首页> 外文期刊>Geophysical Research Letters >Improved mesospheric temperature, water vapor and polar mesospheric cloud extinctions from HALOE - art. no. 1440
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Improved mesospheric temperature, water vapor and polar mesospheric cloud extinctions from HALOE - art. no. 1440

机译:HALOE改善了中层温度,水汽和极地中层云的灭绝-艺术。没有。 1440

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1] We present a new retrieval technique for mesospheric measurements from the Halogen Occultation Experiment (HALOE). Previous HALOE retrievals did not account for polar mesospheric clouds (PMCs) and were biased whenever PMCs were in the sample volume. In the new algorithm we eliminate this bias by retrieving and correcting for PMC extinction, and we optimize the algorithm for this region of the atmosphere. We have reprocessed over ten years (1991-2002) of HALOE data with the improved algorithm, yielding nearly 75,000 vertical profiles of temperature, H2O, O-3, NO and extinction at five infrared wavelengths. In this paper we describe the new algorithm in detail, present several examples of the results and discuss some initial validation and quality assessments. [References: 11
机译:1]我们提出了一种新的检索技术,用于从卤素掩星实验(HALOE)进行的中层测量。以前的HALOE检索不考虑极地中层云(PMC),并且只要PMC在样本量中,就会产生偏差。在新算法中,我们通过检索和校正PMC消光来消除这种偏差,并针对大气的这一区域优化算法。我们使用改进的算法对HALOE数据进行了十年(1991-2002年)的重新处理,在五个红外波长下产生了近75,000个垂直剖面的温度,H2O,O-3,NO和消光曲线。在本文中,我们详细描述了新算法,并提供了一些结果示例,并讨论了一些初始验证和质量评估。 [参考:11

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