Microwave remote sensing is one of the most promise ways with the costs reduce.
随着成本的不断降低，微波遥感是监测土壤水分的最有希望的方法之一。
Synthetic aperture radar (SAR) is an important tool in microwave remote sensing.
合成孔径雷达(SAR)是一种重要的微波遥感工具。
Guo Huadong, L. Zheng (ed. ) "Microwave Remote Sensing for Earth Observation", Science Press, 1995, Beijing.
郭华东等，新疆北部地质矿产遥感，科学出版社，北京，1995年。
The use of microwave remote sensing has demonstrated their potential for measurements of large area soil moisture.
利用微波遥感大面积监测土壤湿度在水文、气象和农业科学领域具有较大的应用潜力。
It is well known that the study of sea clutter characteristics is very important for radar and microwave remote sensing.
长期以来，海杂波特性研究一直是雷达和微波遥感界普遍关心的问题。
Finally, based on the matter information theory, the feasibility and rationality of microwave remote sensing observation were discussed.
最后，以物信论的观点探讨了微波遥感观测方法的可行性和合理性等问题。
The results indicated that microwave remote sensing would be great prosperous for monitoring soil moisture, but its base must be researched.
结果表明，微波遥感监测土壤水分有广阔的应用前景，但必须深入开展基础研究。
Several issues on microwave remote sensing of the lunar soil and rock are discussed based on multi channels microwave radiometer technology.
根据现有的多通道被动辐射计技术，讨论微波辐射遥感月壤月岩特征参数的几个问题。
And relationship between active and passive microwave remote sensing has been studied in detail using uniform based microwave scattering and emission model.
本文利用统一基础的微波辐射散射模型，对主被动微波遥感之间的关系进行了深入研究。
Synthetic aperture radar (SAR) imagery is one of most advanced technologies during recent two decades in microwave remote sensing, especially in the urban remote sensing.
近几十年，合成孔径雷达（SAR）开始在遥感的各个领域得到广泛的应用，特别是在城市遥感方面的应用日益的广泛和深入。
Microwave radiometer is the core equipment of passive microwave remote sensing and a powerful tool for ground objects radiation detection, imaging and characteristics recognition.
微波辐射计是无源微波遥感的核心设备，是进行地物背景微波辐射特性探测、成像和判断的主要工具。
Microwave remote sensing is a very suitable instrument for soil moisture monitoring because of its sensitivity to the dielectric constant of soil which is dominated by soil moisture.
微波遥感由于其穿透性以及对水分的敏感性而非常适于进行土壤水分观测。
The roles of radiowave environment in microwave remote sensing are in two areas, the first is as the target or object for microwave remote sensing, for example the ground information;
电波环境在微波遥感中的作用可以分为两个方面，一是直接作为微波遥感的目标或对象，如地表特征信息；
In this paper, the correlation of the channels in 5mm absorption band for ground-based microwave remote sensing is discussed and various methods for inverting temperature are compared.
本文讨论了地对空微波遥感时5毫米吸收带各通道间的相关性，对各种地对空温度反演方法进行了比较。
In this work, we studied the absorption of water vapour and water dimer vapour in millimetre and centimetre wavelength, and its effect on microwave remote sensing of atmospheric humidity.
本文研究了厘米波段和毫米波段水汽分子和双水分子的吸收作用，并讨论了它们在微波遥感大气水汽的影响。
The global change will be a undoubted target while the microwave remote sensing and the imaging spectrometer will be the representatives of the next generation of remote sensing techniques.
全球变化将成为遥感的重要目标，微波遥感、成像光谱技术等将是下一代遥感技术的主要代表。
The extensive application of GIS technology, the optimization of the model of remote sensing monitoring of soil moisture and the application of microwave are the key direct of future study.
GIS技术的广泛应用、土壤水分遥感监测模型的优化，微波遥感的应用将是该领域的重点研究方向。
Microwave satellite remote sensing is a practical way of monitoring long-term changes in the properties of the entire Antarctic ice sheet.
微波遥感技术是监测整个南极冰盖变化的最佳手段。
Spaceborne microwave imaging instrument is an important about acquiring information in technology of satellite remote sensing. Its properties affect directly the satellite system.
星载微波成像仪是卫星遥感技术中获取信息的重要仪器，其性能直接影响整个卫星系统。
Widely used in guidance and remote sensing, millimeter wave radiometer is a typical microwave passive detection system.
毫米波辐射计是一种典型的无源微波探测系统，在遥感和制导中获得了广泛的应用。
The fundamental and method of the ground-based microwave radiometer remote sensing retrieval of integrated water vapor(V) and cloud liquid water(L) in the atmosphere are introduced herein.
介绍了地基微波辐射计遥感反演大气柱中的水汽总量和云液态水总量的辐射传输原理和反演方法。
Sea surface salinity is a key physical parameter in ocean science. It is important in the ocean remote sensing to retrieve sea surface salinity by the microwave probe technology.
海表盐度是描述海洋的一个重要参量，海表盐度的微波探测是海洋遥感研究的重要内容。
A new method of radiowave refractive error correction is given, which adopts atmospheric remote sensing by microwave radiometer.
提出了一种电波折射误差修正的新方法，即用微波辐射计采用大气遥感的方法进行电波折射实时修正。
Now a method is suggested which USES a passive remote sensing equipment-microwave radiometer for detection and identification of air object.
文中提出了微波辐射计去探测和识别空中目标的方法。
The inverse radiation noise of a microwave radiometer for remote sensing is analysed in this paper. A model is used to determine the bright temperature of an aperture-calibration source.
本文分析了遥感微波辐射计的逆向辐射噪声温度和口面定标源的亮度温度，建立了口面定标源的亮度温度模型。
The inverse radiation noise of a microwave radiometer for remote sensing is analysed in this paper. A model is used to determine the bright temperature of an aperture-calibration source.
本文分析了遥感微波辐射计的逆向辐射噪声温度和口面定标源的亮度温度，建立了口面定标源的亮度温度模型。
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