Relating microwave satellite radiometer observations to land surface parameters: a physical approach

机译：将微波卫星辐射计观测结果与地面参数相关联：一种物理方法

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A physically based algorithm relating microwave satellite radiometer brightness temperatures to land surface parameters is developed, through integrating physical algorithms previously developed at Aerojet for the scattering, absorption, and emission characteristics of land surface and atmosphere components. Numerical simulations based on the algorithm showed how the radiometer observations are influenced by the atmosphere. They also revealed some factors limiting the radiometer ability in monitoring the variation in soil moisture along the canopy depth.

机译：通过集成先前在Aerojet开发的用于地面和大气成分的散射，吸收和发射特性的物理算法，开发了将微波卫星辐射计的亮度温度与地表参数相关联的基于物理的算法。基于该算法的数值模拟显示了辐射计观测值如何受到大气的影响。他们还揭示了一些因素限制了辐射计监测沿冠层深度的土壤水分变化的能力。

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《Geoscience and Remote Sensing Symposium, 1996. IGARSS '96. 'Remote Sensing for a Sustainable Future.', International》|1996年|P.154-156|共3页
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Karam; M.A.; Stogryn; A.;
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中图分类无线电电子学、电信技术;
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2. Retrieval of atmospheric and surface parameters from satellite microwave radiometers over the Mediterranean Sea [J] . Pulvirenti L., Pierdicca N. IEEE Transactions on Geoscience and Remote Sensing . 2006,第1期

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机译：一种新的神经网络方法，包括首先通过卫星微波观测来猜测大气水蒸气，云状液态水路径，地表温度和陆地上的发射率
4. Relating microwave satellite radiometer observations to land surface parameters: a physical approach [C] . Karam M.A., Stogryn A., Institute of Electric and Electronic Engineer International Geoscience and Remote Sensing Symposium . 1996

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机译：利用反演方法从amsR-E卫星微波辐射计数据综合反演北极地区的地面和大气参数
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机译：一种新的神经网络方法，包括从卫星微波观测中检测大气水汽，云液态水路，地面温度和陆地发射率的第一猜测

Relating microwave satellite radiometer observations to land surface parameters: a physical approach

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