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。
The propagation and redistribution of radiation in surface-atmosphere medium can be fully described by vector radiative transfer equation, which is the basis of quantitative remote sensing.
矢量辐射传输方程定量描述了辐射在地表-大气耦合介质中的传输过程，是定量遥感的基础。
The study of thermal activity and volcanic ejecta in terms of thermal radiation data and the combination of remote sensing and other techniques is presented.
使用热辐射数据以及将遥感与其它技术相结合能够研究火山区的热活动和火山喷发物。
The interpretation of satellite remote sensing data in terms of land surface properties requires the use of radiation transfer models and inversion procedures.
利用卫星遥感数据解译地表特性需要应用辐射传输模型与反演。
Radiation transfer models can depict land surface remote sensing vegetation canopy scene, interpret the radiation and transfer characteristics of remote sensing signals.
目前有很多辐射传输模型可以用来描述地表遥感植被冠层场景，并解释遥感信号在其中的辐射传输特性。
In much of remote sensing, the process involves an interaction between incident radiation and the targets of interest.
在大部分遥感、这一过程包括相互作用的入射辐射和目标的多种兴趣。
The application of remote sensing FTIR spectrometry in determination of the absolute radiation energy, combustion gas concentration and propellant plume temperature was reviewed.
介绍了遥感傅立叶变换红外光谱测试技术的优点，综述了遥感FTIR光谱技术在固体推进剂羽焰红外绝对辐射能量、羽焰温度、燃气浓度测定中的应用。
The application of remote sensing FTIR spectrometry in determination of the absolute radiation energy, combustion gas concentration and propellant plume temperature was reviewed.
介绍了遥感傅立叶变换红外光谱测试技术的优点，综述了遥感FTIR光谱技术在固体推进剂羽焰红外绝对辐射能量、羽焰温度、燃气浓度测定中的应用。
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