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Satellite-borne Remote Sensing on Liquid Water Content of precipitating cloud

机译：降水云中液态水含量的星载遥感

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In this paper, we established two vertical structure models of precipitating cloud, based on these models numerical simulation study were made by vector microwave (MW) radiative transfer model. The results indicated that the channels of 6.9 GHz on Satellite-borne radiometers could be used to estimate column liquid water content of precipitating cloud.

机译：本文建立了两个降水云垂直结构模型，在此基础上，利用矢量微波辐射传输模型进行了数值模拟研究。结果表明，星载辐射计上6.9 GHz的信道可用于估算降水云柱液中的水含量。

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《International conferences on info-tech and info-net;ICII 2001-Beijing 》|2001年|p.25-29|共5页
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Jinli LIU; Ling ZHANG; Shu Duan; Daren LU;
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正文语种
中图分类无线电电子学、电信技术 ;
关键词
liquid water content; satellite-borne radiometers; MW radiative transfer model;

机译：液态水含量卫星辐射计微波辐射传递模型;

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专利

1. Sources of Error in Dual-Wavelength Radar Remote Sensing of Cloud Liquid Water Content [J] . John K. Williams, J. Vivekanandan Journal of atmospheric and oceanic technology . 2007 ,第8期

机译：云液体水分双波长雷达遥感的误差源
2. NUMERICAL STUDY OF REMOTE SENSING OF CLOUD LIQUID WATER CONTENT BY SPACE-BORNE COMBINED RADAR-RADIOMETER [J] . 刘锦丽, 张凌, 陈洪滨, 气象学报：英文版 . 1998 ,第004期

机译：云液体含水量遥感空间组合雷达辐射仪的数值研究
3. Space and ground-based remote sensing comparison of seasonal interaction of aerosol-cloud-precipitable water [J] . Anoruo C. M. Atmospheric environment . 2020 ,第Deca期

机译：气溶胶云降液季节性相互作用的空间与地面遥感比较
4. Satellite-borne remote sensing on liquid water content of precipitating cloud [C] . Jinli Liu, Ling Zhang, Shu Duan Info-tech and Info-net, 2001. Proceedings. ICII 2001 - Beijing. 2001 International Conferences on . 2001

机译：卫星云对降水云中液态水含量的遥感
5. A feasible study of a probabilistic approach to analyzing cloud properties such as cloud fraction, liquid water path, and precipitable water vapor. [D] . Velado, Max Eduardo. 2013

机译：对概率性质的方法进行可行性研究的方法，以分析云的性质，例如云量，液态水路径和可沉淀的水蒸气。
6. Estimation of the Effect of Soil Texture on Nitrate-Nitrogen Content in Groundwater Using Optical Remote Sensing [O] . Yongyoot Witheetrirong, Nitin Kumar Tripathi, Taravudh Tipdecho, 2011

机译：利用光学遥感估算土壤质地对地下水硝酸盐氮含量的影响
7. Seasonal Variation of Precipitating Clouds near Syowa Station, Antarctica Derived from Liquid Water Content Data [O] . Hiroyuki Konishi, Makoto Wada, Tatsuo Endoh 1994

机译：Syowa Station附近的促进云的季节变化，南极源自液体水含量数据
8. Method for Remote Sensing of Precipitable Water Vapor and Liquid in the Atmosphere Using a 22-GHz Radiometer [R] . Shimabukuro, F. I. 1987

机译：使用22GHz辐射计遥测大气中可沉淀的水蒸气和液体的方法

Satellite-borne Remote Sensing on Liquid Water Content of precipitating cloud

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