Polarization anomaly of the microwave brightness temperature from ice

Liu QH.; Darovskikh D.; Augstein E.

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Polarization anomaly of the microwave brightness temperature from ice

机译：冰微波亮度温度的极化异常

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Brightness temperatures over sea ice and water surfaces derived from vertically polarized microwave signals are normally higher than the values resulting from horizontally polarized signals. But, according to simple model considerations, this normal relationship can be reversed for three adjacent layers (atmosphere, ice, and water) with different dielectric properties. The validity of this concept is confirmed by measurements near the ice surface. It is found that the polarization anomaly results from the interference of the polarized microwaves from different interfaces. (C) 1998 Optical Society of America. [References: 4]

机译：通常，由垂直极化的微波信号得出的海冰和水面上的亮度温度通常高于由水平极化的信号得出的温度。但是，根据简单的模型考虑，对于具有不同介电特性的三个相邻层（大气层，冰层和水层），可以颠倒这种正常关系。这一概念的有效性通过在冰面附近的测量得到证实。发现极化异常是由于极化微波受到不同界面的干扰引起的。（C）1998年美国眼镜学会。 [参考：4]

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《Applied optics》 |1998年第12期|共3页
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Liu QH.; Darovskikh D.; Augstein E.;
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正文语种 eng
中图分类光学;
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1. Polarization anomaly of the microwave brightness temperature from ice [J] . Quanhua Liu, Ernst Augstein, Andrei Darovskikh Applied optics . 1998,第9a12期

机译：冰微波亮度温度的极化异常
2. Discriminating Possible Causes of Microwave Brightness Temperature Positive Anomalies Related With May 2008 Wenchuan Earthquake Sequence [J] . Qi Yuan, Wu Lixin, Mao Wenfei, IEEE Transactions on Geoscience and Remote Sensing . 2021,第3期

机译：区分微波亮度温度阳性异常的可能原因与2008年5月汶川地震序列相关
3. Thermal cyclotron radiation from hot coronal loops and peculiarities of the polarization structure of solar microwave emission sources: 1. Brightness temperature [J] . Zlotnik EY, Kaltman TI, Sheiner OA Astronomy letters . 2007,第3期

机译：来自冠状热圈的热回旋辐射和太阳微波发射源偏振结构的特殊性：1.亮度温度
4. A Technique For Measuring Vertically And Horizontally Polarized Microwave Brightness Temperatures Using Electronic Polarization-basis Rotation [C] . Gasiewski, A.J. Geoscience and Remote Sensing Symposium, 1990. IGARSS '90. 'Remote Sensing Science for the Nineties'., 10th Annual International . 1990

机译：基于电子极化基础旋转的垂直和水平极化微波亮度温度测量技术
5. Sensitivity Analysis of Support Vector Machine Predictions of Passive Microwave Brightness Temperatures over Snow-Covered Terrain in High Mountain Asia [D] . Ahmad, Jawairia Ashfaq. 2018

机译：高山亚洲积雪地形对被动微波亮度温度的支持向量机预测的敏感性分析
6. Soil Moisture Estimation by Assimilating L-Band Microwave Brightness Temperature with Geostatistics and Observation Localization [O] . Xujun Han, Xin Li, Riccardo Rigon, 2015

机译：结合地统计学和观测定律通过L波段微波亮度温度估算土壤湿度
7. A technique for measuring vertically and horizontally polarized microwave brightness temperatures using electronic polarization-basis rotation [O] . Gasiewski, Albin J. 1992

机译：一种使用电子极化基础旋转测量垂直和水平极化的微波亮度温度的技术
8. A Simple Derivation of Microwave Solar Brightness Temperatures and Polarizations from Thermal Regions. [R] . Papagiannis, M. D., Kogut, J. A. 1975

机译：微区太阳光亮度温度与热区极化的简单推导。

Polarization anomaly of the microwave brightness temperature from ice

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