提供:1.符合美国国家科学院地球科学十年研究和其他报告中概述的科学要求,2.符合NASA任务成本上限3.符合金牛座级航天器和发射系统的资源4。实施风险低5.坚固耐用的电信组件,具有成熟的制造工艺和高可靠性,可大量生产。6.演示的原型我们相信,应立即开始开发用于CO_2检测的星载激光雷达,以便系统可以在地面上构建为NASA的轨道碳天文台任务设置了分段功能。

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