Cloud bottom altitude determination from a satellite

Kokhanovsky A.A.; Rozanov V.V.

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Cloud bottom altitude determination from a satellite

机译：通过卫星确定云底高度

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The letter is devoted to the introduction of a new technique to derive the cloud bottom height (CBH) from satellite measurements of the cloud reflectance in the oxygen A-band. The information on the cloud top height needed in the retrieval of the CBH must be obtained from separate measurements to insure small biases in the retrieved CBH. Such measurements can be performed by a space-based lidar.

机译：这封信专门介绍一种新技术的引入，该技术可通过卫星对氧气A波段中云反射率的测量得出云底高度（CBH）。取回CBH时需要的有关云顶高度的信息必须从单独的测量中获得，以确保取回的CBH中存在小的偏差。这样的测量可以通过基于空间的激光雷达来执行。

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《IEEE Geoscience and Remote Sensing Letters》 |2005年第3期|p.280-283|共4页
作者
Kokhanovsky A.A.; Rozanov V.V.;
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正文语种 eng
中图分类测绘遥感技术;
关键词
atmospheric composition; clouds; oxygen; radiative transfer; remote sensing; visible spectra; O/sub 2/; cloud bottom height altitude determination; cloud reflectance; oxygen A-band spectrometry; radiative transfer; satellite measurements; space-based lidar; Cloud rem;

机译：大气成分;云;氧气;辐射传输;遥感;可见光谱;O / sub 2 /;云底高度确定;云反射率;氧气A谱仪;辐射传输;卫星测量;天基激光雷达;云层;

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1. The determination of dust cloud altitudes from a satellite using hyperspectral measurements in the gaseous absorption band [J] . ALEXANDER A. KOKHANOVSKY, VLADIMIR V. ROZANOV International journal of remote sensing . 2010,第9a10期

机译：使用气体吸收带中的高光谱测量来确定卫星尘埃云的高度
2. Semianalytical cloud retrieval algorithm as applied to the cloud top altitude and the cloud geometrical thickness determination from top-of-atmosphere reflectance measurements in the oxygen A band - art. no. D05202 [J] . Rozanov VV., Kokhanovsky AA. Journal of Geophysical Research. Biogeosciences . 2004,第d5期

机译：半解析云检索算法应用于氧气A波段中的云顶高度和根据大气顶反射率测量确定云的几何厚度。没有。 D05202
3. Estimating the top altitude of optically thick ice clouds from thermal infrared satellite observations using CALIPSO data [J] . Minnis P, Yost CR, Sun-Mack S, Geophysical Research Letters . 2008,第12期

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Cloud bottom altitude determination from a satellite

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