首页> 外文会议>Laser radar technology and applications XVII. >Simulation framework to estimate the performance of COsub2/sub and Osub2/sub sensing from space and airborne platforms for the ASCENDS mission requirements analysis

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Simulation framework to estimate the performance of COsub2/sub and Osub2/sub sensing from space and airborne platforms for the ASCENDS mission requirements analysis

机译：用于从ASCENDS任务需求分析中估计来自太空和机载平台的CO _{2 和O _{2 感应性能的仿真框架}}

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The Active Sensing of CO2 Emissions over Nights Days and Seasons (ASCENDS) mission recommended by theNRC Decadal Survey has a desired accuracy of 0.3% in carbon dioxide mixing ratio (XCO2) retrievals requiring carefulselection and optimization of the inst

机译：NRC十年调查推荐的“昼夜和季节的全天候二氧化碳主动排放”（ASCENDS）任务要求二氧化碳混合比（XCO2）提取的精度为0.3％，需要仔细选择和优化仪器

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来源
《Laser radar technology and applications XVII.》|2012年|P.0K.1-0K.14|共14页
会议地点 Baltimore MD(US)
作者
Denis Pliutau; Narasimha S. Prasad;
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作者单位

NASA Langley Research Ctr. (United States);

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会议组织
原文格式 PDF
正文语种 eng
中图分类雷达;雷达;
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1. Impacts of atmospheric state uncertainty on Osub2/sub measurement requirements for the ASCENDS mission [J] . Crowell S., Rayner P., Zaccheo S., Atmospheric Measurement Techniques Discussions . 2015,第7期

机译：大气状态不确定性对ASCENDS任务的O _{2 测量要求的影响}
2. Impacts of atmospheric state uncertainty on Osub2/sub measurement requirements for the ASCENDS mission [J] . S.Crowell, P.Rayner, S.Zaccheo, Atmospheric Measurement Techniques . 2015,第7期

机译：大气状态不确定性对ASCENDS任务的O _{2 测量要求的影响}
3. A regional COsub2/sub observing system simulation experiment for the ASCENDS satellite mission [J] . J. S.Wang, S. R.Kawa, J.Eluszkiewicz, Atmospheric chemistry and physics . 2014,第23期

机译：ASCENDS卫星任务的区域CO _{2 观测系统模拟实验}
4. Simulation framework to estimate the performance of COsub2/sub and Osub2/sub sensing from space and airborne platforms for the ASCENDS mission requirements analysis [C] . Denis Pliutau, Narasimha S. Prasad Conference on laser radar technology and applications XVII . 2012

机译：仿真框架来估计CO _{2 和O _{2 感测的CO _{2 测量的CO _{2 COM和AIRBOLE平台的调节任务要求分析}}}}
5. Concept design theory and model for multi-use space facilities: Analysis of key system design parameters through variance of mission requirements. [D] . Reynerson, Charles Martin. 1997

机译：多用途空间设施的概念设计理论和模型：通过任务需求的变化分析关键系统设计参数。
6. Sensor Performance Requirements for the Retrieval of Atmospheric Aerosols by Airborne Optical Remote Sensing [O] . Felix Seidel, Daniel Schläpfer, Jens Nieke, 2008

机译：机载光学遥感反演大气气溶胶的传感器性能要求
7. Simulation Framework to Estimate the Performance of CO2 and O2 Sensing from Space and Airborne Platforms for the ASCENDS Mission Requirements Analysis [O] . Prasad Narasimha S., Plitau Denis 2012

机译：用于评估ASCENDS任务需求分析的空间和机载平台的CO2和O2传感性能的仿真框架
8. Simulation Framework to Estimate the Performance of CO2 and O2 Sensing from Space and Airborne Platforms for the ASCENDS Mission Requirements Analysis. [R] . Plitau, D., Prasad, N. S. 2012

机译：用于估算空间和机载平台的CO2和O2传感性能的仿真框架，用于asCENDs任务要求分析。

Simulation framework to estimate the performance of COsub2/sub and Osub2/sub sensing from space and airborne platforms for the ASCENDS mission requirements analysis

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