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首页> 外文会议>13th Symposium and School on High-Resolution Molecular Spectroscopy >Algorithms and software development for the task of greenhouse gas monitoring from space
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Algorithms and software development for the task of greenhouse gas monitoring from space

机译：太空温室气体监测任务的算法和软件开发

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Abstract: A basis set of algorithms for various tasks of greenhouse gases monitoring in the Earth's atmosphere has recently developed and built into first version of user-friendly software FIRE-ARMS. This software includes both algorithms for forward spectra simulation for the cases of up-looking and down-looking observations and algorithms for retrieval of pressure, temperature, atmospheric constituents concentrations profiles. Presented in this paper, study is devoted to subsequent development of combined techniques for the monitoring of greenhouse gases and further improvements of FIRE-ARMS as a useful tool for researchers working in the field of Global Change monitoring. All retrieval algorithms developed and built into the last version of FIRE-ARMS are presented. The technique of detection of spectral features belonging to isotopic species in radiance spectra of atmosphere is presented. This technique is illustrated by HDO/H$-2$/O ratio determination from IMG spectra.!8
机译：摘要：最近开发了一种用于地球大气中各种温室气体监测任务的算法基础集，并将其内置到用户友好型软件FIRE-ARMS的第一版中。该软件包括用于上视和下视观测情况的正向光谱模拟算法，以及用于检索压力，温度，大气成分浓度曲线的算法。本文介绍的研究致力于随后对温室气体监测的联合技术的开发，以及对FIRE-ARMS的进一步改进，作为对全球变化监测领域的研究人员有用的工具。介绍了开发和内置到FIRE-ARMS最新版本中的所有检索算法。提出了大气辐射光谱中属于同位素物种的光谱特征检测技术。通过IMG光谱确定HDO / H $ -2 $ / O比率可以说明该技术！8

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